Wigner`s Dynamical Transition State Theory in
... they enable us to show that ‘near’ the saddle the energy surface has what we call the ‘bottleneck property’ which facilitates the construction of an energy dependent dividing surface. This dividing surface has the ‘no-recrossing’ property and the flux across the dividing surface is ‘minimal’ (in a s ...
... they enable us to show that ‘near’ the saddle the energy surface has what we call the ‘bottleneck property’ which facilitates the construction of an energy dependent dividing surface. This dividing surface has the ‘no-recrossing’ property and the flux across the dividing surface is ‘minimal’ (in a s ...
Teoría Total simplificada, Revista Chilena de Ingeniería, Vol. 16, Nº1
... The main reason for this is the penetration capacity of electromagnetic technology where specialized engineers will be needed for the design of systems related to WSM technology. Examples of such systems with very high frequencies are wireless communication networks, computer chips, optical networks ...
... The main reason for this is the penetration capacity of electromagnetic technology where specialized engineers will be needed for the design of systems related to WSM technology. Examples of such systems with very high frequencies are wireless communication networks, computer chips, optical networks ...
Defining and detecting quantum speedup
... consensus may be time- and community-dependent [14]. In the absence of a consensus about what is the best classical algorithm, we define potential (quantum) speedup as a speedup compared to a specific classical algorithm or a set of classical algorithms. An example is the simulation of the time evol ...
... consensus may be time- and community-dependent [14]. In the absence of a consensus about what is the best classical algorithm, we define potential (quantum) speedup as a speedup compared to a specific classical algorithm or a set of classical algorithms. An example is the simulation of the time evol ...
Pion as a Nambu-Goldstone boson
... Natural explanation for smallness of Pion mass. Found a technique to relate infinitly many diagramms. From the assumption that Pions and even Kaons and the Eta are Goldstone bosons one can construct effective field theories like non-linear sigma model or chiral pertubation theory. The QCD Lagrangian ...
... Natural explanation for smallness of Pion mass. Found a technique to relate infinitly many diagramms. From the assumption that Pions and even Kaons and the Eta are Goldstone bosons one can construct effective field theories like non-linear sigma model or chiral pertubation theory. The QCD Lagrangian ...
Quantum Error Correction (QEC) - ETH E
... topic is already very profound. But it is still a hot topic for scientists. This paper is not a general introduction in quantum computation. It focuses on the aspect of quantum error correction and requires basic understandings of quantum mechanics, classical computation and a bit group theory. Anyw ...
... topic is already very profound. But it is still a hot topic for scientists. This paper is not a general introduction in quantum computation. It focuses on the aspect of quantum error correction and requires basic understandings of quantum mechanics, classical computation and a bit group theory. Anyw ...
The Physics of Inflation
... physics almost certainly does not contain the right type of fields and interactions to source an inflationary epoch. To describe inflation we therefore have to leave to comfort of the Standard Model and explore ‘new physics’ possibly far above the TeV scale. Some of the boldest and most profound ide ...
... physics almost certainly does not contain the right type of fields and interactions to source an inflationary epoch. To describe inflation we therefore have to leave to comfort of the Standard Model and explore ‘new physics’ possibly far above the TeV scale. Some of the boldest and most profound ide ...
Silicon quantum electronics
... iniaturization of logic circuits was first made possible with the invention of a working solid-state transistor. The invention of the transistor was followed by the crucial development of a fabrication process for circuits that integrated all components on a singe piece of material. This sparked the ...
... iniaturization of logic circuits was first made possible with the invention of a working solid-state transistor. The invention of the transistor was followed by the crucial development of a fabrication process for circuits that integrated all components on a singe piece of material. This sparked the ...
Algebraic Topology Foundations of Supersymmetry and Symmetry
... several, meaningful ways are key to linking abstract, quantum operator algebras and symmetry properties with actual numerical computations of quantum eigenvalues and their eigenstates, as well as a wide variety of numerical factors involved in computing quantum dynamics. The wellknown connection bet ...
... several, meaningful ways are key to linking abstract, quantum operator algebras and symmetry properties with actual numerical computations of quantum eigenvalues and their eigenstates, as well as a wide variety of numerical factors involved in computing quantum dynamics. The wellknown connection bet ...
Quantum Hall effect in graphene: Status and prospects
... cyclotron motion. This unconventional QHE forms a series of filling factors v=±2, ±6, ±10,… [Whereas for non-relativistic two-dimensional electron systems (2DES) or standard 2DES, the Hall conductivity, σxy=±4ne2/h]. That is why; it is characterized as halfinteger quantum Hall effect or anomalous qu ...
... cyclotron motion. This unconventional QHE forms a series of filling factors v=±2, ±6, ±10,… [Whereas for non-relativistic two-dimensional electron systems (2DES) or standard 2DES, the Hall conductivity, σxy=±4ne2/h]. That is why; it is characterized as halfinteger quantum Hall effect or anomalous qu ...
Interacting Quantum Observables: Categorical Algebra and
... of the theory, but without presenting the theory itself until Part II. It also serves to familiarise the reader with graphical reasoning, a tool that we will use throughout this paper. We rely here on some familiarity with quantum computing terminology for the examples, but no other background. Sect ...
... of the theory, but without presenting the theory itself until Part II. It also serves to familiarise the reader with graphical reasoning, a tool that we will use throughout this paper. We rely here on some familiarity with quantum computing terminology for the examples, but no other background. Sect ...