IndiaVed Awareness Blog : Truth-Consciousness-Bliss

Knowledge, Research and Analysis in Arts, Commerce and Science and Provides Best Articles & Truths about India, Meditation, Yoga, Travel, Spirituality, Indian Culture, Economics, Psychology, Philosophy, Consciousness, Mind Machines & Matrix and about Your True Self

Friday, November 12, 2021

Why to invest in Indian Stock Market to Create Wealth in Long Term?

 Create Wealth by Investing in Indian Stock Market for Long Term

 




 

The simple reason one can give for investing in stock market is that if you put your money in bank then you will get maximum of 5.5 % interest per year and considering the inflation at 5-7% so either the value of your money in bank will remain the same or it will decrease if inflation remains above interest rate. Every year we have been seeing that the cost of children education especially in higher studies in India and abroad is increasing rapidly. Also the cost of house, car and other home appliances is increases continuously. So the crux is that if you don’t invest your money in high growth assets then ultimately you may face financial constraints in future when your family expenses will rise. Hence, what are your options? Either you invest in property or in gold or in stock market. Property is a good option but for that you need big amount of money say at least 20 lacs or 50 lacs. Other option is gold but if you buy gold then you have to keep it at safe place either at your home or at bank locker. Other option is stock market where you can start investing with as low as Rs 1000 and even if you invest lacs of Rs in stock market it is still safe as the shares you buy are in your name and they are kept in your demat account in electronic form. If you want to sell your shares then you can get the money in 1 or 2 days maximum.

 

So let’s discuss little more why it is best time to invest in Indian stock market. Indian GDP is expected to grow at a rate of 7-10% in the coming decade. Currenly Indian GDP is about $ 3 Trillion which is expected to reach $ 5 Trillion in next few years. So in this journey the good companies in India will become bigger and bigger. Hence, in next decade the profit of good companies in India can grow anywhere between 20%-30%. In this high growth period Profit of some companies might also grow at a rate of 40-50%. So, if you find good company and invest in it you will surely get much more return than what you get in bank which is mere 5.5%. So take a wise decision today and start investing in stock market.

 My advice is never invest on the basis of tips. Even if you get tip from a reliable source still do primary research on internet regarding the company’s financial and check its balance sheet and its result of past few years. Only if you are fully assured and convinced about the growth story of the company in future then only invest in that company share and see value of your investment increasing by 20-30% per year at least over the next few years. And if you are lucky then it can grow even many times.

 Check the rise of Indian GDP from 1986 to 2026 here:-


 

 Source: - https://www.statista.com/statistics/263771/gross-domestic-product-gdp-in-india/

 Hence, you just have to pick the right company and sit on it tight for next few years and you will create good amount of wealth for yourself and your family, which you may not be able to create elsewhere whether you put your money in bank fix deposits or other investment schemes. Hence, become friend with stock market in India for the next decade if your believe in India’s growth story in the world.

 

 

 

 

 

 

Wednesday, November 10, 2021

Save Your Children from Your Unnecessary Anger as It can Block their Mind

 Message for benefit of your children -


There is always alternative than doing an anger. If you give better explanation, better reason even a child will understand but to my surprise instead of explaining things in calm way people do anger to make people do what they want. Most sufferers of this kind of anger are innocent children.




People have tensions of their office, husband-wife relationships, money issues or else and they don't talk to their children often and when they want to say something to their children they speak in anger or in better words they do anger violence on their children. Look how they speak in office, they can't speak in anger to their boss and colleagues so children are best target for them. Just relax and look inside you, when you do anger violence on your children, is it really needed? Can't you convince them with better explanation? Yes you can do, but for that you need wisdom and wisdom comes from experience and meditation, by meditation you can absorb the same energy which you waste in anger and raise it which will bring wisdom to you and you can see things more clearly, see the logic and explain to your children in more calmly, lovingly and easy way so that they can listen to you, understand you and follow what you say. Other important aspect is the children who are constantly and daily become target of anger abuse or violence by their parents, from where instead they expect love, care and support, becomes less confident, face difficulties in public life, develop state of inferiority complex and even face difficulties in their studies and professional life.

Worst thing is not only parents do unnecessary anger on their innocent children but so many parents unnecessary slap or beat their children which is even more harmful for the raw mind of children.

