17 February, 2011
13 January, 2011
Should You Get Stem Cell Treatment Abroad?
In the United States, stem cell research is a hotly debated topic. People on both sides of the fence are trying to determine the ethics of using stem cells for fetuses to help cure diseases such as MS and even COPD. Unfortunately, progress in this area cannot be made until the two sides come to some sort of agreement about the issue. Meanwhile, other countries have taken the lead have made it possible for people to get stem cell treatment abroad. This brings up the question of whether or not it is a good idea to go to another country for treatment.
Stem cells are coveted as a treatment option because of their ability to renew themselves as well as transform into different types of cells. Theoretically, stem cells can be used to repair anything from degenerative disease of the brain and nervous system to something as common as heart damage. Many Americans who are not able to get these treatments in the United States because they have not been approved by the FDA are going to places like China and Mexico. For example, it is possible to use stem cells for cardiac treatment. Mexico has a program for people interested in it.
However, the treatments are still considered experimental and carry an element of risk. In addition to that, the FDA is concerned about the risks of getting treatments in other countries where medical science may not be as advanced or the government may not regulate medicine as rigorously as they do in the United States. In addition to that, the cost of going to another country for treatment can be astronomical. In Peru, the cost of stem cell therapy is anywhere from $8,000 to $25,000 depending on the treatment. Tijuana stem cell therapy is not much cheaper.
But for some, the therapy offered by these countries is often the patient’s last chance at getting help for their condition. They are willing to take the health risks and fork over the money for the chance at getting well or living a better life; even for something like COPD treatment. Mexico, China, and Peru are just a few countries that are offering these treatments. Whether or not you should get them is really a personal decision. You are taking a chance with your life but at the same time you may be improving your life. Discuss with your doctor all of your options and make the best decision you can.
19 December, 2010
The Blurter Speaks!
To all ABloggersUniverse.com – Academic Blogs subscribers,
Hello! We’re so happy you’ve joined our young, but steadily growing blogger’s universe! However, don’t forget to also visit our lobby, Featured, General, Adult, as well as Guest Blogs sections. We rely on YOU to keep on expanding, but there’s still “light years” of blog space to be filled! Just take a tour and see for yourself! Also be sure to review our Terms and Conditions as well as Q and A or FAQ Section.
Happy holidays and happy blurting!
-blurter1, co-founder of ABloggersUniverse.com
11 December, 2010
The Connection Between Celebrities and Fashion
By J. Moore
You are sitting at home in your comfortably flannel pajama pants and a pizza stained t-shirt. With a bag of potato chips in one hand and the remote in the other, you excitedly switch on the tube to watch the event of the year… well, at least of the week… the Academy Awards.

Which films have been nominated? You are not sure.
Who is the Oscar favorite for “Best Cinematography?” You do not care.
What will Halle be wearing?
How many diamonds will fit around Nicole’s thin little wrist?
YES! THOSE ARE THE QUESTIONS!
And thus we see the reason for the relationship between fashion designers and our favorite A-list celebrities. Calvin, Donatella, Marc, and the rest of the gang are certainly not fools! Fashion designers are aesthetically driven – they seek to create physical beauty inspired by their thoughts, ideas, and visions. This physical beauty is known to us as clothing. And how beautiful it truly is!
And what can be better than a meticulously constructed and designed floor length Vera Wang gown? A meticulously constructed and designed floor length Vera Wang gown on Julia Roberts! Fuse the most beautiful fashion designs with some of the most beautiful faces, bodies and people and the result borders on sublime – a sensory delight that keeps us tuned in and left wanting to emulate.

Flashback to the months leading up to my senior prom… just weeks after Gwenyth Paltrow won her Academy Award for “Best Actress”, the racks of Macy’s were overflowing with replicas of Paltrow’s bubblegum pink ball gown. As much as we value our individual tastes and fashion sense, there is at least a part of us (no matter how small), that emulates the beauty we find in the world. This is natural, right?
I have heard that a celebrity wearing your gown/tux/creation to a red carpet event is worth over a million dollars in advertising. Further, they tell me that slipping a gorgeous frock onto an Academy Award winner is worth tens of millions of dollars in advertising. This does not seem to be much of a stretch. Beauty sells – making the relationship between fashion and celebrity brilliant.
(taken from http://www.fashion-schools.org)
Stem Cell – Going To Mexico for Treatment
With the use of international stem cell research, stem cell therapy Mexico is available to anyone who needs it. This is stem cell research that is done with non-controversial stem cells from placentas. Many people can benefit from stem cell research that is done in Mexico. These cells are used to treat illnesses like diabetes, HIV, spina bifida, cerebral palsy, Parkinson’s, migraines, rheumatoid arthritis, hepatitis C, muscular dystrophy and even gangrene. There are ways to legally receive the treatment you need even if you cannot receive it within the United States.
Many times Tijuana stem cell therapy will help patients who have had other treatments fail to cure their disease. Not does stem cell research use non-controversial stem cells from placentas but also stem cells that are directly from the person being treated. This way every individual who takes part in this kind of therapy will have a treatment that is created just for them. The source of the issue is pinpointed and the cells are regenerated so that the organs and tissues in the body become well again. It is important to note again that the stem cells are from the person being treated. This means that rejection and other side effects will more than likely not happen.
When getting COPD treatment Mexico, it is important to fully research the facility that you will be using. Many times in Mexico, facilities are not required to keep the same standards of practice. This can include anything from the cleanliness of the facility to the actual procedure and how it is done. Since this has been around for many years now, there are various websites and forums that you can check out to see if this is a good option for you and the kind of illness that you have. Also, it is important to stay in constant contact with your physician and let them know exactly what you are doing.
When deciding to use stem cell research for your heart, cardiac treatment Mexico can be a good option. Of course, just like with any treatment it is important to research the medical facility and the doctors that you will be in contact with. Using stem cells to treat your heart can actually bring you a full life and you can be a walking miracle. When the heart’s cells are renewed, your heart will become stronger and you will be a part of this new technology.
11 November, 2010
14 October, 2010
10 February, 2010
4 February, 2010
STEM CELL RESEARCH AND REGENERATIVE MEDICINE
(taken from http://njms.umdnj.edu )
Stem cell research and regenerative medicine represent two of the most exciting and potentially rewarding disciplines of biomedical science. This resource serves as a reference for some of the recent findings, discoveries and topics.
Hot Topics – 2007
1) Thecal Stem Cells
There are several scientific procedures for purifying stem cells. Stem cell cultivation from in vitro fertilization is one of these techniques. The following illustration depicts the process in which fertilized eggs mature into blastocysts and how the stem cells harvested from these blastocysts become specialized tissue types. Click here for additional information.
2) Transdifferentiation of Mesenchymal Stem Cells
For the latest breaking news stories involving New Jersey and stem cell research, click here. An international collection of stem cell and regenerative medicine news can be found here.
3) Hematopoietic Stem Cells
| Human embryonic stem cells (hESC) are pluripotent cells isolated from the inner cell mass (ICM) of human blastocysts between days 5-8 of fertilization. The pluripotency of hESCs provides these cells as potential sources for therapies. Read more. | ![]() |
4) Stem cells and Spinal Cord Injury
| Body tissue regenerates well in young people, but much less so in older individuals. To discover whether this decline is irreversible, or influenced by circulatory factors, Conboy et al. joined together the circulatory systems of young and old rodents, as a parabiotic pair. Read more. | ![]() |
5) Erythropoietin/Cancer Stem Cells (?)
| The recent surge of interest in stem cell biology has revived earlier speculation that some human cancers may be a result of genetic mutations in adult stem cells (ASCs). Read more. | ![]() |
6) Embryonic Stem Cells –Dopamine Neurons
| Hematopoietic stem cells (HSC) give rise to the different types of blood and immune cells. HSCs have found a place in the clinical setting as they are used to treat patients with cancers and other blood disorders. Read more. | ![]() |
7) Cytokine and Hematopoietic Stem Cells
in whole-embryo culture system
| Until recently, it had been thought that a stem cell from a specific tissue could not give rise to cells of a different organ. However, a number of experiments over the last decade have challenged this premise, giving rise to two terms: plasticity and transdifferentiation. Read more. |
8 ) Canine Embryonic Stem Cells
| While some studies have shown the capability of HSCs to form cells other than blood and immune cells, others have challenged this type of findings. Previous studied reported that only a small percentage (1-2%) of HSCs can form neuron-like cells (brain cells) when the HSCs are delivered in the right conditions. Read more. | ![]() |
9) Stem cells and Neurodegenerative Medicine
| While some studies have shown the capability of HSCs to form cells other than blood and immune cells, others have challenged this type of findings. Previous studied reported that only a small percentage (1-2%) of HSCs can form neuron-like cells (brain cells) when the HSCs are delivered in the right conditions. Read more. | ![]() |
10) Stem Cells and Bioengineering
| While some studies have shown the capability of HSCs to form cells other than blood and immune cells, others have challenged this type of findings. Previous studied reported that only a small percentage (1-2%) of HSCs can form neuron-like cells (brain cells) when the HSCs are delivered in the right conditions. Read more. | ![]() |
11) Cardiac Stem Cells
Hot Topics – 2006
1) Progenitors Systemically Transplanted into Neonatal Mice Localize to Areas of Active Bone Formation In Vivo: Implications of Cell Therapy for Skeletal Disease.
