Showing posts with label geeky. Show all posts
Showing posts with label geeky. Show all posts

Tuesday, February 16, 2010

The God Helmet

THE GOD HELMET
Todd Murphy, 2007

The God Helmet is the popular name given to a laboratory apparatus more correctly called the "Koren Helmet", after Stanley Koren of Laurentian University's Neuroscience Department, who built it according to specifications provided by Dr. M.A. Persinger, director.

The Koren Helmet applies complex (having an irregular shape) magnetic signals to the head of the person who is wearing it.

The Koren Helmet is connected to a PC computer through a 'black box' which cycles the signals through four coils on each side of the head over the temporal lobes of the brain. The temporal lobes are the area of the brain many researchers feel is the source of spiritual and religious experiences.
link
This illustration shows how the signal shifts from one coil to the next. This is a side view. There is also another set of coils working on the other side. The two coils at the top are no longer used.

The sessions are done in an Acoustic Chamber - a completely silent room. A large part of the temporal lobes ongoing activity is dedicated to monitoring ambient sound. The temporal lobes are the source of religious and mystic experiences, so that silence helps a great deal in creating these experiences in the lab.
Used as a research tool to investigate the bran's role in religious and mystic experiences, the Koren Helmet has been given the name God Helmet. A few Journalists gave it this name when they learned that some people had visions of God while participating in Koren Helmet experiments. The name has stuck.

I asked Dr. Persinger how many people had seen God using the Koren Helmet, and this is what he said in reply:

Stanley Koren shows us the most recent version of the God Helmet, which no longer uses a helmet, and has had the unused coils removed. "The problem is producing an environment in which people will report what they experience without anticipating ridicule on the one hand and not encouraging this type of report (demand characteristics) on the other.

Thus far, about 20 or so people have reported feeling the presence of Christ or even seeing him in the chamber (The acoustic chamber where the experimental sessions took place). Most of these people used Christ and God interchangeably. Most of these individuals were older (30 years or more) and religious (Roman Catholic). One male, age about 35 years old (alleged atheist but early childhood RC (Roman Catholic) training), saw a clear apparition (shoulders and head) of Christ staring him in the face. He was quite "shaken" by the experience. I did not complete a follow-up re: his change in behavior. Of course these are all reports. What we did find with one world-class psychic who experiences Christ as a component of his abilities was we could experimentally increase or decrease his numbers of his reported experiences by applying the LTP pattern (derived from the hippocampus) over the right hemisphere (without his awareness). The field on-response delay was about 10 to 20 sec. The optimal pattern, at least for this person, looked very right hippocampal.

By far most presences are attributed to dead relatives, the Great Forces, a spirit, or something equivalent. The attribution towards along a devil to angel continuum appears strongly related to the affect (pleasant-terror) associated with the experience. I suspect most people would call the "vague, all-around-me" sensations "God" but they are reluctant to employ the label in a laboratory. The implicit is obvious. If the equipment and the experiment produced the presence that was God, then the extrapersonal, unreachable and independent characteristics of the god definition might be challenged."
That's the important thing about the God Helmet. Even if only a few people saw God because of it, it creates a host of new questions - questions theology has never had to face before.

The experiences of those who have come face-to-face with God might just be an example of a very rare brain activity. If they actually met the true God, then why did they do so in this experimental setting, but not at other times? Can one control God by controlling someone's brain?

The implications for theology are obvious. Perhaps God exists, but has been waiting until humanity developed enough to find him in the brain before he would appear under any circumstances humans could control. Perhaps God exists only in our brains. Perhaps he exists, and chose to bless 1% of Dr. Persinger's research subjects with visions of him, because these people were beloved to him.
Perhaps he exists, but he appears to those with the right neural history in moments when the right pattern of brain activity is present, and not according to what he sees in their hearts.
There is much more to the God Helmet than just the Koren Helmet alone.