Hence all of the parents should understand the process of yoga, pranayama and meditation and remove their unnecessary anger and make their children more intelligent, confident, happy, joyful and successful person in life whatever they do. Let your children laugh, dance, celebrate more often than suppressing and blocking their mind by anger and violence. It is very easy to do. Just decide and bring this important change in you for the sake of your own child.

Good Luck.


Tuesday, October 14, 2014

Consequence of Yoga growth in United States

Few Weeks ago indian PM Modi has said in United Nations General Assembly that "we should declare a day in year as World Yoga Day". Although Yoga has become very popular in West in india still most people dont have much knowledge of Yoga as poor indians cant spend much money on learning yoga as most courses even from Swami Ramdev charges money. Good news is that slowly slowly time is coming when yoga can be learned in school, colleges itself freely. Good thing is that Yoga is the one of the only things which can unite whole world and unite all cultures, religion, society. nations under one roof as it helps is physical, mental and spiritual health and well being.
"some stats from US:-
1. In 2009, the National Sporting Goods Association reported that among activities in which more than 10 million(1 crore) people participated, Yoga was the fastest growing of them all, its rise measured at a rate of 21% annually. This compared to 3% for aerobic exercise, 2% for weight lifting, and 1% for jogging.
2. Spending on Yoga products has increased by 87% in the past five years, according to the Yoga Business Academy.
3. Approximately one in sixteen Americans currently practices Yoga.
“If the rate of growth continues,” said Mathew Schaser of Equity Engineering, “every American will be practicing Yoga by the year 2032.”
4. in Recent years So many of US universities like University of Minnesota, Stanford University, Harvard University and others has done research and found that yoga helps in preventing and curing many diseases like Heart Diseases, Back and Joint problems, arthritis, obesity, depression etc. Remember US spends 20% of its GDP on healthcare or it will save lots of money for govt. and people.
Whatever happens in US lots of impact all over the world. Atleast with this reverse knowledge transfer or publicity may be many indian and people in other countries will also start practising Yoga due to is health benefits. and not to forget the long term effect will be less violence and crime all over the world as Yoga not only changes habits but also thoughts and actions of people. In the end more love in the world.
Some of these news facts are taken from here:-
http://www.rebellesociety.com/…/09/01/day-of-reckoning-par…/

