Manmohan Dash | Physics • Materials Science • AIExperimental physics, materials science, optoelectronics and AI-assisted scientific research.OPERA experiment

October 21, 2011

Relativistic energy loss — especially for OPERA neutrino experiment.

Using basic Time-Energy relation of Quantum Mechanics (or uncertainity. equation) I had shown why Sheldon Glashow’s bremstrahllung scheme corresponds to… Read more.

anomaly experimental high energy physics Invariance @MDashF neutrino new experiment/theory results OPERA OPERA anomaly OPERA experiment Particle Physics Research

October 6, 2011

What is the (f)utility of Sheldon Glashow’s paper towards OPERA result.

The MeV corresponds to ~10^-26 seconds, a 100 million part of an atto-second, that is, if a real electron is… Read more.

Much of this article is reviewed and updated today, the: (07 January 2014). It has become more interesting, less confusing… Read more.

anomaly experimental high energy physics Invariance @MDashF new experiment/theory results OPERA OPERA anomaly OPERA experiment

September 30, 2011

The neutrino speed excess as a function of energy.

plenty of “new” Physics in this article Read more.

experimental high energy physics Heisenberg Relations Invariance @MDashF OPERA OPERA anomaly OPERA experiment photon Relativistic Quantum Mechanics Relativity relativity theory Research uncertainty principle uncertainty relation uncertainty relations waves and particles

September 29, 2011

The time-energy uncertainty relation.

The time-energy uncertainty relation is a blessing in disguise which comes in handy to check various values that are quoted,… Read more.

Category: OPERA experiment

Relativistic energy loss — especially for OPERA neutrino experiment.

What is the (f)utility of Sheldon Glashow’s paper towards OPERA result.

The latest trends in physics. Speed of Light.

The neutrino speed excess as a function of energy.

The time-energy uncertainty relation.