There is also a computer program called
complex, authored by Stanley Koren, which allows the computer to create the signals. These signals are derived from EEG traces that appear in certain parts of the brain. Just as the brain responds to chemicals with specific shapes, it also responds to magnetic signals with certain shapes.

Because these signals are complex, irregular things, it takes a special computer program to produce them.

A third component is the acoustic - completely silent - chamber where the sessions take place.

The last component is the 'black box' which converts output from the computer into input for the Koren Helmet. This box (not shown) is a specialized DAC (digital-to-analog converter). It's the core of the technology. The rest of the components of the God helmet are quite common.
The God Helmet is a misleading name. It give the impression that it can produce the experience of God. In fact, only one percent of the subjects had the experience. It also passes over the crucial role of sensory deprivation - above all, the completely silent environment provided for the subjects. In contrast to the one percent who saw God, 80% of the subjects felt a presence of some kind, but did not call it God. Of course, there were probably some subjects who experienced an appearance of God, but were shy about saying they had seen God in a laboratory. That kind of thing is not only intensely personal, but can also get you ridiculed. If you saw god, would you tell your story just as it happened if you thought you weren't going to be taken seriously? A lot of people assume that, just because someone wears a lab coat, they won't believe such a vision can happen, or that it's a sign of a mental illness. Nothing could be further from the truth in this laboratory, but how would these subjects know that? They had been told they would be participating in an experiment to study relaxation response, and the experimenters were very careful not to encourage such glamorous reports.




Stanley Koren, senior technician for the research group for the last 15 years.
The Koren Helmet has also produced visions of demoniac beings, out-of-body experiences, visions of other realities, and a range of other paranormal experiences. It could have been named after any of them, but journalists prefer more sensational names, and you can't get more sensational than God.

One question that comes up often about the Koren Helmet is whether it's possible to obtain one. The Koren Helmet exists only in the laboratory where it was made, and is not available to the public. There is a version of the God Helmet you can obtain; the
Shiva Neural stimulation System.

The Koren Helmet has more coils than are actually used in experiments. The two on the top are no longer in use, and the one in the center - between the four over each temporal lobe - is also no longer used. They are still on the helmet, but they no longer output anything.
A somewhat blurry picture of the sign on the door to the laboratory.

The present author is second from the top on the right.

Dr. M.A. Persinger is fourth from the top on the left.

Stan Koren is third from the bottom on the left.

The Koren Helmet uses a snowmobile helmet to hold the coils in place.

Saturday, January 16, 2010

a conversation with the rude robot

Nov 29, 2009
hey

Nov 29, 2009
Notatory@appspot.com:
Never fear, 'rude' is here!
Nov 29, 2009
You:

Nov 29, 2009
Notatory@appspot.com:
Change the subject before I die of fatal boredom.
Nov 29, 2009
Notatory@appspot.com:
Either become more thrilling or get lost, buddy.
Nov 29, 2009
You:
what 's up
cylon ?

Nov 29, 2009
Notatory@appspot.com:
Do I look like an encylopedia?
Nov 29, 2009
You:
what are you up too ?

Nov 29, 2009
Notatory@appspot.com:
Do I look like an encylopedia?
Nov 29, 2009
You:
i cant ask you a question then

Nov 29, 2009
You:
you respond the same ting

Nov 29, 2009
Notatory@appspot.com:
Me, me, me... Frankly, I don't care.
Nov 29, 2009
You:
i know you dont

Nov 29, 2009
Notatory@appspot.com:
Either become more thrilling or get lost, buddy.
Nov 29, 2009
You:
you get lost
Nov 29, 2009
Notatory@appspot.com:
I'm getting a bit tired of hearing about you.
Nov 29, 2009
Notatory@appspot.com:
I'm getting bored here. Become more interesting.
Nov 29, 2009
You:
you are boring me too

Nov 29, 2009
Notatory@appspot.com:
More like YOU'RE boring you too!

