Did God stop CERN from discovering the “God particle”?
The great quantum physicist Niels Bohr once said a colleague’s new theory was crazy, but perhaps not crazy enough to be correct. Two scientists seem to have taken that approach to heart when they speculated that God may have shut down the Large Hadron Collider in Geneva to keep it from discovering the elusive “God particle.”
According to an essay in the New York Times, the scientists are trying to explain why the collider, the world’s largest particle accelerator turned on with great fanfare in September 2008 by the European Organisation for Nuclear Research (CERN), was closed down for major repairs just over a week later. The 3 billion-euro collider was supposed to track down the Higgs boson, a subatomic particle believed to have given mass to the universe milliseconds after the Big Bang created it some 15 billion years ago.
Physicists think this minuscule speck of matter, if ever found, could explain the mysterious code at the origin of the physical world. To know this would be to “know the mind of God”, as Einstein put it. The Nobel Prize winning physicist Leon Lederman dubbed the Higgs boson the “God particle” in a book of the same name 15 years ago.
Now, Holger Bech Nielsen of the Niels Bohr Institute in Copenhagen has reached back to the God symbolism to explain what went wrong at CERN. He and Masao Ninomiya of the Yukawa Institute for Theoretical Physics in Kyoto have suggested, as Times science writer Dennis Overbye put it, that “the hypothesized Higgs boson, which physicists hope to produce with the collider, might be so abhorrent to nature that its creation would ripple backward through time and stop the collider before it could make one, like a time traveller who goes back in time to kill his grandfather”.
This is heavy stuff, and it gets heavier.
“It must be our prediction that all Higgs producing machines shall have bad luck,” Dr. Nielsen said in an e-mail to Overbye. In an unpublished essay, Overbye relates, Dr. Nielson said of the theory, “Well, one could even almost say that we have a model for God.” It is their guess, he went on, “that He rather hates Higgs particles, and attempts to avoid them.”
We usually report about scientists who say there is no God and ridicule those who believe in Him (like the biologist and “neo-atheist” Richard Dawkins). But at the cutting edge of physics, some kind of faith seems to reappear (as in the case of Templeton Prize winner Bernard d’Espagnat). Isn’t it strange that these scientists turn so often to a “God option” to explain what they’re investigating?
The scientist who leaves room for spirituality
The German philosopher Immanuel Kant once wrote that he “had to deny knowledge to make room for faith.” The French physicist Bernard d’Espagnat hasn’t denied knowledge in his long career developing the philosophy that won him this year’s $1.42 million Templeton Prize. He was pursuing knowledge to better understand what we can know about the ultimate reality of the world. But just like his philosophy echoes that of Kant’s with its conviction that there are limits on knowing reality, his work leaves some room — he would say for spirituality — by saying that human intuitions like art, music and spirituality can help us go further when science searching to understand the world reaches the end of its tether.
D’Espagnat’s prize was announced at UNESCO in Paris on Monday. The quantum physics at the core of his work presents baffling insights about reality, but his philosophical conclusions from them sound like common sense. Science is an amazing discipline that opens vast areas of knowledge but cannot go all the way to explaining ultimate reality. There’s a mystery at the core of our existence that we can get a little closer to through the untestable but undeniable intuitions we have. That “little closer” still leaves a large black hole in our knowledge, but it is more than we have if we only rely on empirical science.
As often happens in cases like this, d’Espagnat was available for embargoed interviews several days before the prize was announced. I had the pleasure of meeting him on Friday at the Lutetia, a five-star hotel only a short bike ride from my more modest digs in Paris. Now 87 years old, d’Espagnat can look back on a long and illustrious career as a senior physicist at the CERN laboratory in Geneva, professor at the University of Paris (at its science hub in the suburb of Orsay) and guest lecturer at universities and conferences abroad. His latest book in English, On Physics and Philosophy, came out in the United States in 2006.
At the end, I asked what he would do with his prize money. After paying the taxes on it, he stressed as he started his answer, he would divide it into three equal parts. One would go to promote the study of “negative theology,” a theology that he says fits his spiritualist outlook and conviction that we can only describe God by concepts that say what God is not. The second part would go to associations helping the homeless. And the last third he and his wife would use to make their home more senior-friendly. “My wife is handicapped and she would very much like to remain at home as long as possible,” he said.
You can read our story here or consult the prize website for more information and an extensive collection of links about his work. Some excerpts from my interview with d’Espagnat are on the next page. Taking a page from Paul Krugman’s economics blog, let me put a health warning on it right away — (wonkish).
At points in the history of the western world, science has been viewed as an opposition to the religious establishment, and people with new ideas censored. An example being Galileo, who was put under house arrest for reasserting previous claims that the earth went around the sun.
Another German scientist, Nietzsche also commented upon similar affects upon thought and the scientific community in “Beyond good and Evil”.
Science is observation, and being able to make accurate predictions based upon what is learned. A healthy curiosity and desire to learn exists no matter what a person believes, but in that frame of reference beliefs would evolve and change with time as more is learned.






What is God Particle? According my fresh thought:
1. It is a naked singularity of mass or the smallest black hole in the Universe;
2. It has huge naked mass, gravitation and inertia;
3. It is not a material particle;
4. It is not in the Standard Model of elementary particles;
5. It is an Ultimate Particle, cannot be decay;
6. Its Mass cannot be converted into energy;
7. The lowest limit of its mass is about 10.9?g, and the upper limit is about 0.67*10^6kg, that means that its mass may be exceeded one kilogram!
8. Estimated mass of Higgs Particle is about 16 orders of magnitude smaller than lower limit of Mass of God Particle at least. So the mass of God Particle is substantially undervalued by mainstream physics
9. So Higgs particle is not God particle;
10. And so I believe that to find the God particle with LHC is an impossible mission, LHC efforts will be ended in failure, and it is destined. I think that to find God Particle with colliders (such as LHC) is an extremely extravagant wrong way.
How to find God Particle?
Based on my bran-new thread, I design several kinds of very simple and very cheap physical experimental methods to find the God particle, to make a small black hole and to create new unknown stable material particles without using any accelerator or collider such as LHC.
Maybe to find God Particle is not a hard mission for me?
Revolution in Physics will soon arrival, believe me.