Monte Carlo Studies of Ising Spin Glasses and Random Field Systems
... Spin glasses and random field systems are magnetic materials in which a structural disorder occurs as a consequence of a special preparation process. The latter either changes the chemical composition of compounds and alloys (via dilution or mixing) or it decrystallizes the pure material (via sputte ...
... Spin glasses and random field systems are magnetic materials in which a structural disorder occurs as a consequence of a special preparation process. The latter either changes the chemical composition of compounds and alloys (via dilution or mixing) or it decrystallizes the pure material (via sputte ...
Quantum dynamics and isotope effects of hydrogen
... interaction time that is exceptionally long in order to get this small energy indeterminacy required for the state to be stationary [2]. However, there is another difficulty that is connected to the fact the constituents of a macroscopic body are subject to interaction with each other. For example, ...
... interaction time that is exceptionally long in order to get this small energy indeterminacy required for the state to be stationary [2]. However, there is another difficulty that is connected to the fact the constituents of a macroscopic body are subject to interaction with each other. For example, ...
M15/07
... that quantum tori or the algebra of continuous functions on the sphere are limits of matrix algebras, with appropriate quantum metric structures. Our metric also solves the coincidence property issue — *-isomorphism is necessary for null distance, while being explicitly compatible with Leibniz Lip-n ...
... that quantum tori or the algebra of continuous functions on the sphere are limits of matrix algebras, with appropriate quantum metric structures. Our metric also solves the coincidence property issue — *-isomorphism is necessary for null distance, while being explicitly compatible with Leibniz Lip-n ...
An Unshunted Comparator as a Device for Quantum Measurements
... quiescent during the evolution of the qubit and is designed to have no effect on the qubit state. Then at a chosen instant a readout SFQ (”single-flux-quantum”) pulse arrives and forces the comparator into a choice of one output or the other, and this decision depends on the direction of the qubit m ...
... quiescent during the evolution of the qubit and is designed to have no effect on the qubit state. Then at a chosen instant a readout SFQ (”single-flux-quantum”) pulse arrives and forces the comparator into a choice of one output or the other, and this decision depends on the direction of the qubit m ...
Surface Code Quantum Computation on a Defective
... changes of quantum state, assuming complete construction of qubits, but as originally defined did not take into account these loss errors. The required cluster state can be made with a nearest neighbor architecture. The nearest neighbor architecture uses quantum interactions only between nearest-neig ...
... changes of quantum state, assuming complete construction of qubits, but as originally defined did not take into account these loss errors. The required cluster state can be made with a nearest neighbor architecture. The nearest neighbor architecture uses quantum interactions only between nearest-neig ...
Electrical Manipulation and Detection of Single Electron Spins in
... Throughout my studies almost until the end I considered theoretical physics the true physics and experimental physics the thing the people with the bad grades do. Essentially I was very focussed on theory because I was good at it and it was fun. But then it dawned on me that I was lured into a terri ...
... Throughout my studies almost until the end I considered theoretical physics the true physics and experimental physics the thing the people with the bad grades do. Essentially I was very focussed on theory because I was good at it and it was fun. But then it dawned on me that I was lured into a terri ...
Theory and applications of light-matter interactions in Gerasimos Angelatos
... allows for completely secure communication guaranteed by the laws of quantum mechanics. The quintessential quantum cryptography scheme is the BB84 protocol, where quantum bits are encoded in the polarization of single photons using a pair of conjugate bases, and any attempt to eavesdrop the signal i ...
... allows for completely secure communication guaranteed by the laws of quantum mechanics. The quintessential quantum cryptography scheme is the BB84 protocol, where quantum bits are encoded in the polarization of single photons using a pair of conjugate bases, and any attempt to eavesdrop the signal i ...
quantum computing
... simplified view of the history of computing shows that computing was thought of mainly as mental processes in the 19th century; it is thought of mainly as machine processes in the 20th century, and it will be thought of mainly as Nature processes in the 21st century. We cannot tell, of course, how m ...
... simplified view of the history of computing shows that computing was thought of mainly as mental processes in the 19th century; it is thought of mainly as machine processes in the 20th century, and it will be thought of mainly as Nature processes in the 21st century. We cannot tell, of course, how m ...
Properties and detection of spin nematic order in strongly correlated
... 1. Introduction 2. Spin nematic order parameter 3. Nematic wave function ...
... 1. Introduction 2. Spin nematic order parameter 3. Nematic wave function ...
Springer Tracts in Modern Physics
... concepts of atomic, molecular, cluster, and condensed-matter physics. On the one hand mesoscopic systems represent an important class of electronic devices in the rapidly growing fields of micro- and nano-physics. Quantum interference effects in these small, low-dimensional electronic systems have l ...
... concepts of atomic, molecular, cluster, and condensed-matter physics. On the one hand mesoscopic systems represent an important class of electronic devices in the rapidly growing fields of micro- and nano-physics. Quantum interference effects in these small, low-dimensional electronic systems have l ...
quantum simulations on square and triangular hubbard models
... which is weakly dependent on momentum. Varma further proposed that the self energy of the single-particle spectrum which can be observed in angle-resolved photoemission experiments (ARPES) also has weak momentum dependence and is proportional to ...
... which is weakly dependent on momentum. Varma further proposed that the self energy of the single-particle spectrum which can be observed in angle-resolved photoemission experiments (ARPES) also has weak momentum dependence and is proportional to ...
agostino pr´astaro
... intrinsic and completely covariant way. This is obtained by introducing new spaces, derivative spaces, that are the natural universal spaces for differential calculus and PDEs. This point of view generalizes previous one introduced by Ehresmann and allows us to treat all the differential objects in al ...
... intrinsic and completely covariant way. This is obtained by introducing new spaces, derivative spaces, that are the natural universal spaces for differential calculus and PDEs. This point of view generalizes previous one introduced by Ehresmann and allows us to treat all the differential objects in al ...