Tuesday, June 2, 2009

Music has neurological, physical, psychological benefits, Experiments says

Music a 'mega-vitamin' for the brain

  • Story Highlights
  • London choir is made up of sufferers of neurological conditions, friends and carers
  • Growing evidence that music has neurological, physical, psychological benefits
  • Music used to boost rehabilitation of stroke patients, improve motor function
  • New approaches to music therapy could bring field into mainstream rehab practice
By Simon Hooper
LONDON, England (CNN) -- When Nina Temple was diagnosed with Parkinson's disease in 2000, then aged 44, she quickly became depressed, barely venturing out of her house as she struggled to come to terms with living with the chronic condition.
Sing for Joy is a choir made up of sufferers of neurological conditions plus friends, family and carers.
Sing for Joy is a choir made up of sufferers of neurological conditions plus friends, family and carers.
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"I was thinking of all the things which I wished I'd done with my life and I wouldn't be able to do. And then I started thinking about all the things that I still actually could do and singing was one of those," Temple told CNN.
Along with a fellow Parkinson's sufferer, Temple decided, on a whim, to form a choir. The pair placed notices in doctor's surgeries inviting others to join them and advertised for a singing teacher.
By 2003, with the help of funding from the Parkinson's Disease Society, the resulting ensemble "Sing For Joy" was up and running, rehearsing weekly and soon graduating to public performances.
The group now consists of around two dozen singers, including sufferers of Parkinson's and multiple sclerosis, others recovering from conditions including stroke or cancer, plus their carers, family and friends. Led by acclaimed jazz performer Carol Grimes, the group's genre-defying repertoire ranges from Cole Porter classics to ethnic punk. Video Watch Sing for Joy perform »
"It's quite easy to get overwhelmed by the disease and having something that you do every week that makes you forget all your troubles and keeps you from feeling isolated is a great pleasure," says Temple.
But singing also has physical and neurological benefits for the choir's members. A common symptom of Parkinson's disease and similar conditions is voice loss and each week the group begins its rehearsals with vocal exercises worked out with speech therapists.
Vital Signs
Each month CNN's Dr. Sanjay Gupta brings viewers health stories from around the world.
"All neurological conditions affect the throat because it has so many muscles," says Sarah Benton, another choir member with multiple sclerosis. "So singing, which makes you lift up your body and expand your lungs, is perfect for neurological diseases."
While "Sing for Joy's" DIY-style music therapy has provided obvious social, mental and physical benefits for its members, there is a growing body of clinical evidence suggesting that music can play a key role in aiding recovery or helping sufferers cope with a broad range of brain-based conditions.
Doctor Wendy Magee, International Fellow in Music Therapy at London's Institute of Neuropalliative Rehabilitation, describes music as a "mega-vitamin for the brain," capable of influencing and improving motor function, communication and even cognition.
"When neural pathways are damaged for one particular function such as language, musical neural pathways are actually much more complex and much more widespread within the brain," Magee told CNN.
"Music seems to find re-routed paths and that is why it is such a useful tool in terms of helping people with different kinds of brain damage because it can help to find new pathways in terms of brain functioning."
Researchers in Finland have demonstrated that listening to music for several hours a day can enhance the rehabilitation of stroke patients.
In another study, stroke patients who were taught to play the piano or drums made speedier progress in their general recovery than patients who received only traditional therapy.
At Colorado State University, researchers have used musical and rhythmic cues as an effective tool to improve the movement and balance of Parkinson's disease sufferers and those with other degenerative diseases.
Melodic Intonation Therapy, in which musical exercises are used to improve speech, has proved an effective treatment for patients with aphasia, a disorder that results from damage to portions of the brain responsible for language.
Musical memories also seem to be more resilient to neural degenerative conditions such as Alzheimer's and dementia, enabling therapists to use familiar tunes to cue memories which might otherwise have been lost.
One American World War II veteran whose dementia was so severe he couldn't remember his own name and would barely acknowledge his own wife was brought alive through ballroom dancing and the music of Frank Sinatra, the sufferer still able to lead his wife through the foxtrot as if it was the 1940s.
The power of music to enhance moods and emotions has long been harnessed by psychologists, but, as Dr. Lauren Stewart, director of a recently established course in Music, Mind and Brain at Goldsmiths University of London told CNN, "recent advances in neuroscience and brain imaging technology are now radically transforming conventional music therapy into a more rigorous and research-based clinical practice."
Professor Michael Thaut of Colorado State University's Center for Biomedical Research in Music, who has helped pioneer a new research-based approach known as Neurologic Music Therapy (NMT), says recent developments amount to a "paradigm shift."
"Therapists in all fields have been doing things for decades; now they're trying to figure out the research to support their work," Thaut told CNN. "NMT started as a science and now it's turning into a clinical field. And that's very exciting."
For now NMT remains on the fringes of standard neurological rehabilitation. But Magee believes its application and a general move away from psychoanalytical approaches dominant in the past, could bring music therapy towards the mainstream and make it an ever more effective tool.
"We are now starting to see the evidence for why we see things work. That also means we can fine tune what we do because we understand more about the neurological processing behind it," she said.
"But we're still at the point where we need to build the evidence base and translate that evidence base into practice so we can convince funders that music therapy is an important part of rehab practice."  
  
For the members of Sing For Joy however, the proof of the therapeutic power of music is already self-evident. "There is something about coming together and making a communal sound," said Sarah Benton. "There is nothing like it and it's wonderful."

  • Sing For Joy perform at London's TUC Congress Centre on Saturday, June 6. For more details see the group's Web site or MySpace page.   

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  • Source:- CNN - Music Therapy Cures many neurological, Psychological and Physical diseases

  • Saturday, May 30, 2009

    Words of Wisdom

    01. Your whole life is cyclone of change, of changing scenes, changing colors; but just in the middle of the cyclone there is a silent center. That is you.

    02. The mind should be trained to be servant of the heart. Logic should serve love. And then life can become a festival of lights.

    03. In the existence of the tree there is no division, no judgment. The flower is not favored, the thorn is not just tolerated; they are both accepted totally. And this should be our approach in our own life.

