[PDF] Top 20 Quantum strong energy inequalities

... the quantum weak energy inequality proved for the minimally coupled scalar field in ...single-particle quantum states relative to the Minkowski vacuum state whose averaged EED is negative for some ... See full document

... At strong mag- netic fields, the LDOS exhibits fan-type resonances in the energy –magnetic-field plane, which reflect the interplay of Landau quantization and quantum interference of scat- tered ... See full document

... and quantum wells [10], the nonlinear absorption coefficient α in quantum wires is ...a quantum wire, the electron energy spectrum continues to be ...a strong electromagnetic wave is ... See full document

... Thus the curvature of space-time in the inner core of the Nexus graviton where high quantum states are prevalent is flat as described by Eqn.(11) and is only curved by the presence of baryonic matter and not by ... See full document

... The quantum model (solid line) reproduces this behavior by changing the individual resonance energy of the neutral and charged states while keeping the cavity resonance ...the quantum model for ... See full document

... utmost strong friction, ...vortex energy. This encompasses all conditions of conserved vortex energy realm with its persistent flows of phase fluid within autonomic Equation ... See full document

... revised quantum electrodynamic theory by the author is reconsidered, in respect to the basic concepts established by ...Point Energy (ZPE) and by ...the strong nuclear force is further provided by ... See full document

... Boron nucleus contains 5 protons and 6 neutrons. The core for this nucleus consists of 5 neutrons and 5 protons. There is a neutron outside this core. The total spin of this nucleus in the ground state is J = 3 2 − . ... See full document

... flat-space quantum inequalities can be applied in curved spacetime, so long as the radius of curvature is small as compared to the sampling ...the quantum inequality is to be applied but also at any ... See full document

... on energy densities along faster trajectories, because the QEI bounds are not expected to be sharp, so a divergence in the bound does not imply that this is actually exploited by states of the ...averaged ... See full document

... new energy equation is thus based on the fa- miliar kinetic energy of Newtonian mechanics scaled classically by a ratio relating our familiar three dimensional space homology to that of a Menger ...an ... See full document

... actually quantum-gravitational energy density of vacuum which is quantum-gravitational form of quantum of force; and this force is mediated by pion thus in this mass it predicts its relatively ... See full document

... how quantum and gravitational effects influence the measurement of ...of quantum physical systems in terms of physical time changes the traditional Schr¨ odinger picture (Gambini et ...of quantum ... See full document

... a quantum wave is conven- tionally regarded as merely a probability wave, devoid of ordinary matter or energy, also has a physical ...of quantum physics discovered long ago by Max Born that the ... See full document

... A variational inequality is a general formulation that encompasses a wide variety of mathematical problems, including nonlinear equations, optimization problems, complementarity problems, and fixed point prob- lems, ... See full document

... Equation (.) provides the Rosenthal-type inequality for NSD random variables, which is one of the most interesting inequalities in probability theory. Hu [] pointed out that the Rosenthal-type inequality ... See full document

... and quantum fluctuations may prohibit the formation of long-range ordering even at the lowest temperature, and therefore liquid-like ground states could be ...the quantum spin liquid in frustrated ...and ... See full document

... To be able to talk about purification, we need to extend this definition to take CP maps not to probabilities, but to other CP maps. This view of a process as a higher-order transformation is much in the spirit of ... See full document

... in quantum mechanics. It defined the basic features of two-quantum entanglement, as needed to study the relationships between two non-commuting ...Either quantum behavior is capable of signaling ... See full document

... In this paper, we define a new class of preinvex functions which is called as generalized preinvex functions. We obtain some new quantum bounds which involve primarily the property of generalized preinvexity. Some ... See full document