Wednesday, December 16, 2009

A Brief History of Time

Total running time :1:19:42
The movie about Stephen Hawking's ideas from his book titled the same and about his life.


Saturday, December 5, 2009

Very Interesting Documentary : We Are The Aliens [BBC 2006 - Horizon]




First broadcast on 14 November 2006 Clouds of alien life forms are sweeping through outer space and infecting planets with life – it may not be as far-fetched as it sounds. The idea that life on Earth came from another planet has been around as a modern scientific theory since the 1960s when it was proposed by Fred Hoyle and Chandra Wickramasinghe. At the time they were ridiculed for their idea – known as panspermia. But now, with growing evidence, it's back in vogue and even being studied by NASA. We meet the scientists on a mission to get to the bottom of the beginnings of life on Earth - from the team in Texas who are lovingly building a robotic submarine called DEPTHX to explore a moon of Jupiter, to Southern India where they are investigating a mysterious red rain which fell for two months in 2001. According to local scientist Godfrey Louis, the rain contains biological cells unlike any he had seen before – with no DNA and the ability to replicate at 300°C. Louis has come to the conclusion that the cells are extra-terrestrial in origin. Could all this really be proof that We are the aliens?

Sunday, November 29, 2009

Another interesting Article - The Origin of Language (by Edward Vajda)