    04. The real adventure begins only when you start moving deeper into your being and also higher into your consciousness, and the processes are two sides of the same coin.

    05. Life is an opportunity, an opportunity to realize yourself. One can miss it, many miss it, only a few rare people fulfill i

    06. Wisdom is by product of meditation. It doesn't come trough learning; on the contrary it comes through unlearning.

    07. The only problem is being in mind. And only solution is to get beyond mind. I call it meditation.

    08. You are always given a single moment. You are not given two moments together. If you know how to live one moment you know the whole secret of life.

    - Words of Osho

    Monday, May 11, 2009

    Activating Evolution

    "Mohinder" Quotes in a TV serial "Heroes"

    • Man is a narcissistic species by nature. We have colonized the four corners of our tiny planet. But we are not the pinnacle of so-called evolution. That honor belongs to the lowly cockroach. Capable of living for months without food. Remaining alive headless for weeks at a time. Resistant to radiation. If God has indeed created himself in his own image, then I submit to you that God is a cockroach. They say that man uses only a tenth of his brain power. Another percent, and we might actually be worthy of God's image. Unless, of course, that day has already arrived. The human genome project has discovered that tiny variations in man's genetic code are taking place at increasingly rapid rates. Teleportation, levitation, tissue regeneration. Is this outside the realm of possibility? Or is man entering a new gateway to evolution? Is he finally standing at the threshold to true human potential?

    • There are many ways to define our fragile existence; many ways to give it meaning. But it is our memories that shape its purpose and give it context. The private assortment of images: fears, loves, regrets… for it's the cruel irony of life that we are destined to hold the dark with the light, the good with the evil, success with disappointment… this is what separates us, what makes us human. And in the end, we must fight to hold on to.

    • When confronted by our worst nightmares, the choices are few; Fight or flight. We hope to find the strength to stand against our fears but sometimes, despite ourselves, we run. What if the nightmare gives chase? Where can we hide then?

    • The Earth is large. Large enough that you think you can hide from anything. From Fate. From God. If only you found a place far enough away. So you run. To the edge of the Earth. Where all is safe again. Quiet, and warm. The solace of salt air. The peace of danger left behind. The luxury of grief. And maybe, for a moment, you believe you have escaped.

    • You do not choose your destiny, it chooses you. And those that knew you before Fate took you by the hand cannot understand the depth of the changes inside. They cannot fathom how much you stand to lose in failure...that you are the instrument of flawless Design. And all of life may hang in the balance. The hero learns quickly who can comprehend and who merely stands in your way.

    • When a change comes, some species feel the urge to migrate, they call it zugunruhe. "A pull of the soul to a far off place," following a scent in the wind, a star in the sky. The ancient message comes calling the kindred to take flight and gather together. Only then they can hope to survive the cruel season to come.

    • It is man's ability to remember that sets us apart. We are the only species concerned with past. Our memories give us voice and bear witness to history, so that others might learn; so they might celebrate our triumphs and be warned of our failures

    • Sometimes questions are more powerful than answers. How is this happening? What are they? Why them and not others? Why now? What does it all mean?

    • This force, evolution, is not sentimental. Like the earth itself, it knows only the hard facts of life's struggle with death. All you can do is hope and trust that when you have served its needs faithfully, there may still remain some glimmer of the life you once knew.

    • For all his bluster, it is the sad province of Man that he cannot choose his triumph. He can only choose how he will stand when the call of destiny comes. Hoping that he'll have the courage to answer.

    • Some individuals, it is true, are more special. This is natural selection. It begins as a single individual born or hatched like every other member of their species. Anonymous. Seemingly ordinary. Except they're not. They carry inside them the genetic code that will take their species to the next evolutionary rung. It's destiny.

    • To survive in this world, we hold close to us those on whom we depend. We trust in them our hopes, our fears... But what happens when trust is lost? Where do we run, when things we believe in vanish before our eyes? When all seems lost, the future unknowable, our very existence in peril... All we can do is run.

    • When we embrace what lies within, our potential knows no limit. The future is filled with promise. The present, rife with expectation. But when we deny our instinct, and struggle against our deepest urges... Uncertainty begins. Where does this path lead? When will the changes end? Is this transformation a gift... or a curse? And for those that fear what lies ahead... The most important question of all... Can we ever change what we really are?

