output
19932026
most citedGW190814: Gravitational Waves from the Coalescence of a 23 M Black Hole with a 2.6 M Compact Object

1.8k citations

Showing 2003Show all

8 papers · 1 filter

quant-ph2003

Effective Action for a Statistical System with a Field dependent Wave Function

Pierre Gosselin, Herve Mohrbach, Alain Berard

We compute the first order correction in to the field dependent wave function in Statistical Field Theory. These corrections are evaluated by several usual methods. We lim…

hep-th2003★ 4 cited

Angular Symmetry Breaking Induced by Electromagnetic Field

A. Berard, J. Lages, H. Mohrbach

It is well known that velocities does not commute in presence of an electromagnetic field. This property implies that angular algebra symmetries, such as the sO(3) and Lorentz alge…

hep-th2003★ 63 cited

Monopole and Berry Phase in Momentum Space in Noncommutative Quantum Mechanics

Alain Berard, Herve Mohrbach

To build genuine generators of the rotations group in noncommutative quantum mechanics, we show that it is necessary to extend the noncommutative parameter to a field operator,…

nucl-th2003★ 1 cited

Probing the shell valence structure underlying the B(E2: 0+->2+) for N,Z~40: preponderance of the p-n interaction over the sub-shell closures

Isabelle Deloncle, Brigitte Roussiere

The very simple product of the number of particles by the number of holes appearing in the expression of the reduced B(E2:0+->2+) transition probability of even-even nuclei obtaine…

quant-ph2003

L'argument Einstein Podolsky Rosen (EPR) : Paradoxe, Alternative, Demonstration

Pierre Roussel

The EPR (Einstein, Podolsky, Rosen) argument and the Schrodinger cat paradox are revisited in relation with modern quantum optics and atomic physics and with the concept of decoher…

hep-ph2003★ 27 cited

Bound state equation in the Wilson loop approach with minimal surfaces

F. Jugeau, H. Sazdjian

The large-distance dynamics in quarkonium systems is investigated, in the large N limit, through the saturation of Wilson loop averages by minimal surfaces. Using a representation…