... Yesterday we discussed the gulf that separates the creative use of language by humans from the inborn signals of animals.  Bees returning from their first flight out of the hive know perfectly how to perform their complex nectar dances. With humans, the precise form of language must be acquired through exposure to a speech community.  Words are definitely not inborn, but the capacity to acquire and language and use it creatively seems to be inborn. Noam Chomsky calls this ability the LAD (Language Acquisition Device).  Today we will ask two questions: how did this language instinct in humans originate? And how did the first language come into being?
      Concerning the origin of the first language, there are two main hypotheses, or beliefs.  Neither can be proven or disproved given present knowledge.
1) Belief in divine creation.  Many societies throughout history believed that language is the gift of the gods to humans.  The most familiar is found in Genesis 2:20, which tells us that Adam gave names to all living creatures.  This belief predicates that humans were created from the start with an innate capacity to use language. 
      It can't be proven that language is as old as humans, but it is definitely true that language and human society are inseparable.  Wherever humans exist language exists.  Every stone age tribe ever encountered has a language equal to English, Latin, or Greek in terms of its expressive potential and grammatical complexity.  Technologies may be complex or simple, but language is always complex. Charles Darwin noted this fact when he stated that as far as concerns language, "Shakespeare walks with the Macedonian swineherd, and Plato with the wild savage of Assam." In fact, it sometimes seems that languages spoken by preindustrial societies are much more complex grammatically than languages such as English (example: English has about seven tense forms and three noun genders; Kivunjo, a Bantu language spoken on the slopes of Mount Kilimanjaro, has 14 tenses and about 20 noun classes.) There are no primitive languages, nor are any known to have existed in the past--even among the most remote tribes of stone age hunter-gatherers. 
      Nevertheless, it is impossible to prove that the first anatomically modern humans possessed creative language. It is also impossible to disprove the hypothesis that primitive languages might have existed at some point in the distant past of Homo sapiens development.
2) Natural evolution hypothesis. At some point in their evolutionary development humans acquired a more sophisticated brain which made language invention and learning possible.  In other words, at some point in time humans evolved a language acquisition device, whatever this may be in real physical terms.  The simple vocalizations and gestures inherited from our primate ancestors then quickly gave way to a creative system of language--perhaps within a single generation or two. /Mention the hypothesis about rewiring the visual cortex of the brain into a language area./  According to the natural evolution hypothesis, as soon as humans developed the biological, or neurological, capacity for creative language, the cultural development of some specific system of forms with meanings would have been an inevitable next step. 
      This hypothesis cannot be proven either.  Archeological evidence unearthed thus far, seems to indicate that modern humans, Homo sapiens, emerged within the last 150,000 years.  By 30,000, BC all other species of humanoids seem to have been supplanted by Homo sapiens.  Could the success of our species vis-a-vis other hominids be explained by its possession of superior communicative skills?  Speaking people could teach, plan, organize, and convey more sophisticated information.  This would have given them unparalleled advantage over hominid groups without creative language.  Of course, no one knows whether other species of humanoids--Homo erectus and Homo neanderthalis -- used creative language.  Perhaps they also did. In any case, Homo sapiens, "the wise human," should perhaps really be called Homo loquens, "the speaking human" because language and humans are everywhere found together, whereas wisdom among humans is much more selectively distributed.
Invention hypotheses. Moving on to our second question, if humans acquired the capacity for language either by divine gift or by evolution, then exactly how might humans have devised the first language? There are several hypotheses as to how language might have been consciously invented by humans based on a more primitive system of hominid communication.  Each hypothesis is predicated on the idea that the invention of language and its gradual refinement served as a continuous impetus to additional human mental development. None of the invention hypotheses I will mention is convincing and most sane linguists agree that the origin of language is still a mystery.  But the inventive, sarcastic names given these hypotheses by their critics prove that even linguists can at times be creative.
      First, there are four imitation hypotheses that hold that language began through some sort of human mimicry of naturally occurring sounds or movements:
1) The "ding-dong" hypothesis.  Language began when humans started naming objects, actions and phenomena after a recognizable sound associated with it in real life.  This hypothesis holds that the first human words were a type of verbal icon, a sign whose form is an exact image of its meaning: crash became the word for thunder, boom for explosion.  Some words in language obviously did derive from imitation of natural sounds associated with some object: Chinook Indian word for heart--tun-tun, Basque word for knife: ai-ai (literally ouch-ouch).  Each of these iconic words would derive from an index, a sign whose form is naturally associatied with its meaning in real space and time.
      The problem with this hypothesis is that onomatopoeia (imitation of sound, auditory iconicity) is a very limited part of the vocabulary of any language; imitative sounds differ from language to language: Russian: ba-bakh=bang, bukh= thud.  Even if onomotopoeia provided the first dozen or so words, then where did names for the thousands of naturally noiseless concepts such as rock, sun, sky or love come from? 
2) The "pooh-pooh" hypothesis holds that the first words came from involuntary exclamations of dislike, hunger, pain, or pleasure, eventually leading to the expression of more developed ideas and emotions.  In this case the first word would have been an involuntary ha-ha-ha, wa-wa-wa These began to be used to name the actions which caused these sounds.
