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Physics: "God Particle" Observed - Maybe

Connections Through Time,   Issue 10: January -March 2001

Click on photo for reference.
Circular configuration of the LEP
28 km (17-mile) underground tunnel
near Geneva, Switzerland.
Click on photo for reference.
Inside the
  LEP Tunnel
Scientists Think They've Glimpsed the 'God Particle' was one headline concerning the results of an experimental study at the LEP (Large Electron Positron) super-collider facility at CERN (European Organization for Nuclear Research).  The Higgs particle was dubbed "The God Particle" in the title of a book by Dr. Leon Lederman, a Nobel Prize Laureate in physics. 

The godlike importance ascribed to the Higgs particle (or equivalently, the Higgs field) is because the mass properties of all particles, such as electrons, are created based on their interactions with the Higgs field Predicted over 30 years ago by physicist Peter Higgs (University of Edinburgh, Scotland) the Higgs field engulfs all other particles in an unseen "ocean-like ether" permeating all space, which causes a type of "drag" that shows itself as mass. 

In The Standard Model of particles and forces, the mass of the fundamental particles are specified based on previous experiments and theory.  From this basis, all the masses of atoms and molecules can be understood.  However, it seems reasonable to ask why do we have multiple "fundamental" particles with their various masses - here is where the Higgs field enters the picture.  The following is a description of the Higgs field from  Atlas: The Riddle of Mass:
The Standard Model proposes that there is another field not yet observed, a field that is almost indistinguishable from empty space.   We call this the Higgs field.  We think that all of space is filled with this field, and that by interacting with this field, particles acquire their masses.  Particles that interact strongly with the Higgs field are heavy, while those that interact weakly are light. 

The need to "explain" the nature of  mass also arose in the context of the Big Bang and how a very very hot and very very small universe of just pure energy could lead to the massive universe we see today.  This process is described, including the contribution of Higgs fields, in The Inflationary Universe: The Quest for a New Theory of Cosmic Origins  by Alan Guth and Alan Lightman    

Without the full context of the theoretical models, all attempts to explain the Higgs field are simplistic, and yet, it seems important to grasp its meaning since this field is so fundamental to our physical universe.  Here is the best layperson's explanation we have found, from a contest held in Britain, that places the Higgs field in a more "information-type" context. 

Imagine a cocktail party of political party workers who are uniformly distributed across the floor, all talking to their nearest neighbours. The ex-Prime Minister enters and crosses the room. All of the workers in her neighbourhood are strongly attracted to her and cluster round her. As she moves she attracts the people she comes close to, while the ones she has left return to their even spacing. Because of the knot of people always clustered around her she acquires a greater mass than normal, that is she has more momentum for the same speed of movement across the room. Once moving she is hard to stop, and once stopped she is harder to get moving again because the clustering process has to be restarted. 

In three dimensions, and with the complications of relativity, this is the Higgs mechanism. In order to give particles mass, a background field is invented which becomes locally distorted whenever a particle moves through it. The distortion - the clustering of the field around the particle - generates the particle's mass.

If this theoretical Higgs field/particle was measured, then science has come one step closer to a fundamental and quantitative understanding of our physical universe.  However, even by combining the data of four groups analyzing the results of the LEP experiments, the analysis indicated that the Higgs particle was found with "enhancement above background of less than 3 standard deviations", but still better than 2 standard deviations.  This is encouraging, but not sufficient proof for the physics community.  The "proof of discovery" issue was better quantified in a Scientific American - Science and the Citizen discussion of the Higgs particle:
... the odds that the results were noise were one in 250--a tantalizing result but much too uncertain to proclaim "discovery." ...
Hoping to gain enough data to reduce the odds of error below the one in a million needed for a discovery, experimenters pleaded for a year's reprieve to LEP's scheduled dismantling ...

The experiments to claim discovery of the Higgs particle/field will continue in the best spirit of scientific inquiry.  However, the LEP collider will not be involved.  The CERN managers decided to go ahead with their plans to build the more powerful Large Hadron Collider (LHC) for a cost of about $1.8 billion.  The Atlas Experiment, involving a very large particle detector, is a key part of the LHC.  This new project will take five years to complete, and it is possible that the Fermi National Accelerator Laboratory outside Chicago, US, may definitively discover the Higgs particle before CERN comes back online with the LHC.


Scientists Think They've Glimpsed the 'God Particle'
K.C. COLE, Los Angeles Times Science Writer
November 3, 2000

A Massive Mystery
Peter N. Spotts, Staff writer of The Christian Science Monitor

Has the Higgs Boson Been Seen?  Physics Today Online

What exactly is the Higgs boson? Have physicists proved that it really exists? Scientific American - Ask The Experts

Scientific American - Science and the Citizen Higgs Won't Fly: CERN declines a massive opportunity to find the Higgs particle

Collider to Close for Good BBC News November 8, 2000

The Atlas Experiment

The Standard Model: The Particle Adventure   

European physicists are racing against American rivals to discover the so-called "God Particle," the last missing piece in an elemental puzzle: What is the universe made of?

Go to another section of this issue:
Intuition: Consciousness-Intention-Trust       Applications: Associative Remote Viewing (ARV)

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