Introduction to Machine Learning. - Electrical & Computer Engineering
... – Intelligent systems engineering: specification of learning problems ...
... – Intelligent systems engineering: specification of learning problems ...
A Complete Characterization of Unitary Quantum
... • Ask Merlin to send many copies of the original witness and run protocol on each one, take majority vote • Problem with this: number of proof qubits grows with improving error bounds • Needs r/(c-s)2 repetitions to obtain error 2-r by Chernoff bound • Define two projectors: ⇧0 = |0ih0|anc and ⇧1 ...
... • Ask Merlin to send many copies of the original witness and run protocol on each one, take majority vote • Problem with this: number of proof qubits grows with improving error bounds • Needs r/(c-s)2 repetitions to obtain error 2-r by Chernoff bound • Define two projectors: ⇧0 = |0ih0|anc and ⇧1 ...
Even-denominator fractional quantum Hall effect in bilayer graphene
... Correlation satisfied by devices realized in different laboratories and on different substrates with different surface chemistry and dielectric properties Evidence for universality of the effects of disorder in graphene ...
... Correlation satisfied by devices realized in different laboratories and on different substrates with different surface chemistry and dielectric properties Evidence for universality of the effects of disorder in graphene ...
ADIABATIC QUANTUM COMPUTATION
... 6 A single-gate universal quantum gates can also be formulated using 3-qubit Deutsch gate. 7 Given a search space of size N (with no prior knowledge about the structure of information in it) we want to find the element satisfying a known √ property. Classicaly, this problem can be solved in O(N ), b ...
... 6 A single-gate universal quantum gates can also be formulated using 3-qubit Deutsch gate. 7 Given a search space of size N (with no prior knowledge about the structure of information in it) we want to find the element satisfying a known √ property. Classicaly, this problem can be solved in O(N ), b ...
Quantum Mechanics - Nanyang Technological University
... Recently it has become possible to do experiments on the quantum vacuum using superconducting circuits. Both the electromagnetic quantum vacuum and the phononic quantum vacuum can be studied. Three different experiments carried out at mK temperatures and at microwave frequencies are described. First ...
... Recently it has become possible to do experiments on the quantum vacuum using superconducting circuits. Both the electromagnetic quantum vacuum and the phononic quantum vacuum can be studied. Three different experiments carried out at mK temperatures and at microwave frequencies are described. First ...
Experimental Implementation of Encoded Logical Qubit Operations
... After the unitary gate operation, we also applied Bk, BSk, or Sk errors to the individual qubits, using singlequbit rotations around the x, y, or z axis. For a quantitative evaluation of the algorithm’s performance, we used quantum process tomography [21] of the complete algorithm represented in F ...
... After the unitary gate operation, we also applied Bk, BSk, or Sk errors to the individual qubits, using singlequbit rotations around the x, y, or z axis. For a quantitative evaluation of the algorithm’s performance, we used quantum process tomography [21] of the complete algorithm represented in F ...
Quantum computing: An IBM perspective
... could break such encryption schemes. Consequently, the interest in building such a system has dramatically increased since Shor’s discovery. Aside from code breaking and simulating quantum systems efficiently, quantum computers could prove useful in other important areas. For example, searching unsor ...
... could break such encryption schemes. Consequently, the interest in building such a system has dramatically increased since Shor’s discovery. Aside from code breaking and simulating quantum systems efficiently, quantum computers could prove useful in other important areas. For example, searching unsor ...
On Quantum vs. Classical Communication Complexity
... All communication models that we have seen can be “augmented” by allowing Alice and Bob (but not the referee) to use shared randomness, or even shared entanglement. Shared randomness matters only in the SMP regime, as O(log n) shared random bits are always sufficient. We do not have, as of today, an ...
... All communication models that we have seen can be “augmented” by allowing Alice and Bob (but not the referee) to use shared randomness, or even shared entanglement. Shared randomness matters only in the SMP regime, as O(log n) shared random bits are always sufficient. We do not have, as of today, an ...
The Canonical Approach to Quantum Gravity
... then (Σ, ht ) is isometric to the submanifold Σt with the induced metric. Each three-dimensional leaf Σt now corresponds to an instant of time t, where t is so far only a topological time: it faithfully labels instants in a continuous fashion, but no implication is made as to its relation to actual ...
... then (Σ, ht ) is isometric to the submanifold Σt with the induced metric. Each three-dimensional leaf Σt now corresponds to an instant of time t, where t is so far only a topological time: it faithfully labels instants in a continuous fashion, but no implication is made as to its relation to actual ...
The quantum world is not built up from correlations - Philsci
... ticles that are anti-correlated in spin. Bell’s result shows that no single particle in the singlet state can be regarded to have a locally preexistent spin value. Instead, the singlet state tells us that upon measurement the spin values, if measured in the same direction on each particle, will alw ...
... ticles that are anti-correlated in spin. Bell’s result shows that no single particle in the singlet state can be regarded to have a locally preexistent spin value. Instead, the singlet state tells us that upon measurement the spin values, if measured in the same direction on each particle, will alw ...
De Broglie-Bohm and Feynman Path Integrals
... The axiomatic status of the Born rule in orthodox quantum theory seems even more bewildering when we consider that this concept of emergent probability is nothing new in physics. Indeed, the same notion lies at the basis of classical statistical mechanics, where the underlying (deterministic) Newton ...
... The axiomatic status of the Born rule in orthodox quantum theory seems even more bewildering when we consider that this concept of emergent probability is nothing new in physics. Indeed, the same notion lies at the basis of classical statistical mechanics, where the underlying (deterministic) Newton ...
CASYS'09 Computing Anticipatory Systems
... their global nature emerging from local deformation processes. It also provides insights on the geometrical (fractal) properties of coherent states. My conclusion is that fractals are global systems arising from local deformation processes. Therefore they cannot be purely geometric objects. Their co ...
... their global nature emerging from local deformation processes. It also provides insights on the geometrical (fractal) properties of coherent states. My conclusion is that fractals are global systems arising from local deformation processes. Therefore they cannot be purely geometric objects. Their co ...
Quantum Theory. A Mathematical Approach
... physics generally – of great interest, and although I believe that some knowledge should be a part of the general education of physicists, I shall nevertheless follow here in my exposition of quantum theory the opposite direction. This is in particular the best way to teach the subject to mathematic ...
... physics generally – of great interest, and although I believe that some knowledge should be a part of the general education of physicists, I shall nevertheless follow here in my exposition of quantum theory the opposite direction. This is in particular the best way to teach the subject to mathematic ...