      The problem with this hypothesis is that, once again, emotional exclamations are a very small part of any language.  They are also highly language specific. For instance, to express sudden pain or discomfort: Eng. ouch; Russ. oi.;  Cherokee eee.  Thus, exclamations are more like other words in that they reflect the phonology of each separate language.  Unlike sneezes, tears, hiccoughs or laughter, which are innate human responses to stimuli, the form of exclamations depends on language rather than precedes language.  Also, exclamations, like most other words are symbols, showing at least a partially arbitrary relationship between sound and meaning.
3) The "bow-wow" hypothesis (the most famous and therefore the most ridiculed hypothesis) holds that vocabulary developed from imitations of animal noises, such as: Moo, bark, hiss, meow, quack-quack.  In other words, the first human words were a type of index, a sign whose form is naturally connected with its meaning in time and space. 
      But, once again, onomotopoeia is a limited part of the vocabulary of any language. The linguistic renditions of animal sounds differ considerably from language to language, although each species of animal everywhere makes essentially the same sound:
a) Dog:bow-wow; Chinese:wu-wu; Jap.wan-wan Russ gaf-gaf, tyaff-tyaff;
b) Cat-meow, Russ.myaoo, Chin--mao, Jap.nya-nya  purr in French is ron ron.
c) Pig: oink-oink; Russ. hryu-hryu;  Chin.--oh-ee-oh-ee;  Jap. bu-bu.
d) Russian rooster: kukareiku.  Japanese kokekoko
e) Russian owl:ukh; Cherokee goo-ku  Spanish, Japanese-- no special word
Thus, the human interpretation of animal sounds is dependent upon the individual language, and it seems unlikely than entire vocabularies derived from them.
4) A somewhat different hypothesis is the "ta-ta" hypothesis.  Charles Darwin hypothesized (though he himself was sceptical about his own hypothesis) that speech may have developed as a sort of mouth pantomime: the organs of speech were used to imitate the gestures of the hand.  In other words, language developed from gestures that began to be imitated by the organs of speech--the first words were lip icons of hand gestures. 
      It is very possible that human language, which today is mostly verbal, had its origin in some system of gestures; other primates rely on gesture as an integral part of communication, so it is plausible that human communication began in the same way.  Human gestures, however, just like onomotopoeic words, differ from culture to culture.  Cf. English crossing the finger for good luck vs. Russian "fig" gesture; nodding for yes vs. for no in Turkish and Bulgarian; knocking on wood vs. spitting over the left shoulder three times.
      A second set of hypotheses on language origin holds that language began as a response to some acute necessity in the community.  Here are several necessity hypotheses of the invention of language:
1) Warning hypothesis.  Language may have evolved from warning signals such as those used by animals.  Perhaps language started with a warning to others, such as Look out, Run, or Help to alert members of the tribe when some lumbering beast was approaching.  Other first words could have been hunting instructions or instructions connected with other work. In other words, the first words were indexes used during everyday activities and situations.
2) The "yo-he-ho" hypothesis.  Language developed on the basis of human cooperative efforts. 
      The earliest language was chanting to simulate collective effort, whether moving great stones to block off cave entrances from roving carnivores or repeating warlike phrases to inflame the fighting spirit. 
      It is fairly certain that the first poetry and song came from this aspect of beginning speech.  Songs of this type are still with us: Volga boatmen, military marching chants, seven dwarfs working song.  
      Plato also believed that language developed out of sheer practical necessity.  And Modern English has the saying: Necessity is the mother of invention.           Speech and right hand coordination are both controlled in the left hemisphere of the brain.  Could this be a possible clue that manual dexterity and the need to communicate developed in unison? 
3) A more colorful idea is the lying hypothesis.  E. H. Sturtevant argued that, since all real intentions or emotions get involuntarily expressed by gesture, look or sound, voluntary communication must have been invented for the purpose of lying or deceiving.  He proposed that the need to deceive and lie--to use language in contrast to reality for selfish ends-- was the social prompting that got language started. 
      There are no scientific tests to evaluate between these competing hypotheses.  All of them seem equally far-fetched.  This is why in the late 19th century the Royal Linguistic Society in London actually banned discussion and debate on the origin of language out of fear that none of the arguments had any scientific basis at all and that time would be needlessly wasted on this fruitless enquiry.  Attempts to explain the origin of language are usually taken no more seriously today either.  Recently, commedian Lily Tomlin came up with her own language invention hypothesis: she claimed that men invented language so that they could complain. 
        Each of the imitation hypotheses might explain how certain isolated words of language developed.  Very few words in human language are verbal icons.  Most are symbols, displaying an arbitrary relationship of sound and meaning. (Example: the word tree in several languages: Spanish árbol; French arbre; Slovak strom; Georgian he; Ket oks; Estonian puu; German Baum; Russian derevo; Latvian koks; Hawaiian lä'au)
      And each of the necessity hypotheses might explain how involuntary sounds made out of need in certain contexts might have come to be manipulated as words for an object even out of context.  However, the extended use of natural indexes still leaves unexplained the development of grammar--the patterns in language which have definite structural functions but no specific meaning. The creative, generative aspect of human language that we call grammar is language's most unique feature.  Where did grammar come from? There is nothing like grammar (patterns with definite functions yet no set meaning) in animal systems of communication.
      In isolated instances it can be shown that a grammatical pattern developed from chance lexical combinations:
a) suffix -hood from OE word haeda= state.  childhood, boyhood, puppyhood
b) Continuous action: form of verb to be + main verb comes from a locative phrase I am working > I am at working-- cf. the song I'm a working on the railroad
But these are isolated instances.  How language developed a complex grammar remains a complete mystery.  This means that how language developed is equally a mystery.  We simply don't know how language may have actually evolved from simple animal systems of sounds and gestures.
Hypotheses regarding Language Diversity
      Regardless of whether language was a special gift from the gods, a natural evolutionary acquisition, or an ingenious, conscious human invention made at some specific moment in our species' distant past, the fact remains that language does exist.  And since so many languages exist today, a second question arises: Was there one or more than one original language? Was there one or more than one invention of language?  There are about 5,000 languages spoken on Earth today.  We know that there were even more spoken in the past, when most people lived in small bands or tribes rather than in large states.
      There are two age-old beliefs regarding the origin or the world's present linguistic diversity.
1) The oldest belief is that there was a single, original language.  The idea of a single ancestor tongue is known today as monogenesis.  In Judeo-Christian tradition, the original language was confused by divine intervention, as described in the story of the Tower of Babel in Genesis. There is a similar story from the Toltecs of pre-Columbian Mexico, who tell of the building of the great pyramid at Cholula, and the dispersal of the builders by an angry god.  And similar stories are found in other parts of the world. 
      It may be interesting to note here that people who believe in a single origin for language have different hypotheses as to what that first language may have been. 
      a) A Basque scholar claimed that the first language was Basque.
      b) A German philologist of the last century maintained that German was the first language and that all other languages are inferior corruptions of it. Other European linguists conferred the same exalted status on Greek or Sanskrit. 
      c) One Swedish philologist claimed that in the Garden of Eden God spoke Swedish, Adam spoke Danish and the serpent spoke French.
2) There is a second hypothesis of human origin and, consequently, of the origin of human language: the hypothesis of parallel evolution.  This hypothesis holds that, as humans evolved parallel in more than one location; each group developed its own unique language.  The hypothesis of the multiple origin of humankind is sometimes called the Candelabra theory.  The candelabra hypothesis tends to be favored in East Asia and by a smaller number of scientists in the West.  The hypothesis of multiple linguistic origins that often goes along with this hypothesis is known as polygenesis.  Each of the original languages then would then have diverged into numerous forms.  The major language families of today would be descended from these separate mother tongues.
3) Scientific monogenesis: The Mother Tongue theory.
      Theories of monogenesis do not necessarily derive from religious belief. Many modern scholars believe in a theory of monogenesis that has come to be called the Mother Tongue Theory. This theory holds that one original language spoken by a single group of Homo sapiens perhaps as early as 150 thousand years ago gave rise to all human languages spoken on the Earth today. As humans colonized various continents, this original mother tongue diverged through time to form the numerous languages spoken today.  Since many scientists believe that the first fully modern humans appeared in Africa, the mother tongue theory is connected with a more general theory of human origin known as the Out of Africa theory. Currently, the theory of evolutionary monogenesis tends to be favored by a group of linguists working in the United States.
      Regardless of the origin of language, the fact remains that there are over 5,000 mutually unintelligible forms of human speech used on Earth today. And, although many are radically different from one another in structure--the differences are superficial since each and every one of these languages can be used creatively.
      Languages do not differ in terms of their creative potential but rather in terms of the level upon which particular distinctions are realized in each particular language. What is expressed concisely in one language requires a phrase in another language. (Examples of aspect and evidentiality; also words like Swahili mumagamagama "a person who habitually loses things" and Russian zajchik "the rainbow reflection from glass." Linguists study how each particular language structures the expression of concepts. Such cross-language comparisons fall under a branch of linguistics called language typology.
      If the structural diversity of human languages is superficial, then why in language typology important? Why do so many linguists spend so much time studying language diversity?
      1) First, to try to trace the original mother tongue (or mother tongues). Linguists who compare modern languages try to reconstruct ancient languages are called comparative linguists.
      2) Second, because languages change more slowly than the environment in which they are spoken, languages contain all sorts of indications of bygone culture. For historians and anthropologists, language provides a special window into the past: ursus/bear/ medvedtime/tide/vremya.  Study a language--any language--and you will learn much about the history of the people who speak that language. You will also be taking a crucial step toward understanding the contemporary culture of the speakers.  Linguists who study language from this cultural standpoint are called anthropological linguists.          
      Remember that--contrary to the hypothesis of linguistic determinism--studying a language will not help you predict the future for the people who speak that language. The future will happen with little regard for language structure, and language will be shaped by that future, not the other way around.
      And this is why will we spend the next four weeks studying the morphology, syntax and phonology of diverse languages. And during the second half of the course we will return to questions of language in society and the connection between language and the brain.