    • We dream of hope. We dream of change. Of fire, of love, of death. And then it happens. The dream becomes real. And the answer to this quest, this need to solve life's mysteries finally shows itself. Like the glowing light of a new dawn.? So much struggle for meaning, for purpose. And in the end, we find it only in each other. Our shared experience of the fantastic. And the mundane. The simple human need to find a kindred, to connect. And to know in our hearts... that we are not alone.

    • When we embrace what lies within, our potential has no limit. The future is filled with promise; the present rife with expectation. When we deny our instinct, and struggle against our deepest urges, uncertainty begins. Where does this path lead? When will the changes end? Is this transformation a gift or a curse? For those who fear what lies ahead, the most important question of all - can we ever really change what we are?

    • Where does it come from, this quest? This need to solve life's mysteries, when the simplest of questions can never be answered. Why are we here? What is the soul? Why do we dream? Perhaps we'd be better off not looking at all. Not doubting, not yearning. That's not human nature. Not the human heart. That is not why we are here.

    • This quest. This need to solve life's mysteries. In the end, what does it matter when the human heart can only find meaning in the smallest of moments? They're here. Among us. In the shadows. In the light. Everywhere. Do they even know yet?

    Source: TV Serial Heroes on NBC and http://activatingevolution.org/

    Wednesday, September 10, 2008

    Shiva the destroyer presides over Big Bang mock-up

    CERN experiment – Glimpse of Shiva’s dance?

    In all his images, Lord Shiva is depicted in a human form. His body his naked and covered with ashes.  The naked body indicates that He is free from attachments to the material things of the world.  Since most things get reduced to ashes when burned, ashes symbolize the essence of all things and beings in the world.  The ashes on the body of the Lord signify that. He is the source of the entire creation which emanates from Him.

    Sample ImageActive Image

    Photo Credit: Giovanni Chierico
    Shiva's cosmic dance at CERN in Geneva
     
     Lord Shiva is depicted as having three eyes.  The two eyes on the right and left indicate His activity in the physical world.  The third eye in the centre of the forehead symbolizes knowledge (Gnana), and is thus called the eye of wisdom or knowledge. The powerful gaze of Lord Shiva’s third eye annihilates evil, and is the reason that evil-doers fear His is third eye.

    September 10, 2008, HT

    The symbolism is strong. As scientists at the European Organisation for Nuclear Research (CERN) near Geneva smash subatomic particles in the world’s largest experiment, Shiva, the destroyer, will be in close proximity. 
    On Wednesday, a powerful particle accelerator will use massive energy surges to simulate the universe’s creation with the Big Bang. And it would not have been possible without India, says Dr Amit Roy, director, Nuclear Science Centre, Delhi. “We’ve made precision-made jacks on which the 27-km machine is resting.”
    Over 100 Indian scientists from institutes like the Tata Institute of Fundamental Research and the Bhabha Atomic Energy Centre are involved in the Large Hardron Collider (LHC) project.
    The Department of Atomic Energy gifted a two-metre bronze statue of the Nataraja to CERN on June 18, 2004 to celebrate the centre’s India connection.
     {The statue of Nataraja, the Cosmic Dancer, Dr. Aymar, DG of CERN, Dr. Anil Kakodkar, Chairman of the Indian Atomic Energy Commission and Secretary to the Government of India.}
    Indian Atomic Energy Commission boss Anil Kakodkar had then said: “The Indian scientific community is part of the quest for understanding the universe.”
    {Related News:- } 


    Author Fritjof Capra first drew a parallel between Shiva’s dance of creation and destruction and the dance of subatomic particles in The Tao of Physics.
    A plaque next to the statue quotes Capra: “Modern physics has shown that the rhythm of creation and destruction is not only manifest in the turn of the seasons and in the birth and death of living creatures, but is also the very essence of inorganic matter. For modern physicists... Shiva’s dance is the dance of subatomic matter.”
      
