Steven Simon
... Dummy’s Guide To Topological Quantum Computing • Uses 2 Dimensional Systems which are realizations of TQFTs, i.e., have quasiparticles with NonAbelian Statistics. • Quantum Information is encoded in nonlocal topological degrees of freedom that do not couple to any local quantity. • States can be ma ...
... Dummy’s Guide To Topological Quantum Computing • Uses 2 Dimensional Systems which are realizations of TQFTs, i.e., have quasiparticles with NonAbelian Statistics. • Quantum Information is encoded in nonlocal topological degrees of freedom that do not couple to any local quantity. • States can be ma ...
Do You Need to Believe in Orbitals to Use Them - Philsci
... have over wave-functions generated by configuration interaction techniques: orbital concepts capture some chemical information much more efficiently. For example, orbital models readily portray information about groups of similar molecules that a treatment with more accurate wave-functions derived ...
... have over wave-functions generated by configuration interaction techniques: orbital concepts capture some chemical information much more efficiently. For example, orbital models readily portray information about groups of similar molecules that a treatment with more accurate wave-functions derived ...
Nanoscale devices for rectification of high frequency radiation from
... the same time, provides a “clock” to measure the duration of the event. Given that the laser-induced electric field is larger near the pointed apex of the tip than at the planar surface of the sample means that the vacuum tunnel barrier will tend to buckle inward (concave) or become thinner for forw ...
... the same time, provides a “clock” to measure the duration of the event. Given that the laser-induced electric field is larger near the pointed apex of the tip than at the planar surface of the sample means that the vacuum tunnel barrier will tend to buckle inward (concave) or become thinner for forw ...
Dynamics and Excited States of Quantum Many
... freedom are difficult to access experimentally and the microscopic model is not analytically known, is to perform numerical simulations of various microscopic models that are guessed to have relevance to the problem in question. Such simulations can thus lend insight on what properties are key to ob ...
... freedom are difficult to access experimentally and the microscopic model is not analytically known, is to perform numerical simulations of various microscopic models that are guessed to have relevance to the problem in question. Such simulations can thus lend insight on what properties are key to ob ...
Electrostatic energy calculation for the interpretation of scanning
... the electrostatic contribution to this force does not include the effect of the sample, i.e. the image interaction, and therefore is a function only of the geometry of the metal–vacuum– metal junction formed by the conducting tip and the substrate and the applied voltage (i.e. a capacitor) [22–28]. ...
... the electrostatic contribution to this force does not include the effect of the sample, i.e. the image interaction, and therefore is a function only of the geometry of the metal–vacuum– metal junction formed by the conducting tip and the substrate and the applied voltage (i.e. a capacitor) [22–28]. ...
CT-Invariant Quantum Spin Hall Effect in Ferromagnetic Graphene
... was also predicted to exist in some other systems [9–12]. Recently, the QSHE was successfully realized in the CdTe=HgTe=CdTe quantum wells, and a quantized longitudinal resistance plateau was experimentally observed due to the QSHE [11]. Another subject that has also been extensively investigated in ...
... was also predicted to exist in some other systems [9–12]. Recently, the QSHE was successfully realized in the CdTe=HgTe=CdTe quantum wells, and a quantized longitudinal resistance plateau was experimentally observed due to the QSHE [11]. Another subject that has also been extensively investigated in ...
