CPH Theory

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Articles

Cern Experiment and Violatin of Newton's Second Law

LEIBNIZ'S MONADS AND JAVADI'S CPH

World Science Database

General Science Journal

Hadronic Journal

National Research Council Canada

November 2, 2011: CERN Experiment and Violation of Newtonâ€™s Second Law Englishview

October 13, 2011: CERN Experiment and Violation of the Newtonâ€™s Second Law Persianview

November 24, 2008: A New Definition of Gravitonview

July 10, 2007: Zero Point Energy and the Dirac Equationview

June 28, 2007: Unification and CPH Theoryview

June 14, 2007: Summary of Physics Conceptsview

June 14, 2007: Strong Interaction and CPH Theory Rview

June 4, 2007: Quantum Electrodynamics and CPH Theoryview

November 30, 2006: Vocabulary of CPH Theoryview

November 17, 2006: Thermodynamic Laws Entropy and CPH Theoryview

November 17, 2006: Time Function and Absolute Black Holeview

October 14, 2006: CPH and Timeview

October 13, 2006: CPH Theory and Newton's Second Lawview

October 13, 2006: Time Function and Work Energy Theoremview

October 13, 2006: CPH Theory and Special Relativityview

October 13, 2006: Properties of CPHview

July 31, 2006: A New Mechanism of Higgs Bosons in Producing Charge Particlesview

May 14, 2006: Speed of Light and CPH Theoryview

April 28, 2006: Color Charges Curve Spaceview

April 17, 2006: Effective Nuclear Chargeview

April 12, 2006: Maxwell's Equations in a Gravitational Fieldview

April 11, 2006: Realization Hawking - End of Physics by CPHview

April 7, 2006: Questions and Answers on CPH Theoryview

April 7, 2006: Opinions on CPH Theoryview

April 7, 2006: Questions and Answers on CPH Theoryview

March 23, 2006: Analysis of CPH Theoryview

March 21, 2006: Logical Foundation of CPH Theoryview

March 21, 2006: Definition Principle and Explanation of CPH Theoryview

March 21, 2006: Logical Foundation of CPH Theoryview

March 21, 2006: Definition Principle and Explanation of CPH Theoryview

March 21, 2006: Experimental Foundation of CPH Theoryview

March 19, 2006: Color Charge/Color Magnet and CPHview

March 19, 2006: Sub-Quantum Chromodynamicsview

HIGGS BOSONS: THEORY AND SEARCHES

HIGGS BOSONS: THEORY AND SEARCHES

Understanding the mechanism that breaks electroweak symmetry and generates the mass of all known elementary particles is one of the most fundamental problems in particle physics.

The Higgs mechanism [1] provides a general framework to explain the observed masses of the W± and Z gauge bosons by means of charged and neutral Goldstone bosons that end up as the longitudinal components of the gauge bosons. These Goldstone bosons are generated by the underlying dynamics of electroweak symmetry breaking (EWSB). However, the fundamental dynamics of the electroweak symmetry breaking are unknown, and there are two main classes of theories proposed in the literature, those with weakly coupled dynamics - such as in the Standard Model (SM) [2] - and those with strongly coupled dynamics.

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