Light-Front Holographic QCD and Emerging
... years ago by the Maldacena Conjecture [22]. Roughly speaking, the conjecture states that a quantum gauge field theory in 4 dimensions corresponds to a classical gravitational theory in 5 dimensions. In this type of correspondence the higher-dimensional gravitational theory is referred to as the holo ...
... years ago by the Maldacena Conjecture [22]. Roughly speaking, the conjecture states that a quantum gauge field theory in 4 dimensions corresponds to a classical gravitational theory in 5 dimensions. In this type of correspondence the higher-dimensional gravitational theory is referred to as the holo ...
PDF
... observation of vortices had been limited to small arrays (up to 11 vortices), both in liquid He [3] and more recently in rotating gaseous Bose-Einstein condensates (BEC) [4, 5]. We have observed the formation of highly-ordered vortex lattices in a rotating Bose-condensed gas [6]. They were produced ...
... observation of vortices had been limited to small arrays (up to 11 vortices), both in liquid He [3] and more recently in rotating gaseous Bose-Einstein condensates (BEC) [4, 5]. We have observed the formation of highly-ordered vortex lattices in a rotating Bose-condensed gas [6]. They were produced ...
Quantum Computation, Quantum Theory and AI
... Quantum computation offers the possibility of considerable speedup over classical computation by exploring the power of superposition of quantum states. This can be illustrated very well by the Deutsch-Jozsa algorithm, which was designed in [32] to solve the following: Deutsch’s Problem: A Boolean f ...
... Quantum computation offers the possibility of considerable speedup over classical computation by exploring the power of superposition of quantum states. This can be illustrated very well by the Deutsch-Jozsa algorithm, which was designed in [32] to solve the following: Deutsch’s Problem: A Boolean f ...
slides
... Group Field Theories: spacetime from quantum discreteness to an amergent continuum – p. 4/3 models, simplicial QG,... ...
... Group Field Theories: spacetime from quantum discreteness to an amergent continuum – p. 4/3 models, simplicial QG,... ...
Models of quantum computation and quantum programming
... According to the Moore’s Law [3, 4] the number of transistors on a given chip is doubled every two years (see Fig. 1). Since classical computation has its natural limitations in the terms of the size of computing devices, it is natural to investigate the behaviour of objects in micro scale. Quantum ...
... According to the Moore’s Law [3, 4] the number of transistors on a given chip is doubled every two years (see Fig. 1). Since classical computation has its natural limitations in the terms of the size of computing devices, it is natural to investigate the behaviour of objects in micro scale. Quantum ...
Appendix A: Integrator Programs - IDEALS @ Illinois
... geometry of the phase space, to study long lifetime states in hyperspherical coordinates. Symplectic integrators can preserve the qualitative geometric behavior, but at the time of this dissertation, the author is not aware of any explicit symplectic integrators for Hamiltonians in hyperspherical co ...
... geometry of the phase space, to study long lifetime states in hyperspherical coordinates. Symplectic integrators can preserve the qualitative geometric behavior, but at the time of this dissertation, the author is not aware of any explicit symplectic integrators for Hamiltonians in hyperspherical co ...
AdS/CFT Course Notes - Johns Hopkins University
... • UV and IR physics may be extremely different, and in particular a vast number of distinct UV theories may look the same in the IR (for example all metals are described by the same theory at long distances). This means that a knowledge of long-distance physics does not tell us all that much about s ...
... • UV and IR physics may be extremely different, and in particular a vast number of distinct UV theories may look the same in the IR (for example all metals are described by the same theory at long distances). This means that a knowledge of long-distance physics does not tell us all that much about s ...
Cover Story Can Quantum Computing Provide Exponential
... Let me, on behalf of CSI family, execom and my own self congratulate Dr. Vijay P Bhatkar for being awarded Padma Bhushan, the third highest civilian award. CSI along with the entire Scientific Community is proud of his contributions in high performance computing (including the development of Param, t ...
... Let me, on behalf of CSI family, execom and my own self congratulate Dr. Vijay P Bhatkar for being awarded Padma Bhushan, the third highest civilian award. CSI along with the entire Scientific Community is proud of his contributions in high performance computing (including the development of Param, t ...
Relativistic effects in atomic and molecular properties
... these beliefs were initiated by Dirac himself [2], who wrote in 1929 that ”Relativistic effects are therefore of no importance in the consideration of atomic and molecular structure and ordinary chemical reactions”. In the last thirty years the situation has changed considerably. Presently, it is ge ...
... these beliefs were initiated by Dirac himself [2], who wrote in 1929 that ”Relativistic effects are therefore of no importance in the consideration of atomic and molecular structure and ordinary chemical reactions”. In the last thirty years the situation has changed considerably. Presently, it is ge ...
Embedding Quantum Simulators Roberto Di Candia
... mapped onto an enlarged Hilbert space in a nontrivial way. Via this embedding, we are able to retrieve, by measuring few observables, quantities that generally require full tomography in order to be evaluated. Moreover, we pay a special attention to the experimental feasibility, defining mappings wh ...
