CPH Theory

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Cern Experiment and Violatin of Newton's Second Law

LEIBNIZ'S MONADS AND JAVADI'S CPH

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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

A quantum imager for intensity correlated photons

A quantum imager for intensity correlated photons

D L Boiko^1,2,6, N J Gunther³, N Brauer¹, M Sergio¹, C Niclass¹, G B Beretta⁴ andE Charbon^1,5
¹ Ecole Polytechnique Fédérale de Lausanne, 1015, Lausanne, Switzerland
² Centre Suisse d'Electronique et de Microtechnique SA, 2002, Neuchâtel, Switzerland
³ Performance Dynamics, 4061 East Castro Valley Blvd, Suite 110, Castro Valley, CA, USA
⁴ HP Laboratories, 1501 Page Mill Road, Palo Alto, CA, USA
⁵ Delft University of Technology, 2628CD, Delft, The Netherlands
⁶ Author to whom any correspondence should be addressed.
E-mail: dmitri.boiko@csem.ch

Abstract. We report on a device capable of imaging second-order spatio-temporal correlations g⁽²⁾(x, τ) between photons. The imager is based on a monolithic array of single-photon avalanche diodes (SPADs) implemented in CMOS technology and a simple algorithm to treat multiphoton time-of-arrival distributions from different SPAD pairs. It is capable of 80 ps temporal resolution with fluxes as low as 10 photons s⁻¹ at room temperature. An important application might be the local imaging of g⁽²⁾ as a means of confirming the presence of true Bose–Einstein macroscopic coherence (BEC) of cavity exciton polaritons.