    More about Shiva Cosmic Dance :-
    {
    In choosing the image of Shiva Nataraja, the Indian Government has acknowledged the profound significance of the metaphor of Shiva’s dance for the cosmic dance of subatomic particles, which is observed and analyzed by CERN’s physicists. The parallel between Shiva’s dance and the dance of subatomic particles was first discussed by Fritjof Capra in 1972 in an article titled ‘The Dance of Shiva: The Hindu View of Matter in the Light of Modern Physics Shiva’s cosmic dance then became a central metaphor in Capra’s international bestseller The Tao of Physics, first published in 1975 and still in print in over 40 editions around the world.
    ‘The Wave Structure of Matter Explains the Atomic Structure of Matter. The ‘Particle’ as the Wave-Center of a Spherical Standing Wave in Space explains the cosmic dance of Nataraja’
    FRITJOF CAPRA(1939)


    A special plaque next to the Shiva statue at CERN in Geneva explains the significance of the metaphor of Shiva’s cosmic dance with several quotations from The Tao of Physics. Here is a quotation from Fritjof Capra that has been put in that special plaque ‘Modern physics has shown that the rhythm of creation and destruction is not only manifest in the turn of the seasons and in the birth and death of all living creatures, but is also the very essence of inorganic matter and for the modern physicists, then, Shiva’s dance is the dance of subatomic matter. Hundreds of years ago, Indian artists created different forms of visual images of dancing Shiva in a beautiful series of bronzes. In our time, physicists have used the most advanced technology to portray the patterns of the cosmic dance. The metaphor of the cosmic dance thus unifies ancient mythology, religious art and modern physics.’

    Read the complete article on  Shiva:-
    } 
    Related Articles Posted Earlier:-
    Source and Related News:-

    Monday, September 8, 2008

    Russians claim to have built McFadden-style EM field consciousness hardware

    Another Step Towards Artificial Intelligence
    13.02.2008
    Another Step Towards Artificial Intelligence
    Typical structure of neuron
    Fellows of experimental physics department of Ural University of Physics and technology have developed necessary hardware components for “electromagnetic consciousness” according CEMI (consciousness electromagnetic information field) theory of Johnjoe McFadden.
         
          Russian think tank created a model of neural network on neurons (EM (electromagnetic) neurons) with additional channels for information exchange via electromagnetic field and patented it (patent No. 2309457 “Neural field model”).
         
          Channels for interaction via electromagnetic field are implemented in an original construction of neural axon, looking like a chain of in-series radio-frequency pulse self oscillators with self-quenching circuits and radio-pulse envelope separators. The concept of EM neurons is almost the same like McFadden’s CEMI theory, but with following exception: mechanism of information exchange process between neurons via EM field is different.
         
          EM neurons have much in common with its biological prototype and correspond with usual processes of neurophysiology.
         
          However, the issue of spontaneous generation of consciousness in networks with this type of architecture remains open.


    Source:- 

    Conscious Mind is the Brain's Electromagnetic Field : Theory Says

    Our minds are radios

    Brainwaves: em field connects the neurones
    Brainwaves: em field
    connects the neurones
    CONSCIOUSNESS, we might all agree, is precious stuff: it what sets us apart from earthworms and pocket calculators, and allows us to build cathedrals and argue with football referees. But what is this faculty that we’re so proud of? How the conscious mind works, where it’s located, and why it evolved all the fundamental questions are still entirely unresolved. Neuroscience has failed to discover any region or structure of the brain specialising in conscious thinking could it be because there isn’t one?

    Professor Johnjoe McFadden, of Surrey University, has thrown his hat into the ring with a theory equating the conscious mind with the brain’s electromagnetic (em) field. The theory proposes a solution to one of the great puzzles of neuroscience: how conscious brain activity that we experience as thought and emotion differs from unconscious brain activity, and how the two interact. In McFadden’s model, our conscious thoughts are composed of fluctuations in a distributed em field a kind of low-wattage local radio network. The subconscious mind, controlling autonomous activity such as walking or balancing on a chair, is wired into neural pathways in the brain itself, which interact with the em field when a conscious decision is made.

    McFadden, of Surrey’s School of Biomedical and Life Sciences, is confident that his theory can withstand the most rigorous interrogations of scientists and philosophers. He claims: “the theory solves many previously intractable problems of consciousness and could have profound implications for our concepts of mind, free will, spirituality, the design of artificial intelligence, and even life and death.”

