A quantum-information-theoretic complement to a general
... present setting, one such specific theory would be general relativity. Alternatively, it may mean that an idealized device is realizable or implementable as judged by all our fundamental theories, or our current best candidates for such theories, or a carefully balanced combination of our current be ...
... present setting, one such specific theory would be general relativity. Alternatively, it may mean that an idealized device is realizable or implementable as judged by all our fundamental theories, or our current best candidates for such theories, or a carefully balanced combination of our current be ...
Quantum field theory for matter under extreme conditions
... Hadron Physics lies at the interface between nuclear and particle (high energy) physics. Its focus is an elucidation of the role played by quarks and gluons in the structure of, and interactions between, hadrons. This was once particle physics but that has since moved to higher energy in search of a ...
... Hadron Physics lies at the interface between nuclear and particle (high energy) physics. Its focus is an elucidation of the role played by quarks and gluons in the structure of, and interactions between, hadrons. This was once particle physics but that has since moved to higher energy in search of a ...
q - at www.arxiv.org.
... computational procedures lead to the dawn of reliable predictions. However, this is just one face of the coin; the "chemistry" hidden within the complicated wavefunctions or reduced density matrices, composed of hundreds, thousands or even millions of the Slater determinants, are hard to comprehend. ...
... computational procedures lead to the dawn of reliable predictions. However, this is just one face of the coin; the "chemistry" hidden within the complicated wavefunctions or reduced density matrices, composed of hundreds, thousands or even millions of the Slater determinants, are hard to comprehend. ...
Quantum Entanglements and Hauntological Relations of Inheritance
... A closer examination brings the spectral quality of this process to light. Initially, the electron is in some higher energy state E2 , and then in some lower energy state E1 . At what point is the photon emitted? On Rutherford’s classical physics account, an atomic electron can have a continuous ran ...
... A closer examination brings the spectral quality of this process to light. Initially, the electron is in some higher energy state E2 , and then in some lower energy state E1 . At what point is the photon emitted? On Rutherford’s classical physics account, an atomic electron can have a continuous ran ...
Ideal n-body correlations with massive particles
... weakly interacting gas approaching the quasicondensate regime. It is perhaps then not surprising that the measured longitudinal correlation length (394 µm) is significantly larger than that predicted by ideal Bose gas theory (95 µm) but shorter than that expected in the quasicondensate regime (~850 ...
... weakly interacting gas approaching the quasicondensate regime. It is perhaps then not surprising that the measured longitudinal correlation length (394 µm) is significantly larger than that predicted by ideal Bose gas theory (95 µm) but shorter than that expected in the quasicondensate regime (~850 ...
An Introduction To Resource Theories (Example: Nonuniformity
... In this document we analyze a typical resource theory called resource theory of informational non-equilibrium (or shorter: resource theory of nonuniformity). The free operations are the noisy operations. This analysis is completely based on [1]: The idea is to discuss some of the main results and to ...
... In this document we analyze a typical resource theory called resource theory of informational non-equilibrium (or shorter: resource theory of nonuniformity). The free operations are the noisy operations. This analysis is completely based on [1]: The idea is to discuss some of the main results and to ...
