Gravity as an Emergent Phenomenon
... terms that diverge, he only accepts the ones that are the most dominant (e.g. he takes out logarithmically divergent terms). While Sarkharov does not explicitly calculate the other constants, it could be done under his assumption. However, one of the problems is that the smallness of the cosmologica ...
... terms that diverge, he only accepts the ones that are the most dominant (e.g. he takes out logarithmically divergent terms). While Sarkharov does not explicitly calculate the other constants, it could be done under his assumption. However, one of the problems is that the smallness of the cosmologica ...
Quantum Mechanics - Nanyang Technological University
... Meeting in Brussels in 1927, much of the groundwork had been done. Those two years are perhaps the most dynamic years in the history of science. When we now look back at Quantum Mechanics ninety years later, we find that it forms the ground for fundamental physics as well as for most of the many new ...
... Meeting in Brussels in 1927, much of the groundwork had been done. Those two years are perhaps the most dynamic years in the history of science. When we now look back at Quantum Mechanics ninety years later, we find that it forms the ground for fundamental physics as well as for most of the many new ...
Evade the Heisenberg Uncertainty Principle
... Consequently, in 2011, a novel, more direct tomographical method was established to determine the quantum state without the need for post-processing. However, that novel method had a major drawback: It uses minimally disturbing measurements, so-called weak measurements, to determine the system's qua ...
... Consequently, in 2011, a novel, more direct tomographical method was established to determine the quantum state without the need for post-processing. However, that novel method had a major drawback: It uses minimally disturbing measurements, so-called weak measurements, to determine the system's qua ...
Quantum information processing by nuclear magnetic resonance
... theory, not to expand our understanding and control of the physical world, but to exploit the quantum behavior of the physical world as a novel way to encode and process information. The information is primary; the underlying physical system only matters as a vehicle for that information. Quantum co ...
... theory, not to expand our understanding and control of the physical world, but to exploit the quantum behavior of the physical world as a novel way to encode and process information. The information is primary; the underlying physical system only matters as a vehicle for that information. Quantum co ...
Quantum Wires and Quantum Point Contacts
... resistance measurements. Depopulation of QPC modes by a magnetic field. As B is increased, the width of the conductance plateaus increases. At B = 1.8 T and above, the spin degeneracy gets lifted and additional plateaus evolve at odd integers of e2/h. 12. What is the influence of perpendicular and p ...
... resistance measurements. Depopulation of QPC modes by a magnetic field. As B is increased, the width of the conductance plateaus increases. At B = 1.8 T and above, the spin degeneracy gets lifted and additional plateaus evolve at odd integers of e2/h. 12. What is the influence of perpendicular and p ...
Relaxation dynamics of a quantum Brownian particle in an ideal gas
... the “position-diffusion” term. Importantly, the coefficients η, Dpp , and Dxx are then no longer phenomenological constants, but they are determined by the microscopic description of the particular environment considered. The simplest realistic environment in that sense is clearly given by an ideal gas ...
... the “position-diffusion” term. Importantly, the coefficients η, Dpp , and Dxx are then no longer phenomenological constants, but they are determined by the microscopic description of the particular environment considered. The simplest realistic environment in that sense is clearly given by an ideal gas ...