| Embryonic Stem Cells (ESCs) are cells that can be isolated from the inner cell mass of a blastocyst. The blastocyst is a round mass of cells that make up the developing embryo at days 5-8. When ESCs divide, the daughter cells (the two cells derived from the division) have the ability to take on different paths. One of them can self-renew, meaning that it can form an identical copy of the ESC, while the other may differentiate, meaning that it can form the mature cells of the body. Read more. | ![]() |
| Mesenchymal stem cells (MSC) have the potential to differentiate into a variety of cell types, including osteoblasts, bone cells that produce Type I collagen. Type I collagen is defective in patients with osteogenesis imperfecta (OI), a genetic disease that is characterized by fragile bones. Read more. |
John Holt: Homeschooling Advocate
A Plowboy Interview with John Holt who advocated that parents teach their own children – at home, and the author of “How Children Fail” and “How Children Learn.” July/August 1980
By Pat Stone A little over ten years ago, the movement which aimed to make America’s schools relevant, enjoyable, and truly useful for their students was at its peak. John. Holt was one of the leaders of that drive to make educational institutions more child-rather than teacher-centered. In fact, his books How Children Fail and How Children Learn practically sparked off the education reform movement all by themselves! But that was ten years ago. Today, the attempt to establish “alternative”, “open”, or “free” schooling is all but dead. And, to tell the truth, most people have pretty much forgotten about that movement’s emissary, John Holt. MOTHER, however, is still very much aware of Mr. Holt . . . for two reasons. For one thing, the irrepressible New Englander won’t let us forget him! John’s a dedicated reader of this magazine, and he frequently writes us with suggestions, praise, and candid criticism. More important, though, the one-time schoolteacher has not abandoned his efforts to help children learn and grow. Instead, John has taken a new approach . . . one that he sees as being the only logical response to the appallingly poor quality of public education and its innate resistance to change. Namely, John Holt now devotes his energies to assisting people who want to help their youngsters learn at home . . . after pulling the children out of school altogether! Why did a man who was at one time a conservative, traditional schoolteacher come to advocate keeping one’s children out of school? How can parents successfully remove their youngsters from public school in the first place? And why does Mr. Holt think that readers of THE MOTHER EARTH NEWS should be especially interested in his ideas? To get the answers to these and other questions, MOTHER sent staffer (and former schoolteacher) Pat Stone up to talk with John Holt in his tightly cluttered office in Boston, Massachusetts . . . where, in his scant spare time, John puts one of his central educational beliefs-that a learner should be responsible for her or his own learning-into practice by teaching himself to play the 4 cello. The following edited transcript of y their conversation deals with an admitedly radical approach to learning. Many readers will, no doubt, discover that they strongly disagree with Mr. Holt’s thoughts. On the other hand, a few will probably be relieved to find that somebody out there feels as they do and is trying to help. No matter what your own response is, however, we’re betting that John’s words will set you to thinking about the state of education-and of children-in America today. PLOWBOY: John, you’ve been a school teacher in three states . . . you’ve helped lead a nationwide effort for educational reform . . . and you’re now at the center of a homeschooling network that almost resembles an underground railroad for children. Since you’ve put forth so much effort in ventures related to learning, I have to assume that you were trained as a professional educator. HOLT: Absolutely not. I never formally studied education. I didn’t even take any courses in psychology. To tell the truth, I didn’t study any of the things that I’m now supposed to know something about . PLOWBOY: Perhaps it was your own classroom experiences that sparked your interest in education. Where did you go to school? HOLT: I won’t answer that question. PLOWBOY: You won’t? Did I say some thing wrong? HOLT: No, but I’ve come to believe that people’s education is as much their private business as is their religion or politics. Let me just say that most of what I know I didn’t learn in school, or in what people call “learning situations” . I don’t owe anything to formal education for my love of language, reading, and music. I had those interests before I went to school, I lost a lot of them in such institutions, and I’ve managed to get them back since. PLOWBOY: Wait a minute! You lost your love for learning while you were attending school? HOLT: That’s right. Take reading, for in stance. I taught myself to read when I was four or five years old. . . even though hardly anybody read aloud to me. I just looked at all the signs on the streets of Manhattan’s East Side, where we were living . . . until, one day, I noticed a store that always had shirts in its windows and realized that the letters over that shop must have spelled “laundry”! That was the first word I taught myself to recognize. I don’t remember what the second word was, but I do recall that I liked to read, so I read lots of books that were too hard for me . . . which is the only way anybody ever gets to be a good reader. I even finished all of The Three Musketeers and other classic books of Alexandre Dumas-long, long books-in a single summer when I was about ten. PLOWBOY: You m ust have been a good classroom student. HOLT: Well, I knew how to “play the game”, so I never had any difficulty with school. But I got bored with it as I got older, and-by the time I reached high school-I wouldn’t read a book unless it had been assigned. I didn’t start reading for my own pleasure again until eight or nine years after I got out of the Navy. PLOWBOY: How could going to school have changed you so much? HOLT: That’s easy to figure out. It’s a wellestablished principle that if you take somebody who’s doing something for her or his own pleasure and offer some kind of outside reward for doing it-and let the person become accustomed to performing the task for that reward-then take the reward away, the individual will stop that activity. You can even train nursery school youngsters who love to draw pictures to stop drawing them, simply by giving them gold stars or some other little bonus for a couple of months . . . and then removing that artificial “motivation”. In fact, I think that our society expects schools to get students to the point where they do things only for outside rewards. People who perform tasks for their internal reasons are hard to control. Now, I don’t think that teachers get up in the morning and say to themselves, “I’m going to go to school today and take away all those young people’s internal motivations” . . . but that’s exactly what often happens. PLOWBOY: Did you find college any more rewarding than your early education? HOLT: College was a very bad experience for me. I knew there was a “trick” to doing well in school, and it didn’t seem to me that the trick was worth doing . . . but I was too scared to stop doing it! As far as I could see, though, college had no intrinsic purpose or connection to the world around me. But then I went into the best learning community I have ever been a part of . . . on board a submarine, the U.S.S. Barbero. PLOWBOY: You found a learning community on a submarine? HOLT: Yes. It was during World War II, and I had a very unusual captain who believed in giving his youngest and most inexperienced officers-like me-a lot of responsibility right off the bat. This fellow realized that the best way for a person to learn to do something is to start doing it. That was the first time anyone had ever put some real trust in me, and it was a very powerful educational experience. I was observant and asked a lot of questions, so before long I could do my share to help run a submarine on war patrol. I had an important task to do, and I did it well. The experience provided a great boost to my morale. Maybe I’m kind of old-fashioned, but I don’t think the currently popular “therapeutic” methods-which involve telling someone, “You’re OK, you’re really wonderful”-do much good. Tackling a job that seems worth doing, and doing it in a competent manner, is-to my way of thinking-the best way for a person to gain selfesteem. PLOWBOY: What happened to you after the war? HOLT: Well, I spent six years working for the World Federalists, an outfit that was trying to stop the proliferation of atomic weapons. Then I traveled around Europe, crewed my way back home on a former Coast Guard patrol boat, andafter that-went to visit my sister and her husband on their small cattle ranch near Taos, New Mexico. I didn’t know what to do next . . . but I thought that maybe I’d become a farmer, and raise food in a manner that would help build the soil. My sister suggested that-since I enjoyed children and they liked me-I might want to become a teacher. I didn’t take to that idea at all, though. Oh, I wasn’t particularly critical of schools or education, as I am now . . . teaching just didn’t seem to me to be appealing work. But my sister persisted. She told me about the new Colorado Rocky Mountain School, where-it was planned-the faculty and students would build their own buildings and raise a lot of their food. She went on to suggest that, if I worked there, I might learn some of the skills I’d need in order to farm . . . and I’d get paid at the same time. So I went to visit the school. I sat in on classes, answered students’ questions, kicked a soccer ball around, and-by the end of the daydecided that the institution was a good place for me to work. I told the man who ran the school that I wanted a job. His reply could have been construed as discouraging: He said, “We’d be glad to have you, but we haven’t got any place to put you . . . we haven’t got any money to pay you . . . and we haven’t got anything for you to do.” PLOWBOY: Yes, I can see how some folks just might take that as a rejection! HOLT: Well I wasn’t ready to be rejected. I responded, “As long as you get some kind of roof over my head, I don’t much care where you put me. If you’re feeding me, I can live without money for a while. And I think I can probably find something to do.” The man