    The key to McFadden’s theory is the synchronous firing of neurones, which act to ‘switch on’ conscious thought in the brain’s em field when enough of them fire simultaneously. When we see an object, signals from our retina travel along nerves as waves of electrically charged ions. When they reach the nerve terminus the signal jumps to the next nerve via chemical neurotransmitters. The receiving nerve decides whether or not it will fire, based on the number of firing ‘votes’ it receives from its upstream nerves. Familiar patterns experiences or actions that the brain has learned are hard-wired into neural pathways, and produce correspondingly lower neuronal vote counts; only when an experience is unfamiliar or decision-making is required, do enough neurones fire to stimulate conscious activity in the em field.

    McFadden uses the experience of driving along a familiar route as an example of how this interaction occurs. While driving home from work our conscious minds may be busy reviewing the events of the day; at the same time, we are watching traffic, changing gear and following the road, without being aware of these operations. Yet if we encounter a hazardous situation such as a child in the road we instantly become aware of the child, the road, the motor operations of driving, and thereafter slow down to drive more carefully under conscious control. The sudden rush of new information (the child) sparks synchronous firing of fresh neurones, stimulating the conscious mind to ‘take over’ at the wheel.

    The em field theory also offers an explanation of the role of consciousness in the learning process. McFadden points to the example of a learner driver: the first (very conscious) fumblings are transformed through constant practice into automatic actions. The neural networks driving unlearnt activity are in an undecided state a small nudge from the brain’s em field can topple them towards or away from firing. As the conscious mind perfects the new activity, the em field ‘fine-tunes’ the neural pathways: the neurones are connected so that as they fire together, they wire together, to form stronger connections. After practice, the influence of the field becomes dispensable. The activity is learnt and may thereafter be performed unconsciously.

    One of the fundamental questions of consciousness, known as the binding problem, can be explained by looking at a tree. Neurobiology has shown that the packets of visual information the individual leaves and branches are scattered amongst millions of widely separated neurones. Neuroscientists are seeking to explain where in the brain all those leaves are stuck together to form the conscious impression of a whole tree. How does our brain bind information to generate consciousness?

    McFadden argues that every time a nerve fires, the electrical activity sends a signal to the em field. The information that reaches the em field is automatically bound together with all the other signals in the brain the characteristic binding process of consciousness. McFadden and, independently, the New Zealand-based neurobiologist Sue Pockett, argue that, rather than functioning simply as an information sink, the em field is consciousness: it selectively controls behaviour by pushing some neurones towards firing and others away from firing. This influence, McFadden proposes, is the physical manifestation of our conscious will.

    The challenge for the scientific community is now to upset McFadden’s grandiose convictions by disproving the em field theory, known in neuroscience as the conscious electromagnetic information field (cemi field) theory. Pockett identifies a potential problem: that present measurements seem to show a variable relationship between the brain’s em field and sensation. Another key objection to an em field theory of consciousness is that if our minds are electromagnetic, why don’t we pass out when we walk under an electrical cable or any other source of external electromagnetic fields? The answer, according to McFadden, is that our skin, skull and cerebrospinal fluid shield us from external electric fields.

    McFadden looks forward to the intense critical scrutiny that is bound to follow publication. He concludes: “The conscious electromagnetic information field is at present still a theory. But if true, there are many fascinating implications for the concept of free will, the nature of creativity or spirituality, consciousness in animals and even the significance of life and death. The theory explains why conscious actions feel so different from unconscious ones it is because they plug into the vast pool of information held in the brain’s em field.”


    Source:-   

    Sunday, September 7, 2008

    Worlds Biggest Scientific Experiment - The Big Bang - on 9/10

    Scientists look to the spin-offs of a miniature ‘big bang’

