The Emperor`s New Mind by Roger Penrose
... Penrose's book is the most powerful attack yet written on strong AI. Objections have been raised in past centuries to the reductionist claim that a mind is a machine operated by known laws of physics, but Penrose's offensive is more persuasive because it draws on information not available to earlier ...
... Penrose's book is the most powerful attack yet written on strong AI. Objections have been raised in past centuries to the reductionist claim that a mind is a machine operated by known laws of physics, but Penrose's offensive is more persuasive because it draws on information not available to earlier ...
M12/16
... the metric is usually strictly stronger than the weak* topology. All these matters are attributable to one main feature of the non-compact case: points, and more generally probability measures, can escape at infinity. ...
... the metric is usually strictly stronger than the weak* topology. All these matters are attributable to one main feature of the non-compact case: points, and more generally probability measures, can escape at infinity. ...
Preparing projected entangled pair states on a quantum computer
... Projection onto the next ground state is performed using Phase Estimation[5] We perform a binary measurement on the energy register (zero or non-zero) If the outcome is zero, we have perpared the desired ground state Else, we undo the measurement using the well-known Marriot-Watrous trick[6] and re- ...
... Projection onto the next ground state is performed using Phase Estimation[5] We perform a binary measurement on the energy register (zero or non-zero) If the outcome is zero, we have perpared the desired ground state Else, we undo the measurement using the well-known Marriot-Watrous trick[6] and re- ...
Quantum Information with Fermionic Gaussian States - Max
... In this Thesis we study finite-dimensional fermionic Gaussian states and channels. In physics, Gaussian approximation is a frequently used tool for solving many-body problems. Gaussian approximation relies on describing system fully in terms of two-point correlation functions. This means that all th ...
... In this Thesis we study finite-dimensional fermionic Gaussian states and channels. In physics, Gaussian approximation is a frequently used tool for solving many-body problems. Gaussian approximation relies on describing system fully in terms of two-point correlation functions. This means that all th ...
conference on the foundations of quantum mechanics xavier
... are suspicious elements, though, since under some conditions it is very, very difficult to confirm the consequences of quantum theory. This point has been emphasized, the first time in my knowledge, in the book of Bohm. The fact that it is so difficult to verify it makes one suspicious that perhaps ...
... are suspicious elements, though, since under some conditions it is very, very difficult to confirm the consequences of quantum theory. This point has been emphasized, the first time in my knowledge, in the book of Bohm. The fact that it is so difficult to verify it makes one suspicious that perhaps ...
Transport study on two-dimensional electrons with controlled short-range alloy disorder
... mentor when I joined the Tsui group. Actually almost all my knowledge of cryogenics was learned from Gabor. He helped me from the very first stage to engage my thesis projects, and kept on discussing with me when I grew more experienced. A big part of my thesis work was done at ultra-low temperature ...
... mentor when I joined the Tsui group. Actually almost all my knowledge of cryogenics was learned from Gabor. He helped me from the very first stage to engage my thesis projects, and kept on discussing with me when I grew more experienced. A big part of my thesis work was done at ultra-low temperature ...
Detectability, Invasiveness and the Quantum Three Box Paradox
... Let us assume that these post-selective inferences are valid even if Bob did not make an intervening measurement. When Alice observes outcome A, she infers Bob would have observed Q with probability PM (Q|A), had he actually made the measurement. Similarly if she observes outcome ¬A, she infers Bob ...
... Let us assume that these post-selective inferences are valid even if Bob did not make an intervening measurement. When Alice observes outcome A, she infers Bob would have observed Q with probability PM (Q|A), had he actually made the measurement. Similarly if she observes outcome ¬A, she infers Bob ...
Ph410 Physics of Quantum Computation1
... In Bennett’s reversible computer there must be a mechanism for preserving the result of a computation, before the computer is reversibly restored to its initial state. Use the model of memory bits as boxes with a molecule in the left or right half to describe a (very simple) process whereby a bit, w ...
... In Bennett’s reversible computer there must be a mechanism for preserving the result of a computation, before the computer is reversibly restored to its initial state. Use the model of memory bits as boxes with a molecule in the left or right half to describe a (very simple) process whereby a bit, w ...