laughed, threw up his hands, and told me to come ahead. And to this day I believe that anyone who wants a chance to get started learning and doing serious work has only to make such an offer . . . one that-as they say- cant’s be refused. One of the foundations on which schools rest is the belief that children are mostly no damn good. Anyway, I started out sleeping on a cot in a granary that was being converted to an infirmary, and working as the breakfast cook, but I eventually became a fully paid staff member. On the whole, I was a perfectly conventional schoolmaster . . . who gave the high-school-aged students lots of tests and flunked my pupils right and left. The only difference between me and the average teacher was that-because I hadn’t taken any education courses-I didn’t know all the alibis that conventionally trained instructors use … excuses which imply that something’s wrong with students who don’t learn. I thought, if you can imagine such a simple-minded idea, that if my pupils weren’t grasping their lessons, it was my responsibility to figure out a way to explain the subject so that they would understand it! Well, it took me four years to discover that an awful lot of the youngsters did poorly in school because they expected to do poorly. So I decided to try working with younger children. . . I thought maybe I could reach girls and boys before they got into a defeatist frame of mind. At that point I moved to Cambridge, Massachusetts and began working in the fifth grade class of a man who-like me -wanted to figure out why many children don’t learn well. The class was part of a very selective private school. In fact, the students’ parents were the elite of the area’s intellectual community, and all-of the pupils had scored above 120 on I.Q. tests. Strangely enough, though, most of these children acted “dumb” in class. Many of my fifth graders couldn’t add or subtract . . . although-back in second grade-the same students had passed all their addition and subtraction tests with ease! Clearly the learning wasn’t taking hold. So instead of giving more and more drills and testsas many of the other teachers were doing-my friend and I tried to find ways to get the children actually think ing about math. This approach was so controversial that the institution finally got rid of me, and I started teaching in my own classroom at another school. Now I had, since becoming involved in education, written many letters about what I was observing in schools, and a friend of mine suggested that I try to put the letters in a book. Pitman Publishing Company was interested in the idea, and eventually printed my first book, How Children Fail. PLOWBOY: What message did you try to convey with How Children Fail? HOLT: To put it simply, I pointed out that children do poorly in school because they’re bored with the meaningless work . . . scared of being punished or humiliated . . . and confused by the fact that most teaching progresses from abstract concepts to concrete examples instead of-as would be more sensiblethe other way around. In essence I’d realized, from observing and teaching, that school is a place where children learn to be stupid! Most all youngsters are-by naturesmart, curious, and eager to learn. In fact-as I pointed out in my second book, How Children Learnbabies are such active, skillful seekers of knowledge that they learn more in the first five years of their lives than most older folks ever do in ten! PLOWBOY: Did you propose any reforms that you felt would help children learn? HOLT: I suggested we simply provide young people with schools where there are a lot of interesting things to look at and work with . . . but that we let the children learn in their own ways. If they have questions, answer the questions. If they want to know where to look for something, show them where to look. PLOWBOY: In other words, you feel that youngsters should choose what to learn rather than having the sequence or path of instruction determined for them. That idea represents a 180° turn from traditional education. HOLT: It certainly does, but it works: Students who are placed in an environment where they feel safe to explore and receive help when they need it will do fine. And I thought, at the time, that once I and others-like Jim Herndon, who wrote How to Survive in Your Native s Land . . . and George Dennison, the author of The Lives of Childrenshowed enough people that fact, then surely everyone would want to try the “new” way of teaching. That’s not what happened, of course. PLOWBOY: Weren’t there lots of alterna t ive programs and open schools formed at that time? HOLT: True, similar ideas did become fashionable for a while. But-and it took me years to figure out this “but”-most of this country’s so-called innovative education projects, and there were never very many for all the talk, were begun solely to get some of the money the U.S. government was offering for such programs. When that federal money ran out, the programs stopped. And even then, 99% of our nation’s schoolchildren went right on filling out workbooks, just as they always had. PLOWBOY: Wasn’t there a groundswell of interest in truly alternative private schools, though? HOLT: Oh, a few such places sprang up. But if you were to guess that, at the peak of the socalled educational reform movement, there were 1,000 small alternative schools with an average of 50 students each-and that’s a generous estimate, by the way-then you could conclude that a total of about 50,000 children were enrolled in private alternative programs. But the school age population in the United States was some 30 or 40 million children! Compared to that massive figure, 50,000 youngsters is just a drop in the bucket. PLOWBOY: Weren’t you optimistic about such schools at the time? HOLT: Oh yes, I was saying, “Here comes the wave of the future! Everybody join the parade!” The truth, though, was that all of us reformers went through a mighty big mountain of labor to produce -in effect-a small, dried up, wizened mouse. PLOWBOY: But if child-initiated learning really works, why did a movement advocating that approach fail? HOLT: Well, the innovators themselves were partly at fault. Some of us actually knew more about what we were against that what we were for . . . a few were trying to work out hangups about their own childhoods . . . and many of us thought of open education as a “secret” motivating device that could be used to help children learn the same old school curriculum. But failures on the part of some innovators didn’t really kill the alternative education movement. PLOWBOY: What did? HOLT: It was doomed from the start, simply because nobody really wanted to make the schools better. You can’t believe how much I hated facing that truth. I started out believing that most teachers were potential allies whogiven the chance to really help students learnwould jump at the opportunity. But then I’d talk to administrators arid teachers in alternative public school programs, and find out that their co-workers were treating them like pariahs. I know of teachers who became involved in an Albuquerque, New Mexico alternative education project, as an example, whose former colleagues wouldn’t play golf, drink beer, or even talk with them anymore! And the teachers who didn’t want improved schools were as sore as hell about the experiments that were going on. Of course, even those folks wanted some changes . . . like having fewer children in class, and less paper work-and more money-for teachers. But they also felt that the basic educational system-”You students do what I want, or ‘POW!’ ‘ was perfectly fine. There wasn’t any strong pressure for change coming from outside the schools, either. Why? I’m afraid the plain truth is that most Americans don’t really like children . . . even their own! Adults don’t trust youngsters, and school is an institutionalized expression of that fact. To put it another way, one of the foundation stones on which schools rest is a great big rock that says children are mostly no damn good. PLOWBOY: Do you really believe that most adults-even parents-actually do not dike children? HOLT: I know that’s true . . . I’ve spent a lot of time observing how society treats children. Look, I could give you a tenhour interview entirely on the subject of adults’ feelings toward young people, but let me tell you just one tiny example. I recently read a construction design manual that was full of surveys showing buyers’ preferences concerning townhouses and clustered housing. And the number-one concern of potential owners was that they not live in a place where they could hear the sounds of children playing. They weren’t talking about the noises of youngsters smashing bottles or having gang fights with zip guns, mind you . . . no, the buyers queried were objecting simply to the sounds of children having a good time together. PLOWBOY: So you decided that reforming public schools was an impossibility. What did you do next? HOLT: I began advising people who were dissatisfied with traditional education to leave the public system and start their own educational centers. But the almost infinite hassles of forming and running a full-fledged school-and especially the necessary and neverending search for funds-killed most such efforts. Finally, I realized that a parent whose objective was to establish a decent learning situation for her or his child might avoid all the fights and struggles involved in trying to reform the public school-or to start one from scratchby moving directly to the objective. How? Just teach the child at home. PLOWBOY: Is that all you mean by the term “home schooling”? HOLT: Well, in its strictest meaning the phrase simply describes children learning at homeand in the surrounding world-in ways that they and their parents determine. In some instances, the parents have rather oldfashioned ideas and end up scheduling their programs sort of like miniature schools. On the whole, though, people soon tend to get away from such restrictive approaches . . . because they find-from experience -that children learn better if they direct their own educations. PLOWBOY: Can you expand on your con cept of what home schooling should be? HOLT: I think that learning is not the result of teaching, but of the curiosity and activity of the learner. A teacher’s intervention in this process should be mostly to provide the learner with access to the various kinds of places, people, experiences, tools, and books that will correspond with that student’s interests . . . answer questions when they’re asked . . . and demonstrate physical skills. I