Research Statement
... and performing photon-number resolving measurements [11]. A number of experimental groups have now performed demonstrations of small-scale BosonSampling experiments [12, 13, 14, 15, ...
... and performing photon-number resolving measurements [11]. A number of experimental groups have now performed demonstrations of small-scale BosonSampling experiments [12, 13, 14, 15, ...
Wave-mechanical Model for Chemistry (Reprint: To be published in
... visualized in terms of extranuclear valence electrons, wave-mechanically associated with atomic cores. The wave equation has been solved only for the hydrogen electron and this solution must perforce serve as a model for all other atoms. The physical meaning of the wave function is not beyond disput ...
... visualized in terms of extranuclear valence electrons, wave-mechanically associated with atomic cores. The wave equation has been solved only for the hydrogen electron and this solution must perforce serve as a model for all other atoms. The physical meaning of the wave function is not beyond disput ...
Why the Logical Disjunction in Quantum Logic is Not
... the water at the left it influences what happens to the water at the right. More concretely the water at right is also poured out, and hence helps to result in there being more than 10 liters at the left. Indeed, we also know that there cannot be more than 10 liters of water to left and more than 1 ...
... the water at the left it influences what happens to the water at the right. More concretely the water at right is also poured out, and hence helps to result in there being more than 10 liters at the left. Indeed, we also know that there cannot be more than 10 liters of water to left and more than 1 ...
http://math.ucsd.edu/~nwallach/venice.pdf
... since in practice the part of the universe that will have a real e¤ect on V is given by this tensor product. Now, the Hamiltonian HU will not preserve the tensor product structure. Thus, even though we are attempting to do only operations on states in V the environment will cause the states to chang ...
... since in practice the part of the universe that will have a real e¤ect on V is given by this tensor product. Now, the Hamiltonian HU will not preserve the tensor product structure. Thus, even though we are attempting to do only operations on states in V the environment will cause the states to chang ...
A short course on Quantum Mechanics and its Geometry
... importance: that about ”Methods of Quantization”. Indeed, if what the so-called classical limit or dequantization process is to some extent quite well understood∗ , there exists no univocal prescriptions to ”quantize” a classical system, i.e. to give a set of unambiguous rules that allow to write th ...
... importance: that about ”Methods of Quantization”. Indeed, if what the so-called classical limit or dequantization process is to some extent quite well understood∗ , there exists no univocal prescriptions to ”quantize” a classical system, i.e. to give a set of unambiguous rules that allow to write th ...
MATTERS OF GRAVITY *******Anniversary Edition******* Contents
... electronic device that wouldn’t work without taking GR’s corrections into account. Particle physicists, that not long ago kind of looked down at GR, nowadays use Einstein’s spacetimes in every other paper. Observational cosmology has exploded, relativistic astrophysics is solidly established; the pr ...
... electronic device that wouldn’t work without taking GR’s corrections into account. Particle physicists, that not long ago kind of looked down at GR, nowadays use Einstein’s spacetimes in every other paper. Observational cosmology has exploded, relativistic astrophysics is solidly established; the pr ...
High performance quantum computing
... some technological disadvantages. High fidelity quantum communication channels are required to faithfully transmit entangled photons from the mainframe to each client. While purification protocols could, in principal, be utilized to increase transmission fidelity, this would be cumbersome and given ...
... some technological disadvantages. High fidelity quantum communication channels are required to faithfully transmit entangled photons from the mainframe to each client. While purification protocols could, in principal, be utilized to increase transmission fidelity, this would be cumbersome and given ...
Einstein-Podolsky-Rosen-Bohm laboratory
... A key feature of our test is that it does not rely on any particular property of the state |Φ. For instance, if in a laboratory EPRB experiment we find that E1 (a, b) shows a dependence on b that exceeds five times the standard deviation, this dependence cannot be attributed to |Φ deviating from t ...
... A key feature of our test is that it does not rely on any particular property of the state |Φ. For instance, if in a laboratory EPRB experiment we find that E1 (a, b) shows a dependence on b that exceeds five times the standard deviation, this dependence cannot be attributed to |Φ deviating from t ...
Powerpoint 7/13
... Deutsch’s (Classical) Problem: What is the minimal number of times we have to use this black box to determine whether we are given one of the first two or the second two functions? ...
... Deutsch’s (Classical) Problem: What is the minimal number of times we have to use this black box to determine whether we are given one of the first two or the second two functions? ...
The Learnability of Quantum States
... Claim: For all awN, there’s a randomized protocol where Alice sends a+O(log N) bits and Merlin sends w bits Proof: Alice divides x into w-bit substrings. She then encodes each one with an error-correcting code, and sends Bob a random k along with the kth bit of each codeword. Merlin sends the subst ...
... Claim: For all awN, there’s a randomized protocol where Alice sends a+O(log N) bits and Merlin sends w bits Proof: Alice divides x into w-bit substrings. She then encodes each one with an error-correcting code, and sends Bob a random k along with the kth bit of each codeword. Merlin sends the subst ...
A functional quantum programming language
... We can read had as an operation which, depending on its input qubit x, returns one of two superpositions of a qubit. We can also easily calculate that applying had twice gets us back where we started by cancelling out amplitudes. An important feature of quantum programming is the possibility to crea ...
... We can read had as an operation which, depending on its input qubit x, returns one of two superpositions of a qubit. We can also easily calculate that applying had twice gets us back where we started by cancelling out amplitudes. An important feature of quantum programming is the possibility to crea ...
The Puzzle of Conscious Experience - Filosofia - nihilsibi
... A True Theory of Everything In searching for an alternative, a key observation is that not all entities in science are explained in terms of more basic entities. In physics, for example, space-time, mass and charge (among other things) are regarded as fundamental features of the world, as they are n ...
... A True Theory of Everything In searching for an alternative, a key observation is that not all entities in science are explained in terms of more basic entities. In physics, for example, space-time, mass and charge (among other things) are regarded as fundamental features of the world, as they are n ...
Theory and simulations of quantum glass forming liquids
... been presented. In this work we instead focus on "realistic" off-lattice quantum fluids. The microscopic detail of our study necessitates the use of approximations, such as mode-coupling theory (MCT)18 and ring-polymer molecular dynamics (RPMD),19 that are less well-justified then the methods employ ...
... been presented. In this work we instead focus on "realistic" off-lattice quantum fluids. The microscopic detail of our study necessitates the use of approximations, such as mode-coupling theory (MCT)18 and ring-polymer molecular dynamics (RPMD),19 that are less well-justified then the methods employ ...
Hidden Variable Theory
... brought into being by the very act of measurement. There are two reasons why we say this: 1. Measurements disturb the system If we want to measure the position of an atom we must shine light on it. The wavelength of the light must be about the atom’s size: λ . ∆x. But the light imparts a momentum to ...
... brought into being by the very act of measurement. There are two reasons why we say this: 1. Measurements disturb the system If we want to measure the position of an atom we must shine light on it. The wavelength of the light must be about the atom’s size: λ . ∆x. But the light imparts a momentum to ...
