Title First Name Last
... Research interests include instant-form (IF) quantization (IFQ) and light-front (LF) quantization (LFQ) of constrained dynamical systems. Study of canonical structure, constrained dynamics, operator solutions and Hamiltonian, path Integral and BRST quantization of field theories, string theories and ...
... Research interests include instant-form (IF) quantization (IFQ) and light-front (LF) quantization (LFQ) of constrained dynamical systems. Study of canonical structure, constrained dynamics, operator solutions and Hamiltonian, path Integral and BRST quantization of field theories, string theories and ...
"Loop Quantum Gravity" (Rovelli)
... space (flat or curved), in which physics happens. This profound conceptual shift, which has led to the understanding of relativistic gravity, the discovery of black holes, relativistic astrophysics and modern cosmology, is now considered by relativists to be acquired knowledge about the world. From ...
... space (flat or curved), in which physics happens. This profound conceptual shift, which has led to the understanding of relativistic gravity, the discovery of black holes, relativistic astrophysics and modern cosmology, is now considered by relativists to be acquired knowledge about the world. From ...
Charged Barrier Technology THE FOGAL TRANSISTOR WITH THE
... vehicle, create a boundary layer of dense matter which exerts frictional drag forces on the skin to retard the forward movement. Because of the use of phase conjugation and Poynting flow, rather than pure current dq/dt flow, the charged barrier technology can be used to charge the skin of the vehicl ...
... vehicle, create a boundary layer of dense matter which exerts frictional drag forces on the skin to retard the forward movement. Because of the use of phase conjugation and Poynting flow, rather than pure current dq/dt flow, the charged barrier technology can be used to charge the skin of the vehicl ...
Nature 419, (51
... coherent state jbl with the state jal (t) is shown for different evolution times up to the first revival time of the many-body state8,9. In our experiment, we create coherent states of the matter wave field in a potential well, by loading a magnetically trapped Bose– Einstein condensate into a three ...
... coherent state jbl with the state jal (t) is shown for different evolution times up to the first revival time of the many-body state8,9. In our experiment, we create coherent states of the matter wave field in a potential well, by loading a magnetically trapped Bose– Einstein condensate into a three ...
Nano Engineering Research Group
... Intersubband semiconductor lasers (ISLs) are of great interest for mid-infrared (2-20 micron) device applications. These semiconductor devices have a wide range of applications from pollution detection and industrial monitoring to military functions. ISLs have generally encountered several problems ...
... Intersubband semiconductor lasers (ISLs) are of great interest for mid-infrared (2-20 micron) device applications. These semiconductor devices have a wide range of applications from pollution detection and industrial monitoring to military functions. ISLs have generally encountered several problems ...
Ultracold Atoms in Line-World: Bose
... In this way, condensation begins when N0 = 0 or ρ ≥ 2.612. This corresponds to the intersection of the atom spheres of radius λdB . Note how this overlap only occurs ...
... In this way, condensation begins when N0 = 0 or ρ ≥ 2.612. This corresponds to the intersection of the atom spheres of radius λdB . Note how this overlap only occurs ...
Shor`s Algorithm and Factoring: Don`t Throw Away the Odd Orders
... order or an unusable even order. This paper explains how to use any odd prime divisor of the order in the classical step, minimizing the need to repeat the quantum step. Not only is there no need to throw out odd orders returned by the quantum step, but a single returned order, depending on its fact ...
... order or an unusable even order. This paper explains how to use any odd prime divisor of the order in the classical step, minimizing the need to repeat the quantum step. Not only is there no need to throw out odd orders returned by the quantum step, but a single returned order, depending on its fact ...
Effective Hamiltonian in the Problem of a
... of the central system. This depends of course on the system; for example, in the case of SQUID’s, it is fairly easy to show that the effect of the environmental nuclear and paramagnetic spins on flux tunneling is usually negligible, but that the effect on “Macroscopic Quantum Coherence” may not be. ...
... of the central system. This depends of course on the system; for example, in the case of SQUID’s, it is fairly easy to show that the effect of the environmental nuclear and paramagnetic spins on flux tunneling is usually negligible, but that the effect on “Macroscopic Quantum Coherence” may not be. ...