also feel that learning is not an activity that’s separate from the rest of life. People learn best when they’re involved with doing real and valuable work, which requires skill and judgment. These concepts are my basic philosophy of learning-and are mirrored in my magazine, Growing Without Schooling but I’m in favor of having people teach their children at home and don’t insist that they have my reasons for doing it or even follow my methods. As a result, the readers of Growing Without Schooling, or G WS, include a variety of people . . . ranging from leftist counterculturists to right-wing fundamentalists. PLOWBOY: Is the home-schooling movement entirely a negative reaction against established educational systems? HOLT: No, indeed . . . because it has such incredible positive benefits for children. True, people often start teaching their children at home because they see bad things happening to the youngsters at school. Many such parents, though, find that their children soon become happier, nicer, and more inquisitive human beings than they were when enrolled in educational institutions. Home schooling can be beneficial to the entire family, too. A lot of people write me to say that-when their children were sent off to school each day-the parents almost felt their families were being broken up. For such people, home schooling is a family-saving movement. PLOWBOY: But aren’t a lot of parents nervous about trying to educate their youngsters themselves? I can imagine someone thinking, “I don’t know how to teach! ” HOLT: I run across that fear all the time, and in people with Ph.D.’s just as often as in Joe Blow from Kokomo. I tell such folks that teaching is not a mystery . . . anybody who knows something can help anybody .else who wants to learn it. In fact, what passes for official “teacher training” often makes people much less effective educators than they would have been if they hadn’t had it. PLOWBOY: But what if you don’t know a subject? Suppose the child gets interested in something that’s over your head . . . like, possibly, physics? HOLT: The youngster doesn’t have to learn physics from you . . . there are plenty of available books on the subject. Besides that, lots of other people in the world know something about physics. If a 12-year-old, say, types a letter to somebody-and, by the way, knowing how to touch-type is a valuable skill for children to possess, and I’ve never in my life known a youngster who’s had access to an electric typewriter who didn’t learn to use itand if the letter is neatly typed, asks a question, and doesn’t admit that the writer is 12 years old, the chances are that the child will get an answer PLOWBOY: But surely some people are apprehensive about educating their children despite such assurances. HOLT: Yes, they are. And I try to help them as much as I can by publishing advice from-and the experiences of-other home schoolers in G WS. At some point, though, a parent has to take a leap of faith and get started in spite of her or his lack of confidence. Those who do so discover that teaching is a lot easier and more fun than they thought. PLOWBOY: But how can people find the time to teach their children for six hours a day, as the schools do? HOLT: Name a school that teaches children for six hours a day! Observers who’ve used stop watches to time classes have shown that about 35 minutes out of every classroom hour are devoted simply to maneuvering around and getting ready to work. And the rest of the time consists mainly of either teacher demonstration or repetitive drill in a workbook. I know from my own schooling-and I was a good student in good schools-that I rarely got 15 minutes of real teaching a day. Furthermore, the schools themselves admit this by their own actions. When a sick or injured pupil has to stay home for a while, the youngster’s school will often send a tutor around to keep the child caught up in her or his schoolwork. And how much time does a tutor spend with one youngster? From as little as an hour and a half to a top figure of five hours a week! PLOWBOY: Have you considered that, nowadays, few families can even afford to keep a parent at home all day? HOLT: The question of how working parents can raise a home-schooled child is important, but you should realize that the problem is basically a custodial one . . . because the parents can easily provide enough adult help in the evenings to keep a child’s learning progressing. When I meet people who are disturbed by the “day care” dilemma, I say, “If you have a very young child, you’ll have to find someone-like one of your own parents, or a livein baby sitter-to be at home while you’re both at work. But you ought to be able to get your child to the point where, at age eight, the youngster can occupy her- or himself perfectly happily and usefully during those hours of the day when you’re away.” PLOWBOY: You would recommend leaving a child alone for eight or nine hours every day? HOLT: It doesn’t have to be that long a time. Remember, once school hours are over, the youngster will no longer be an “outlaw” and can go to a friend’s house, the local library, etc. In addition, you could probably find an older person or hire a student to spend a couple of hours doing something interesting with your child to give the youngster a break in the day. But even leaving a child to her or his own activities for the full working day is better than sending the youngster off to a destructive school. PLOWBOY: What about providing a child with the chance to learn social skills? Don’t parents ever worry that a homeschooled boy or girl may not have the chance to make friends? HOLT: Most of the children I know who are learning at home do have social lives. They see peers after school and on weekends, and have the chance to experience friendships, arguments, and all the ups and downs of true social life. When youngsters live a long, long way from anyone their own age, groups of parents can make arrangements to bring their children together to solve this problem. In fact, we print a directory of home schoolers in GWS, partly to help such folks get in touch with each other. More important, though, I think the social life of most schools is so competitive and snobbish and status-oriented, and so full of meanness and teasing and ganging up, that-even if I didn’t have any other reason for wanting to keep a child out of school-that very “society” would be reason enough to educate the youngster at home! I don’t think schools teach young people anything about friendship, intimacy, and trust. For years and years-since long before I got into home schooling-I’ve seen evidence of the harmful desocializing effects schools have on children. Even my sister, who certainly is not an educational critic, told me that her five-yearold never knew how to do anything really mean, sneaky, or dishonest until after the tot had gone to school. PLOWBOY: Suppose the children want to go back to school when they get older. Do they have peer problems then? HOLT: Actually, they’ll be in better shape for coping with school, because they’re going there by choice and for their own reasons. It’s like the difference between a prisoner in jail and a sociologist who goes in to study prison conditions. Both people are in the same building, but they’re in very different frames of mind. PLOWBOY: What other worries do parents express about the consequences of home schooling? HOLT: Some are concerned about whether their children will be able to get into college or land a good job without an “official” diploma. However, anyone can take the high school equivalency exam to earn a secondary diploma . . . and anyone can get into college-a good college -if she or he scores well on the Scholastic Aptitude Test. PLOWBOY: John, we’ve talked a lot about the benefits of home schooling, but how can a parent actually try it? How do people get around our country’s compulsory education laws? HOLT: Well, I first thought all you’d have to do to be able to home-school a youngster would be to tell the public school authorities that you were going to send your children to private school . . . fill out the correct forms . . . and then-as far as the school system was concerned -let your child just “disappear”. That approach doesn’t often work, though, because neighbors or relatives are likely to blow the whistle on you by calling up the school and saying, “Hey! I know a child who’s playing hooky! ” Still, if you’re surrounded by more or less friendly people, the “sneaking out” strategy will work. PLOWBOY: What are some other possible approaches? HOLT: In many states you may be able to register your own home as a private school . . . and in California you can legally educate your own child if you have a teacher’s certificate. People can also sometimes enroll their children in a private school-the Santa Fe Community School in New Mexico is one examplewhich is willing to supervise a home study program. In such a case, the child is offi cially a student of the school but doesn’t physically attend its classes. On the other hand, some 32 states have laws which say that your children don’t have to attend school if they receive what’s called “equivalent instruction”. Such states usually let the local school boards decide what programs qualify as r an equivalent of public school education. There are even some states where you can legally teach your children at home, even if you live more than two miles away °from both the nearest school and from a road on which the school district furnishes transportation. I think that learning is not the result of teaching, but of the curiosity and activity of the learner. Finally, there’s always the possibility a of simply arriving at an arrangement 7 with the school that will allow you to teach your child at home . . . using either materials provided by the teachers or recognized texts like those in the Calvert or the Home Study Institute’s correspondence programs. Of course, each parent will have to figure out which of the various tactics for getting her or his children out of public school will work best. PLOWBOY: How does somebody decide ‘ which tactic to try? It would, I can imagine, be important to pick the right one. HOLT: That’s a very difficult decision to make, because the best approach will vary from district to district, and it’s often hard to know what a particular school is going to do until you actually test it out. I tell some people that-before they decide about whether to take an open, aboveboard route or a secret one – they should feel out the local school board and see how friendly, or distant, the women