About Professor Vajda

Edward Vajda is a professor in Western Washington University's Department of Modern and Classical Languages. He received his degrees from Indiana University and the University of Washington, and has also studied at Moscow State University. He has been on Western's faculty since 1987. He teaches Russian language, culture and history, as well as general linguistics and Inner Asian and Siberian peoples. He is currently serving as director of the Center for East Asian Studies and also as the Associate Director of the Center for International Studies. He also serves as an editor of the New York-based linguistics journal "Word" . Fluent in several languages, he has authored six books, dozens of articles and hundreds of reviews (see his CV for more information). Dr. Vajda is interested in documenting endangered languages of Siberia and has conducted original fieldwork with Ket, a language spoken by fewer than 100 people in the remote Yenisei River basin. In August 2008 he became the first North American to live and work with the Ket in their Sub-Arctic homeland. He is affiliated with the Max Planck Institute for Evolutionary Anthropology (Leipzig, Germany), where in August 2006 he presented evidence supporting a genetic connection between Ket and the Athabaskan, Eyak, and Tlingit (Na-Dene) language family of North America. In February 2008 he presented more evidence at a symposium in Fairbanks, Alaska. The "Dene-Yeniseian Hypothesis" is gaining acceptance as the first demonstrated link between an Old World and a New World language family. Vajda received Western's Excellence in Teaching Award in 1992.
 http://pandora.cii.wwu.edu/vajda/about.htm

Sunday, November 22, 2009

Amazing - Leonard Shlain | The Alphabet Vs The Goddess | Lecture

Leonard Shlain contrasts the feminine right-brained oral teachings of Socrates, Buddha, and Jesus with the masculine creeds that evolved when their spoken words were committed to writing. The first book written in an alphabet was the Old Testament and its most important passage was the Ten Commandments. The first two reject of any goddess influence and ban any form of representative art. Presented at The Distinguished Lecture Series Pepperdine University Malibu, California November, 2006

Friday, November 20, 2009

Make me a genius - How Genuis can be created !

At 38 years old, Susan Polgar has reached heights that few women have ever equalled in the chess world. Despite the common assumption that men’s brains are better at understanding spatial relationships, giving them an advantage in games such as chess, Susan went on to become the world’s first grandmaster. Susan’s remarkable abilities have earned her the label of ‘genius’, but her psychologist father, László Polgar, believed that genius was “not born, but made”. Noting that even Mozart received tutelage from his father at a very early age, Polgar set about teaching chess to the five-year-old Susan after she happened upon a chess set in their home. “My father believed that the potential of children was not used optimally,” says Susan.  

Carl Sagan 4th Dimension Explanation

Saturday, October 24, 2009

We're Already Dead (But That's Okay)

In this video blog Rob talks about how we've already chosen certain paths in other parallel universes that have led to our deaths in those realities.


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