Shamsul Kaonain
... interfere with the functioning of such circuits and devices. One of the possible solutions to the problem posed by eventual failure of devices in a sub atomic scale is to move to a different architecture of computing. One option is provided by the theory of quantum computation , which is based on th ...
... interfere with the functioning of such circuits and devices. One of the possible solutions to the problem posed by eventual failure of devices in a sub atomic scale is to move to a different architecture of computing. One option is provided by the theory of quantum computation , which is based on th ...
Conjugate Codes - at www.arxiv.org.
... data v+C2⊥ provided we could send the entangled state |φxzv i in (8) and the noise level of the quantum channel including Eve’s action were tolerable by the quantum code. In the above scheme, the legitimate sender, Alice, and receiver, Bob, should share the random variables XZ, say, by sending them ...
... data v+C2⊥ provided we could send the entangled state |φxzv i in (8) and the noise level of the quantum channel including Eve’s action were tolerable by the quantum code. In the above scheme, the legitimate sender, Alice, and receiver, Bob, should share the random variables XZ, say, by sending them ...
Topic 13: Quantum and nuclear physics
... For light having a wavelength of 500. nm we have E = hc/ = (6.6310-34)(3.00108)/(50010-9) = 3.9810-19 J. ...
... For light having a wavelength of 500. nm we have E = hc/ = (6.6310-34)(3.00108)/(50010-9) = 3.9810-19 J. ...
Document
... state. Z is said to have a maximal belief structure. Subjective Bayesian answer We trust quantum over classical coin tossing because an agent who believes the coin is fair cannot rule out an insider attack, whereas the beliefs that lead to a pure-state assignment are inconsistent with any other part ...
... state. Z is said to have a maximal belief structure. Subjective Bayesian answer We trust quantum over classical coin tossing because an agent who believes the coin is fair cannot rule out an insider attack, whereas the beliefs that lead to a pure-state assignment are inconsistent with any other part ...
Introduction to loop quantum gravity
... are a consequence of the assumption that the background geometry is smooth. How does one think in loop quantum gravity? Loop quantum gravity is based on the assumption that quantum mechanics and general relativity are correct. It assumes background independence and does not attempt to unify forces, ...
... are a consequence of the assumption that the background geometry is smooth. How does one think in loop quantum gravity? Loop quantum gravity is based on the assumption that quantum mechanics and general relativity are correct. It assumes background independence and does not attempt to unify forces, ...
Quantum gravity without gravitons in a superfluid quantum space.
... 1 Massive particles as vortices in a super uid quantum space (SQS) The particles of the Standard Model could form as dynamic topological defects (super uid vortices) or pulses in a SQS [4]. In this view, the super uid vacuum is a fundamental scalar eld with quasi-zero viscosity which gives mass to ...
... 1 Massive particles as vortices in a super uid quantum space (SQS) The particles of the Standard Model could form as dynamic topological defects (super uid vortices) or pulses in a SQS [4]. In this view, the super uid vacuum is a fundamental scalar eld with quasi-zero viscosity which gives mass to ...
No Evidence for Particles
... Exhibit B in the alleged evidence for particles pertains to the localized effects of spread-out wave functions. For example, if a photon-like wave function goes through a single slit, becomes spread out and hits a screen covered with grains of film, one will find only a single grain of film exposed. ...
... Exhibit B in the alleged evidence for particles pertains to the localized effects of spread-out wave functions. For example, if a photon-like wave function goes through a single slit, becomes spread out and hits a screen covered with grains of film, one will find only a single grain of film exposed. ...
Document
... to the light intensity varying in space. For light in the far field, i.e. for optical trapping far away from surfaces, this spatial resolution will thus be given essentially by the wavelength of the light. In the quest to realize free-space optical subwavelength structures for atoms we will describe ...
... to the light intensity varying in space. For light in the far field, i.e. for optical trapping far away from surfaces, this spatial resolution will thus be given essentially by the wavelength of the light. In the quest to realize free-space optical subwavelength structures for atoms we will describe ...
An attempt to understand the PBR no
... PBR do not show that mixed [epistemic] models are predictively awed or fail to yield the correct quantum statistics for some observables or states of a given system. Rather, PBR demonstrate a possible di culty for hiddenvariables models in forming composites of identically prepared systems. (3.) ...
... PBR do not show that mixed [epistemic] models are predictively awed or fail to yield the correct quantum statistics for some observables or states of a given system. Rather, PBR demonstrate a possible di culty for hiddenvariables models in forming composites of identically prepared systems. (3.) ...
Two-dimensional electron gas in InGaAs/ InAlAs quantum wells E. Diez
... t 共circles兲, measured at 4.2 K for samples 1–3 and 10–12, as a function of d, the distance from the bottom doping layer to the quantum well. Both scattering rates 共−1兲 shows a fast decrease at small values of d 共below ⬃30 nm兲, indicating that the dopants provide efficient scattering for electrons a ...
... t 共circles兲, measured at 4.2 K for samples 1–3 and 10–12, as a function of d, the distance from the bottom doping layer to the quantum well. Both scattering rates 共−1兲 shows a fast decrease at small values of d 共below ⬃30 nm兲, indicating that the dopants provide efficient scattering for electrons a ...
Modal Approaches in Metaphysics and Quantum Mechanics1
... The main goals of interpretation can be formulated as follows: (a) to find out which natural phenomena are hidden behind the equations; (b) to describe all parts of the theory in terms of the existence and reality; (c) to explain relationships of these parts with an experiment, including an operatio ...
... The main goals of interpretation can be formulated as follows: (a) to find out which natural phenomena are hidden behind the equations; (b) to describe all parts of the theory in terms of the existence and reality; (c) to explain relationships of these parts with an experiment, including an operatio ...
Immortality: myth or becoming reality?
... Cell biology shows that humans are programmed to die and daily experience shows that we cannot escape fatal wear of our body. But should we really be satisfied with our mortal organism or should we declare war on this ancient enemy, and rather decide that death is not invincible? Genetic and nano-te ...
... Cell biology shows that humans are programmed to die and daily experience shows that we cannot escape fatal wear of our body. But should we really be satisfied with our mortal organism or should we declare war on this ancient enemy, and rather decide that death is not invincible? Genetic and nano-te ...