and men who run that particular education system seem to be. Of course, some folks are perfectly willing to confront the school system in court if that’s the only choice left to them. PLOWBOY: Do they often win? HOLT: Yes and no . . . the legal situation is really quite cloudy. On the one hand, courts have said that compulsory school attendance laws are constitutionally valid. On the other hand, the Supreme Court has declared-in cases like Pierce vs. the Society of Sisters-that the state may not compel all children to be educated in the same way, or even in the same place. On the whole, the trend of recent decisions has been in favor of parents. Soin most jurisdictions-a family that prepares its education plan carefully, cites enough relevant court cases, and supports its presentation with good reasons for home schooling and backup material from so-called education authorities . . . would have a four out of five, or maybe even nine out of ten, chance of winning the case either in the local court or on appeal. PLOWBOY: But what about a familyliving in an area with an uncooperative school boardthat doesn’t want to fight in court? HOLT: Often, if you prepare your initial proposal to the local school authorities as if you were presenting a legal brief, your Home schooling is part of our country-wide trywide movement toward selfsufficiency, smallscale activities, and indep en dence., opponents will back down right then and there. Still, if the school personnel are absolutely determined to make trouble for you, they’ll do so. And I’ve told people who can’t risk a court fight-or would obviously lose one where they live-that if moving is an option for them, they ought to think about doing that. PLOWBOY: How does one learn enough about schooling laws and court cases to prepare a convincing legal argument? HOLT: That’s one of the services Growing Without Schooling provides. GWS is, among other things, a miniature law review-a reference book coming out a piece at a timethat is packed with legal advice and information concerning recent court cases. The magazine also describes materials and ideas that are useful to home schoolers, reports on the experiences of people who are already teaching their children at home, and provides a directory of others who can be contacted for advice. There’s no question in my mind that many people find GWS tremendously valuable. In fact, hundreds of people have written to say that they would never have had the nerve to home-school their children if they hadn’t had G WS. And as the magazine-and the movement-gets bigger, I hope to add lists of adult work places where children can visit and help out . . . families who are willing to be part of an exchange system so that their youngsters can visit in different areas . . . and school districts that are cooperating with home schoolers. PLOWBOY: Just how big is the homeschooling movement right now? HOLT: Nobody knows, but I’d guess somewhere close to 10,000 families. PLOWBOY: And you expect to see it grow? HOLT: I’m not expecting large numbers right away. After all, when you’re blazing a trail, you’re necessarily going to attract small numbers of people . . . but the more folks who walk a trail, the easier the path becomes to negotiate. For now, I’m hoping that in three years school districts will start seeing that they should cooperate with the home schoolers so that we can move out of the “combat phase” that we’re in now. PLOWBOY: You think that public schools might actually cooperate? HOLT: Oh, yes . . . we’re beginning to see evidence of such a trend now. For example, I know of several school districts in Massachusetts that are saying to homeschooling parents, “If your children want to come to school and use the library and gym, or take part in a play . . . why, they’re welcome to do so.” And why not? Home schooling is not a threat that’s going to overturn the whole school system. Most people are never going to try it . . . they don’t like their children enough to want them around all of the time. The truth is the home-schooling movement is good for the schools. We provide, among other things, extremely important educational research. Besides that, if-in the long runschools are going to have a future, they will eventually have to function as learning and activity centers which more and more people come to voluntarily . . . and the sooner our institutions begin to move in such a direction, and some community schools already are moving that way, the better off they’ll be. Home schooling is good for society as a whole, too. Most young people come out of high school today with feelings of alienation, selfhatred, bottled-up anger, and the sense that life is useless. Such emotions constitute a largescale and potentially dangerous social problem. I don’t entirely blame the schools for this situation, of course, but they have pretty well demonstrated that they can’t change it . . . and I don’t expect home-schooled teenagers-since they’ve grown up in contact with serious adults who take young people seriously-to have the same problems. PLOWBOY: So all in all, you’re optimistic that the home-schooling movement will continue to grow? HOLT: Barring the social changes that would come with a major war, yes. After all, home schooling is part of our countrywide movement toward increased self-sufficiency, smaller-scale activities, and local independence. THE MOTHER! EARTH NEWS is a major voice for this movement, of course, so I’m really hoping that a lot of MOTHER-readers will see us as kindred spirits. In fact, I’d like to say something directly to MOTHER’s readers, if I may. PLOWBOY: That’s fine with me. Why don’t you just go right ahead and wrap up this interview yourself? HOLT: OK. Many of you folks who read this magazine believe-and with good reason-that government interferes too much in our lives. Well, I think that there is no place where this interference is less justified, more harmful, and more easily resisted than in the education of children. So it would seem to me that those who want to minimize the power the government has over their lives would find the area of their youngsters’ learning to j be the first place where they’d want to work toward that goal. And I’d like to emphasize one last point very strongly. People, if you’re smart enough to build your own home, design your own solar system, make your own fuel, redesign your car, raise your own food, and do all the things that many MOTHER-readers are doing. . . then you sure as hell are smart enough to teach your own children! (taken from http://www.motherearthnews.com ) 23 January, 2010Music Theory – Intervals and ScalesIntervalsAn interval is the distance between two notes. Intervals are always counted from the lower note to the higher one, with the lower note being counted as one. Intervals come in different qualities and size. If the notes are sounded successively, it is a melodic interval. If sounded simultaneously, then it is a harmonic interval. Intervals can be described as Major (M), Minor (m), Perfect (P), Augmented (A), and Diminished (d). Intervals come in various sizes: Unisons, Seconds, Thirds, Fourths, Fifths, Sixths, and Sevenths. 2nds, 3rds, 6ths, and 7ths can be found as Major and Minor.
When a major interval is raised by a half step, it becomes augmented. When a minor interval is raised by a half step, it becomes major. When a perfect interval is raised by a half step, it becomes augmented. INVERSIONS OF INTERVALS Intervals can be inverted, which basically means you turn them upside down. The lower note is raised up an octave so that the top note/bottom note relationship is reversed. The chart below shows the inversions of intervals.
Interval Identification
ScalesThere are many different types of scales. They are the backbone of music. A major scale is a series of 8 consecutive notes that use the following pattern of half and whole steps: Listen
Minor Scales come in three forms: Natural, Melodic, and Harmonic. Natural Minor scales use the following pattern of half and whole steps: Listen
Melodic Minor scales ascend and use the following pattern of half and whole steps. When descending, they do so in the natural minor form. Listen
Chromatic Scales are made up entirely of half steps. When ascending, the scale uses sharps, when descending it uses flats.Listen
Whole Tone Scales differ from the other scales because it only has 6 tones. It uses the following pattern: Listen
A pentatonic Scale is a five-tone scale, which has its beginning in antiquity. There are traces of this scale in Oriental and American Indian music. This scale does not have a leading tone, which gives the scale it’s unique sound. The scale has two forms. The first one uses the group of two black keys followed by three black keys. The pattern is as follows: Listen
The second one used the group of three black keys followed by two black keys. The pattern is as follows: Listen
Db-C#, Gb-F#, Cb-B, are enharmonic keys, meaning that they are written differently, but sound the same. (taken from http://library.thinkquest.org ) Music Theory – Note ReadingA staff is made up of five horizontal lines and four spaces.
Pitches are named after the first seven letters of the alphabet (A B C D E F G).
A clef is a musical symbol placed at the beginning of the staff that determines the letter names of the lines and spaces. The two main clefs are the treble and the bass: A grand staff is a combination of both the treble and bass clefs connected by a vertical line on the left side of the staves (plural staffs).
Ledger Lines are an extension of the staff. They are additional lines both above and below which are parallel to the staff. Each ledger line contains one note.
Note ValuesEach note has a specific duration.
MeterMeter is the regular recurring pattern of strong and weak beats of equal duration; also known as time. The meter or time signature in a musical composition is indicated by a fraction, and located at the beginning of a piece of music. The lower number of the fraction tells what kind of note receives one beat. The upper number tells how many beats are in a measure. In Western music there are two types of meter, simple and compoud. In simple meter the upper number is either 2, 3, or 4. Each beat is subdivided by two. In compound meter the upper number is either 6,9, or 12. Each beat is a dotted note and subdivided into groups of three beats.
(taken from http://library.thinkquest.org ) Dr. Toon: A Living TimelineBy Martin Goodman | Thursday, December 10, 2009 at 11:35 am
Martin Goodman and cartoon lover Bessie Irene, who turns 106 on Jan. 4. Courtesy of Martin Goodman.