... mapped onto an enlarged Hilbert space in a nontrivial way. Via this embedding, we are able to retrieve, by measuring few observables, quantities that generally require full tomography in order to be evaluated. Moreover, we pay a special attention to the experimental feasibility, defining mappings wh ...
Quantum Computation and Quantum Information
... Quantum mechanics depicts phenomena at microscopic level such as position and momentum of an individual particle like an atom or electron, spin of an electron, detection of light photons, and the emission and absorption of light by atoms. Unlike classical mechanics where physical entities like posit ...
... Quantum mechanics depicts phenomena at microscopic level such as position and momentum of an individual particle like an atom or electron, spin of an electron, detection of light photons, and the emission and absorption of light by atoms. Unlike classical mechanics where physical entities like posit ...
Relaxation of a qubit measured by a driven Duffing oscillator
... qubit [15] or a superconducting quantum interference device (SQUID) used as a JBA [12], inductively coupled to the flux qubit and in contact with dissipative measurement circuitry. The JBA detection profits from the very different amplitudes and phases of the coexisting states of oscillator’s forced ...
... qubit [15] or a superconducting quantum interference device (SQUID) used as a JBA [12], inductively coupled to the flux qubit and in contact with dissipative measurement circuitry. The JBA detection profits from the very different amplitudes and phases of the coexisting states of oscillator’s forced ...
Aims - Publikationsserver der Universität Regensburg
... The spectral sensitivity of the photoreceptors is determined by the absorption region of the active chromophores. Specially four classes of blue light photoreceptors have been identified, they are PYP, BLUF-proteins, phototropins, and cryptochromes. BLUF-proteins, phototropins, and cryptochromes are ...
... The spectral sensitivity of the photoreceptors is determined by the absorption region of the active chromophores. Specially four classes of blue light photoreceptors have been identified, they are PYP, BLUF-proteins, phototropins, and cryptochromes. BLUF-proteins, phototropins, and cryptochromes are ...
Realism, rationalism and scientific method
... all its observation statements included, is incommensurable with the theory t h a t succeeds it, but such cases are rare and need special analysis. Using the terms of vol. 1, ch. 2.2 one can tentatively say that a theory is incommensurable with another theory if its ontological consequences are inco ...
... all its observation statements included, is incommensurable with the theory t h a t succeeds it, but such cases are rare and need special analysis. Using the terms of vol. 1, ch. 2.2 one can tentatively say that a theory is incommensurable with another theory if its ontological consequences are inco ...
IMPRECISE MEASUREMENTS IN QUANTUM MECHANICS
... Quantum theory has shown that measurements need also theoretical examination. Soon after the birth of quantum theory the deep nature of the theoretical issues related to measurements were generally recognized. It became clear that the concept of measurement is not at all innocuous, and an extensive ...
... Quantum theory has shown that measurements need also theoretical examination. Soon after the birth of quantum theory the deep nature of the theoretical issues related to measurements were generally recognized. It became clear that the concept of measurement is not at all innocuous, and an extensive ...
Young whores-old nuns or
... Schrodinger time-dependent equation dictates the eventual development of its -רfunction into a smeared state, or superposition of exploded and non-exploded states. But, again, since the gunpowder has, by that time, either exploded or not, QM ascribes to it two different states, and so the superpos ...
... Schrodinger time-dependent equation dictates the eventual development of its -רfunction into a smeared state, or superposition of exploded and non-exploded states. But, again, since the gunpowder has, by that time, either exploded or not, QM ascribes to it two different states, and so the superpos ...
pdf
... In 2002, I searched for a graduate research advisor who was excited about the “tabletop” research they were doing and who smiled in their photographs. With Dave and Wolfgang, I found excitement and smiles twice over. I thank them for the opportunity to explore and experiment in their lab for the las ...
... In 2002, I searched for a graduate research advisor who was excited about the “tabletop” research they were doing and who smiled in their photographs. With Dave and Wolfgang, I found excitement and smiles twice over. I thank them for the opportunity to explore and experiment in their lab for the las ...
Prog. Theor. Phys. Suppl. 176, 384 (2008).
... anyons may be of several different types each with certain probabilities (determined by the theory). In this sense we can also think of fusion as a measurement. It follows that given two anyons X, Y of type x, y, the particle type of the fusion, denoted as X ⊗ Y , is in general not well-defined. Given ...
... anyons may be of several different types each with certain probabilities (determined by the theory). In this sense we can also think of fusion as a measurement. It follows that given two anyons X, Y of type x, y, the particle type of the fusion, denoted as X ⊗ Y , is in general not well-defined. Given ...
Quantum Information Processing with Finite Resources
... become more and more relevant. Information processing at the microscopic scale poses challenges but also offers various opportunities: How much information can be transmitted through a physical communication channel if we can encode and decode our information using a quantum computer? How can we tak ...
... become more and more relevant. Information processing at the microscopic scale poses challenges but also offers various opportunities: How much information can be transmitted through a physical communication channel if we can encode and decode our information using a quantum computer? How can we tak ...