    By Clive Cookson

    Published: September 4 2008 18:27 | Last updated: September 4 2008 18:27

    In their quest to understand the secrets of the universe, physicists are about to launch their biggest experiment. Next Wednesday, the first atoms will race round a 27km track beneath the Swiss-French border outside Geneva, at almost the speed of light.
    It will be the first step towards the real moment of truth for the $8bn (£4.5bn, €5.6bn) Large Hadron Collider. In a few weeks, two beams of protons – hydrogen nuclei – will accelerate in opposite directions and smash together, creating in miniature the intense energies of the newborn universe just after the “big bang” some 14bn years ago.
    Scientists at Cern, the European centre for particle physics, hope the LHC will reveal new forces and even extra dimensions of space and time. It may also enable researchers to produce and study miniature black holes.
    Yet the LHC may eventually be a final flourish for Cern – and indeed for the whole of particle physics – after a glorious half-century in which increasingly powerful atom smashers enabled scientists to build up a coherent, though incomplete, understanding of the universe, based on studying the smallest building blocks of matter.
    Some influential scientists are already suggesting that the world will not be able to fund another large-scale accelerator. “We need a re-evaluation,” says Sir David King, former UK chief scientist. “We have to ask: what is the end-point for particle physics? How big do we have to go?”
    In an increasingly pragmatic world, governments have already been directing more money to applied science and technology, while cutting spending on fields aimed essentially at advancing knowledge for its own sake. The cancellation of the US Superconducting Super Collider in Texas 15 years ago left Cern the field’s undisputed global centre.
    Lyn Evans, LHC project leader and a 38-year Cern veteran, says: “The only way we justify our existence is to build more and more powerful machines on a budget that is constant in real terms.”
    Not surprisingly, Cern scientists often feel compelled to defend their spending in terms of its direct spin-offs, such as the high-speed computing grid that will handle the vast data flow from LHC. (Cern also loses no opportunity to remind people that the world wide web was invented there in 1989.) But “the real reason is to satisfy intellectual curiosity,” says Jos Engelen, Cern chief scientist.
    Big spin-offs from the LHC, if any, will occur far in the future, in ways that we cannot predict or even comprehend today. “Who is to say that the strong nuclear force [being investigated by Cern] will not be propelling spaceships across the galaxy in 300 years?” asks David Evans, senior scientist at Alice, one of four giant underground detectors built to analyse the particles produced by LHC collisions.
    Putting a comprehensible intellectual case for the LHC is extremely difficult if not impossible. Yet particle physicists have to make the effort. Government funding decisions today depend on public understanding and political support much more than they did after the second world war, when European governments set up Cern as a centre for peaceful research into atomic physics.
    At the heart of the case is the “standard model” – a framework of fundamental particles and forces that provides a partial explanation for the way the universe works but does not cover gravity. It also fails to account for recent observations such as the mysterious “dark matter” that appears to dominate the universe.
    First order of business for the LHC will be to fill in gaps in the standard model. The best known gap is what gives matter its mass. Favourite here is the fabled Higgs boson, a particle originally proposed in the 1960s, which – if it exists – should be accessible within the LHC’s energy range.
    But physicists disagree about where the LHC is most likely to move the field next. Robert Aymar, Cern’s director-general, likes supersymmetry. According to this theory the LHC should be able to make and detect at least the “neutralino” – a massive yet elusive particle that is a leading candidate for filling the universe with dark matter.
    His deputy Jos Engelen, on the other hand, is rather dismissive of this. He is a fan of string theory, according to which our four familiar dimensions of space and time conceal several extra dimensions, which might conceivably open up in the extreme conditions of LHC collisions. Under these circumstances, the particles associated with gravity might reveal themselves for the first time.
    Slightly easier for the lay mind to understand is the prospect that the LHC will produce microscopic black holes – tiny concentrations of matter so dense that their gravity prevents light escaping. Then Stephen Hawking, the leading black hole theorist, could expect to win a Nobel prize.
    However, black holes carry a fear factor that has provoked lawsuits in the US and Europe seeking to stop the LHC from opening. The project’s opponents argue that the collisions could generate black holes capable of swallowing up the whole earth.
    Cern recognises that there is genuine concern but insists that the risk of catastrophe is zero. “If you look at the blogosphere, you will find a lot of people taking the threat seriously,” says John Ellis, Cern’s leading theoretician. “But there is no evidence for any conceivable threat from the LHC.”
    While large black holes at the centre of galaxies can suck up whole stars, their microscopic counterparts would be unstable and disappear, Cern insists.
    The best outcome would be for the LHC to spring a stupendous surprise that does not threaten the planet. But particle physicists would not want the project to answer all the big questions. From their point of view, the universe should be left with enough secrets to justify spending billions of dollars on the next giant experiment.
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