On Jan. 4, 1904, just three days after New Year’s Eve was first celebrated in Times Square, Bessie Irene Myrick was born in Terre Haute, Indiana. During that same year Theodore Roosevelt was president, work began on the Panama Canal and aged veterans of the Civil War were still walking the streets. The short generally acknowledged to be the world’s first animated production, J. Stuart Blackton’s Humorous Phases of Funny Faces, would not be filmed for another two years. Walt Disney was a three -year-old living up the road in Chicago. Walt Disney passed away in 1966. Bessie Irene, now one month from her 106th birthday, is still here. She is likely the oldest living woman in Indiana, and perhaps one of the oldest in the country. Within her lively lifespan, the entire history of animation began, evolved and grew from a minor theater entertainment and children’s medium to the CGI-powered spectacle that it is today. I have had the good fortune to meet Bessie Irene. Her faculties remain amazingly unencumbered; she remembers virtually everything she has seen during her era of history. And if you consider yourself to be a longtime animation fan, well…she still loves cartoons! I am proud to bring you her story, which is sure to interest you. Terre Haute, on the banks of the fabled Wabash River, was once a fairly sizeable and important city in Indiana. Besides several breweries and distilleries (which took a major blow during Prohibition) there were large glass factories, coal mining and a five-star hotel, the Terre Haute House, which was reportedly a favorite destination of Al Capone. Terre Haute also boasted some fine theaters, which were decked out in the grand style of the day. Young Bessie Irene remembers going to the fancy movie houses such as the showy Hippodrome, the Swan, the swank Liberty and the Cacano (Bessie is unsure of the spelling), where she saw some of the silent films that were accompanied by a pianist. Even the high-class Hippodrome, it seems, usually had no more than a four-piece orchestra. Bessie and I sat down in front of a big-screen plasma TV while I arranged stacks of DVDs that I had selected for our interview. What would someone who had lived through the entire history of animation remember? I began with the films of Winsor McCay, since Bessie would have been at least 10- years-old by the time Gertie the Dinosaur premiered (I figured in at least another year before a print made its way to Terre Haute, if at all). To my chagrin, Bessie never recalled seeing Gertie in the theater, but when I showed her The Pet (1921), she furrowed her wrinkled brow in what seemed to be recognition. I asked her if she had seen that film, and she replied that she was not sure, but she had seen at least something much like it. Bessie enjoyed reading the caption cards aloud as the film progressed, and she asked me to let the short finish out so that she could see what happened to the giant beastie in the end. She told me that people used to read the caption cards aloud during the films just like she was doing, but that “other people didn’t like that and told them to be quiet.”
Bessie recalls Popeye fan clubs.
I went on to the earliest films featuring Felix the Cat. To my surprise, Bessie said that she had never seen Felix before, but when I began to show her the later films made after 1921 or so (when Felix began to look less like a dog and more like a cat), she made a definite identification of the character and recalled seeing at least a couple of silent Felix cartoons at the Swan. She then told me that she remembered Felix best from the Trans-Lux version made in the 1950′s under Joe Oriolo because “The kids used to put it on TV. He looked like he did in this (1920s DVD short) except that they made him in color.” Bessie could not identify or recall Van Buren’s version of Tom and Jerry, but thought that “they are a silly kind of funny.” Bessie was next shown some of the Walt Disney Alice comedies and mistook Julius the Cat for Felix. She had, however, not seen them in the theaters. What really delighted Bessie, though, was a DVD filled with Betty Boop cartoons. “Oh, that’s Betty Boop!” she exclaimed, with a giggle. “She was always so cute, but some people thought that she was a little bit naughty. I liked her when she used to sing with that funny voice.” I had to run five Betty Boop cartoons before Bessie agreed to move on to the next set of DVDs. It turned out that Bessie was an exuberant Popeye fan, and recalled seeing many of his black-and-white Fleischer cartoons at theaters along with newsreels and promotions. She remembered that there were Popeye fan clubs for kids that came to the movies and that the members used to cheer loudly for Popeye whenever his cartoons started. It seems that, given Bessie’s familiarity with Fleischer cartoons, that Paramount (the Fleischer’s distributor) may have had block booking arrangements with certain Midwestern theaters.
Bugs Bunny seemed to pop up everywhere at once.
After several great Popeye cartoons (I Wanna Be a Lifeguard), I paused to ask Bessie Irene just why it was she enjoyed animated cartoons so much for so long. Bessie thought about it for a moment and then said, “Well, it was part of the movies. Back then everybody used to go, and they laughed whenever the cartoons came on. I think they used to laugh the most at Bugs Bunny. The war was a sad time, and I think they liked to have fun. It was good for them.” I asked again why the films were special to her, and she replied, “I liked seeing the kids laugh. You know, they had Popeye clubs back then and the kids loved him so much. Him and Mickey Mouse, too. But Popeye and Betty Boop were just funny.” Here one must account for the vagaries of long-term, expressive memory. Still, there was no mistaking the delight on Bessie’s face as Popeye and friends made their black-and-white way across the screen. Since it was obvious that quite a few Fleischer cartoons were coming through Terre Haute in the 1930s and 1940s, I began running Max and Dave’s Superman cartoons for Bessie Irene. Here the recognition was dramatic and instantaneous. She remembered several of them without difficulty. “They always looked more like the movies than the cartoons, I think that’s why these kind of stand out to me. People used to like them; I think I remember that they clapped a lot after one of them. I thought that they were good!” What she did come to love, like many others, was Bugs Bunny. As his popularity increased over the 1940s Bessie became a fan of her first character outside of the Fleischer universe. “I liked the way he talked to people and laughed at them. Oh, he could play tricks on anybody. I wish I could remember some of the cartoons, but I just really remember Bugs Bunny. It seemed like overnight he was everywhere at once, in books and in the stores.” Bessie does recall seeing Tom and Jerry at the Liberty, but didn’t like them very much. “They were mean. They got hurt a lot, set on fire and things like that. I didn’t care for it.” Somewhere around this time, Bessie met Everett Hamrick, and nights at the movies were gradually replaced by evenings of dancing at Terre Haute’s premier dance hall, the Trianon. Soon afterwards, she became Mrs. Bessie Hamrick, and the movies were replaced by other activities, such as raising a daughter, a busy career at Hayes Insurance, and the eventual joy of grandchildren.
Bessie marveled at The Incredibles and couldn’t distinguish CG from hand-drawn. Courtesy of Disney/Pixar.
Movies became a rarity. Bessie never saw Mighty Mouse, the later Paramount Popeyes or Woody Woodpecker at the theater. Yet, animation never entirely left her life; there were those aforementioned grandchildren who were beginning to come along in the 1950s, just as theatrical animation began to fade from the silver screen. Along with the grandchildren came Yogi Bear, Huckleberry Hound and the Flintstones, all of who Bessie recognized immediately. “They used to come on at night, when the kids were home from school. Some of the kids didn’t care much for it, but the rest of them always watched some.” Best of all, Bessie remembered Felix the Cat coming back like an old, lost friend from the theater. “He talked this time, but it’s still him. I don’t remember that those people (Poindexter and the Professor) were in the old ones, but I know that they change things for television.” Cartoons are far different now. Style, design, and technical modes of animation are not what they were even ten years ago. I showed Bessie some clips of Ben 10, The Powerpuff Girls, Samurai Jack and SpongeBob SquarePants, explaining that these were very popular shows watched by millions. Bessie thought that they “had a lot of color” but except for SpongeBob (which Bessie thought was a much earlier cartoon), “they just aren’t as funny as the old cartoons. I don’t know that people would laugh at them as much.” I put on The Incredibles and waited for her reactions; CGI was, of course, unknown over most of her lifetime. She did not seem to realize that this animation was far different from the artistry that featured Bugs Bunny and Popeye. I informed her that nobody actually drew the pictures; computers took the artists’ designs and helped to animate the film that she was watching. “Well, I couldn’t tell the difference,” she marveled. “How do they tell the computers what to do? Can they draw as well as people, like that?” I replied that the answer was pretty complicated, but that was how most cartoons were made these days. “Well, anyway,” she smiled, “I like it. That shy little girl (Violet), she’s a doll-baby!” Bessie Irene Hamrick may not be the most incisive animation critic alive, and perhaps some of her analytic faculties have faded over nearly 106 years of life. But she can truly say that she has seen it all. A true contemporary of Emile Cohl, Winsor McKay and J. Stuart Blackton, Bessie has loved cartoons all her life and continues to enjoy them to this day. As perhaps the country’s oldest animation fan, I thought I’d bring her forward to touch base with the readership; I was lucky enough to find out about her, and now you are too. I really need to show her a screening of Up. Martin “Dr. Toon” Goodman is a longtime student and fan of animation. He lives in Anderson, Indiana. Morning Star Portal – Electronic Voice Phenomenon: Voices from the DeadBy David Slone Electronic voice phenomenon, if true, seems to exceed the bounds of what is physically possible; thus, it is of paranormal origin. Colin Smith invented the term to describe speech or sounds resembling speech on recording media that has never been used. Some researchers speculate that its origins rest in psychokenisis or the voices of spirits. Psychokenisis connotes the ability to move objects with your mind. It concerns the manipulation of matter and energy with just the mind. Other researchers, more skeptical, point to pareidolia or radio interference. Pareidolia means that you mistakenly perceive images and sounds as being recognizable. A man in the moon, a face in ripples of glass windows, or hearing messages on records played in reverse are keen examples of pareidolia. Most EVP sounds are in short, abrupt segments, usually the length of a word or phrase; sentences are uncommon, but not unheard of. The segments are frequently heard in the language of the listener. A psychologist, Konstantin Raudive, conducted over 100,000 recordings under different conditions. His research amassed some conclusions about elements that all EVP sounds share. They used an altered rhythm compared to customary speech, were short in duration and resembled telegram-like speech, did not follow grammatical guidelines and rules, and several languages were heard over the space of a single recording. Possible explanations, paranormal and non-paranormal, have been proposed and scrutinized by researchers and laymen. A paranormal explanation, for example, is the idea that bodiless, ethereal spirits, in the absence of their own vocal cords, imprint their messages on recording media through some elusive method. Another is that extraterrestrials communicate, intentionally or accidentally, through some blip in space-time. The third most common idea is psychokenisis in which the subject is said to possess influence over matter with his mind. This term is popular in parapsychology. Non-paranormal and scientific explanations include interference, pareidolia, capture errors, processing artifacts, and hoaxes. Interference is common when EVP phenomenon is recorded on devices that contain RLC circuitry. The sounds are, evidently, voices and sounds from broadcast radio sources. Capture errors are anomalies created by the overamplification of a signal at the time when it was initially recorded. A plethora of odd noises can result from it. A processing artifact is a sound that results from attempts to boost the clarity of an existing signal. I.e., frequency isolation, re-sampling, and noise reduction and enhancement can all conspire to create a sound that is artificially unique in comparison to the original. Important researchers of the past and present are notable in the course of your further studies in electronic voice phenomenon. Some names to remember are Attila von Szalay, Raymond Bayless, Alexander MacRae, Judith Chisholm, Konstantin Raudive, Friedrich Jurgenson, Hans Bender, William O’Neil, and Sarah Estep. Many of these researchers made strides in exploring and popularizing EVP, but they don’t represent a good sample of current researchers. This is because there are very few researchers today. There are scant articles in peer-reviewed journals, but EVP continues to be ignored by scientists at large. Experiments have produced mixed results. Despite this, there are several organizations that collect research, articles, photographs, and other media that support the legitimacy of EVP. In the end it is up to you to decide whether or not electronic voice phenomenon recordings are of paranormal origin or if they have a more mundane explanation. To learn more about the paranormal world visit the Paranormal and Ghost Forum where you can chat with others and post your paranormal questions and comments. To read more about EVP’s and to hear some examples visit EVP’s – Electronic Voice Phenomenon at True Ghost Tales. Article Source: http://EzineArticles.com/?expert=David_Slone (taken from http://www.morningstarportal.com ) Morning Star Portal – The Science of Auras: Emotional SynaesthesiaBy Dean Walsh The Aura, which is a halo of coloured light surrounding a person, whose colours and patterns change according to that persons health, mood, intentions, spiritual condition, and so on, is a staple of ‘New Age’ theories and spiritual paths. It is phenomena which people have claimed to have seen for as long as such observations have been recorded (and probably a hell of a lot longer). There are even special photographic techniques which can be used to get a picture of a person’s aura. And as part of the multi-billion dollar new age industry that has sprung up over recent decades there are now a multitude of professional aura readers, along with many, many books in the stores which supposedly teach interested candidates how to read auras for themselves. The attitude of the scientific establishment to such things is, of course, that it must be a load of rubbish, and that people who claim to be able to see these auras are either con artist out to make a quick buck from gullible and naive ‘seekers’, or they are poor self-delude fools. It has always been my own opinion, however, that the scientific establishment discounts such phenomena far too readily, without putting any real effort into providing a scientific explanation for what large numbers of people seem to experience as real. The problem is that scientists base their judgments solely on the explanation given for particular phenomena by its practitioners and proponents, rather than on the phenomena itself. They see that this explanation runs contrary to science, and so they discount the possibility that the phenomenon exists. But this fails to take into account the fact that scientists and mystics use radically different kinds of language. When mystics or occult practitioners talk about some kind of spiritual energy, or the light of the soul, or uses whatever language their particular tradition has adopted, then the automatic reaction of the scientist is to dismiss it as religion or superstition, and then not pay the matter a second thought. But just because the Vikings thought thunder and lightning where caused by one of their gods striking a hammer in the heavens does not mean that thunder and lightning don’t exist, just that they were wrong about the reasons. I believe the same could be true for many new age phenomena, including auras. Likewise if a mystic talks about the motions of the heavens being regulated by universal love, he may well be talking at least in part about gravity and the motions of the planets. And that is why I was fascinated to read of research conducted by Jamie Ward of University College London and reported in the journal Cognitive Neuropsychology which suggests that a rare form of synaesthesia could explain the phenomena of auras. Many of you will be familiar with a condition called synaesthesia. It is not a common condition, and has only been thoroughly documented and explained quite recently, but because it is such an interested condition it has received relatively large amount of publicity, including many television programs and magazine articles. To summarise the condition briefly: synaesthesia, in its most common form, is when the area of the brain dealing with two separate senses somehow becomes linked. When this happens the subject experiences a mingling of usually distinct faculties, and finds they are able to smell colours, taste sounds, and so on. Synaesthesia may also involve the subject associating colours, or tastes, or whatever it may be, to certain words or numbers; so that whenever they come across a particular word, the corresponding taste comes into their mouth. I would also add, before finishing this article, that to explain such a phenomenon scientifically in no way invalidates its explorations and practical use. It is a peculiarity of the modern world that when a proper scientific explanation for such things comes along people say that they have been ‘debunked’, and that their falsity has been proven. This seems perverse to me; to explain something scientifically does not disprove something – it proves it. In the case of Auras one can easily imagine how having this kind of emotional synaesthesia could lead to an intuitive sense far more advanced than that of the ordinary person. Huge amounts of information are continually being exchanged between our subconscious minds, and for ordinary people the main obstacle to our accessing and using this information in our day to day lives is that we only really experience it consciously as very vague ill-defined feelings. A form of synaesthesia which displayed such vague feelings as concrete sensory symbols, colours, and even images could greatly increase the ability of the conscious mind to access and utilise subconscious information, and to draw out specific details. It is also entirely possible that meditation and training could induce a mild form of this kind of synaesthesia. If science could put aside its enmity towards such ‘new age’ subjects, really think that a great deal could be accomplished. (taken from http://www.morningstarportal.com ) 14 January, 2010A CO2 Cleaning Machine May Change the Means of Going GreenBy Kahrin Deines, December 13, 2008
(Click the above picture to take a tour of Global Research Technologies’ home in Arizona and listen to Klaus Lackner explaining how the CO2 scrubber works.)
In an unassuming building on the outskirts of Tucson, scientists have developed a prototype machine that might one day be hailed as the thing-a-ma-jig that helped beat back global warming. It’s hard to miss the irony that the device, likened to an artificial tree, was born in the hot, dry desert landscape of Arizona. Here, where little but cactus absorb CO2 from the sweltering air, the scientists and an entrepreneur have come together to develop a device that mimics aspects of photosynthesis. “Just like a tree, it has leaf-like surfaces over which the air flows and then the CO2 is taken out of the air by getting in contact with these surfaces,” said Klaus Lackner of Columbia University in New York. The tall, debonair physicist is largely credited with inventing the new technology. Lackner’s vision and the worry that rising carbon dioxide levels could trigger an abrupt change in climate prompted the late Gary Comer, founder of the Lands’ End clothing empire, to invest in his idea. With Comer’s seed money and advice from Columbia’s climate sciences pioneer Wallace Broecker, a company called Global Research Technologies opened shop in 2004 to turn Lackner’s dream of a synthetic tree into a reality. Although the synthetic tree can’t yet convert sunshine into fuel as plants do, it can beat plants at half their own game, according to Lackner. “We can pack the leaves much more tightly because they don’t have to get sunshine,” he said. “And, consequently, we can absorb about 1,000 times as much CO2 as an equally sized tree could absorb.” By sucking carbon dioxide out of the air at a rate that could potentially offset CO2 emissions from humans, the machine – officially called a “CO2 scrubber” – might change the carbon playing field. Critics, though, question whether it will ever be economically feasible to deploy a whole fleet of such scrubbers throughout the world, let alone dispose below ground all of the CO2 they gather. At first sight, Lackner’s machine doesn’t look much like a planetary scrubber or a tree. It’s a big box with sheets of special plastic hanging in it. But the sheets are able to draw the CO2 out of the air by ionizing the gas so it binds to the plastic like a magnet. Once the CO2 is collected, it’s removed by a blast of humidity, allowing the plastic resins to be reused. Without the removal process, the CO2 couldn’t be sequestered and the machine would be an energy guzzler. The device, which Lackner envisions in full-scale at about the same size as a 40-foot-long shipping container, could remove as much as one ton of carbon dioxide from the air in a day’s operation. One ton, of course, wouldn’t make much of a dent in the approximate 30 billion tons of CO2 emissions that enter the atmosphere every year. But if enough of these scrubbers were built – and enough would number in the tens of millions by Lackner’s estimate – they might be able to tilt the carbon balance away from the brink of severe climate change. A fleet – or forest – of the scrubbers could be deployed, placed in locations where there is either a demand for CO2, such as near greenhouses that use it to boost plant growth, or near places where it can be stored. Tens of millions is a big number, though, and right now Global Research Technologies estimates it will cost them $250,000 to build just one scrubber unit. Lackner, chairman of GRT, and Allen Wright, the company president, are currently looking for private investors willing to ante up the costs of building and deploying the first real scrubber unit, which they said could be finished in two years’ time. Tens of millions, of course, would take more time and more money. Lackner said the large figures just reflect the size of the problem. “The number of cars, the number of trucks – all of those are numbers on that scale, so it’s not impossible to get there,” he said. “Because we are dealing with a problem of a billion cars, we are also having to put up a solution that is on that same scale.” Global Research Technologies completed the first prototype of the CO2 scrubber last year. And it’s working, according to Lackner, who said it can keep up with the emissions from one car. Direct air-capture technologies for CO2 have been viewed skeptically in the past. The reason has to do with carbon dioxide concentrations in the atmosphere. Even with rising levels, the gas sits at a relatively dilute concentration of about only 380 parts per million in the air. But it can make up 10 percent or more of the smog belched from a power plant’s smokestack. As a result, the U.S. Climate Change Technology Program, which coordinates research into technologies capable of reducing greenhouse gas emissions, has focused on capture techniques designed for use at power plants. Energy-independence advocates as well have hailed carbon capture from power plants as a path to so-called clean coal. Direct air-capture technologies, such as Lackner’s, on the other hand, have been sidestepped for now, with the Climate Change Technology Program defining them as a strategy for the long-term – 40 to 60 years from now. “Clearly one of the challenges is just the enormous volume of air you have to handle [with direct air capture],” said Robert Socolow, the Princeton scientist who developed the “stabilization wedge,” a popular conceptual tool for thinking about how to halt climate change using existing technology. “There’s eight-tenths of a gram of CO2, weighing about as much as a paper clip, in a cubic meter of air.” Even though CO2 is still laced thinly throughout the atmosphere, its levels are far higher than in past climate warming cycles that have occurred over the last 650,000 years. Barring serious efforts to reduce emissions from the burning of fossil fuels, the concentration of CO2 is expected to surge higher still, accelerating a warming that already poses risks of coastal flooding and inland drought. As a result, Socolow and others are starting to take direct air-capture technologies seriously and the American Physical Society, a society of physicists with more than 46,000 members, has just approved a $25,000 grant for him to organize a study on the various options being researched. The society’s grants are often supplemented by money from outside foundations. The new study will look at capture techniques that could be used to suck CO2 from the air anywhere, which is how Lackner’s invention operates, as well as those tailored for use at a power plant. According to Socolow, it will be the first independent assessment of such technologies, and will begin sometime this fall. Lackner and the group at Global Research Technologies, located in a 10,000-square-foot building near Tucson’s airport, aren’t the only scientists exploring how to capture carbon dioxide directly from the air. In fact, a colleague of Lackner’s at Columbia, Peter Eisenberger, is testing CO2 absorbers that could inhale and exhale carbon dioxide in response to temperature swings. And in Canada, David Keith, at the University of Calgary, has been working with technology similar to Lackner’s first prototype, with the goal of building a mega-CO2-scrubbing facility. Keith tested a version of his CO2-scrubbing tower last summer, as featured in the Discovery Channel’s new “Project Earth” television series. Still other work is underway by Julio Friedmann at Lawrence Livermore National Laboratory, based in Livermore, Calif., where scientists are looking for a catalyst that could speed how quickly the CO2 binds to an absorber. “It’s a very interesting idea, it’s a new idea, and it’s a hard idea,” Socolow said of general capture concepts. “So, we will try to sort out whether this is something for the next decade or for the longer-term.” All of the air-capture technologies, however, require a place to put the carbon dioxide once it’s collected. And, at the moment, no CO2 sequestration areas currently operate in the United States. Although the U.S. Department of Energy is researching the viability of underground carbon sequestration, the effort is still in a preliminary phase. In fact, a September report by the U.S. Government Accountability Office concluded that slow-paced progress by the Department of Energy and other agencies has “left critical gaps that impede our understanding” of the potential use of carbon capture and storage technologies. At the international level, the Group of Eight industrialized countries committed in July to build 20 large-scale carbon capture and storage sites by 2010. But, in a report released in October, the Paris-based International Energy Agency stated that current investment levels are nowhere near what’s required to achieve the G8 goals. Nevertheless, most research continues with an eye toward capturing the CO2 at a high-emissions source, such as a coal-burning power plant. “At a power plant, you have a large amount of CO2 so you can put it into a big pipe and move it” into storage, said Daniel Schrag, director of Harvard University’s Center for the Environment. “But if you have lots of small units all over the place [as Lackner proposes], think of the plumbing that will require.” Proponents of direct air-capture point out, however, that vast emissions come from mobile sources, such as cars or planes. “How do you de-carbonize a jumbo jet?” Friedman asked. “How do you de-carbonize a barge going across the ocean? There are parts of the economy where it’s going to be very hard to wring [out] the carbon.” A CO2 scrubber, such as Lackner envisions, could deal with those emissions because it does not have to be connected to a specific emissions source to clean the atmosphere. “The concept of air capture of carbon dioxide is applying a local solution to a global problem in a sense that the device can, and does, capture CO2 emissions at one location that could have been emitted virtually anywhere on the surface of the planet,” said Wright. And, while the future may bring electric or hydrogen-powered cars, gasoline may still be the cheapest way to fuel planes or barges for decades to come. In any case, Lackner insists the location or size of a CO2 scrubber doesn’t matter. “I move the prophet to the mountain, not the mountain to the prophet,” he said. “I put the unit near a place where I can sequester [carbon dioxide].” Moreover, he said, they could initially pair the machine with a CO2 consumer – and this is why Lackner and the Global Research Technologies team think they can bring the scrubber to market even without a place to sequester the carbon dioxide at first. Dry-ice users, soda-pop makers or oil-shale miners could all be prospective customers, according to Lackner. And Global Research Technologies could edge into these CO2 markets, he said, by offering lower prices since his scrubber would be located near CO2 consumers to bypass the energy costs of transport. If the first scrubbers can turn a profit in these existing CO2 markets, Lackner and Global Research Technologies could build up economies of scale and fine tune the scrubber design in preparation for a larger launch that could really make a dent in carbon dioxide levels. The question remains, however, whether their price for CO2 – at first an estimated $100 a ton – could really be competitive with current purchase prices. “These are all technologists,” Schrag said. “So when they talk about prices you have to be very careful.” Charging $100 per ton of CO2, he said, would be like charging $300 or $400 per ton of coal, when it currently trades at $30 or $40. If the U.S. and other countries make emissions reductions mandatory, however, CO2 trading prices could rise as companies are forced to buy up CO2 credits to offset emissions. That would defray the cost of CO2 for users that would have credits to sell. And, although the future trading price of CO2 remains unknown, the allure of what Lackner and other air-capture technology proponents say they can offer is irrefutable. “I could collect 100 tons of CO2 and come to you and say: ‘Would you like a car that has no CO2 emissions over its lifetime?’” Lackner said. “Because the CO2 emissions of this car over its lifetime will be roughly 100 tons and I could have collected all of the CO2 the day the car was made.” (taken from http://newsinitiative.org ) 13 January, 2010The Mathematical Art of M.C. EscherFor me it remains an open question whether [this work] – M.C. Escher INTRODUCTION
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Harmonic Minor scales use the following pattern of half and whole steps: 
















































