- Harish-Chandra Research Institute
... Until recently we had been looking for qubit systems, in which all qubits are coupled to each other with unequal couplings, so that all transitions are resolved and we have a complete access to the full Hilbert space. ...
... Until recently we had been looking for qubit systems, in which all qubits are coupled to each other with unequal couplings, so that all transitions are resolved and we have a complete access to the full Hilbert space. ...
De Broglie-Bohm and Feynman Path Integrals
... At the Solvay conference in Brussels—perhaps the most important meeting in the history of quantum theory—Louis de Broglie presented what he called ‘the new dynamics of quanta’ [BV09]. This, the culmination of his independent work beginning in [dB23] and supplemented by Schrödinger’s disco ...
... At the Solvay conference in Brussels—perhaps the most important meeting in the history of quantum theory—Louis de Broglie presented what he called ‘the new dynamics of quanta’ [BV09]. This, the culmination of his independent work beginning in [dB23] and supplemented by Schrödinger’s disco ...
Quantum Phase Transitions
... For the purposes of this subsection might as well localized but the theory discussed in Sec. 2 below applies to itinerant magnets only. T , large J). For any given J, there is an associated Curie temperature Tc and classical phase transition occurs if we vary the temperature through Tc . On the othe ...
... For the purposes of this subsection might as well localized but the theory discussed in Sec. 2 below applies to itinerant magnets only. T , large J). For any given J, there is an associated Curie temperature Tc and classical phase transition occurs if we vary the temperature through Tc . On the othe ...
Quantum Operating Systems - Henry Corrigan
... The last few years have seen tremendous progress towards the construction of non-trivial quantum computers [7, 23, 29]. A number of start-ups are working towards commercializing the technology, NIST is standardizing new “post-quantum” cryptosystems [41], and industry giants, including Google [20] an ...
... The last few years have seen tremendous progress towards the construction of non-trivial quantum computers [7, 23, 29]. A number of start-ups are working towards commercializing the technology, NIST is standardizing new “post-quantum” cryptosystems [41], and industry giants, including Google [20] an ...
G070507-00 - DCC
... • loose group structure – meet once or twice per year for overview (no telecons) – plus about one/two per year special topic meetings • next ones: QND meeting and Simulation/Software tools meeting, both satellites of the next LV meeting Hannover ...
... • loose group structure – meet once or twice per year for overview (no telecons) – plus about one/two per year special topic meetings • next ones: QND meeting and Simulation/Software tools meeting, both satellites of the next LV meeting Hannover ...
Document
... – Ising Model (Classical) – Transverse Ising Model (Quantum) – Heisenberg Model (Quantum) ...
... – Ising Model (Classical) – Transverse Ising Model (Quantum) – Heisenberg Model (Quantum) ...
While the ramifications of quantum computers
... Google is also supporting scientists in Australia, who are presently attempting to create a working, large scale quantum computer using silicon. “So far, the UNSW team has demonstrated a system with quantum bits, or qubits, only in a single atom. Useful computations will require linking qubits in mu ...
... Google is also supporting scientists in Australia, who are presently attempting to create a working, large scale quantum computer using silicon. “So far, the UNSW team has demonstrated a system with quantum bits, or qubits, only in a single atom. Useful computations will require linking qubits in mu ...
Measurement Problem - The Information Philosopher
... But Bohr and Heisenberg also insisted that a measuring apparatus must be a regarded as a purely classical system. They can’t have it both ways. Can the macroscopic apparatus also be treated by quantum physics or not? Can it be described by the Schrödinger equation? Can it be regarded as in a superpo ...
... But Bohr and Heisenberg also insisted that a measuring apparatus must be a regarded as a purely classical system. They can’t have it both ways. Can the macroscopic apparatus also be treated by quantum physics or not? Can it be described by the Schrödinger equation? Can it be regarded as in a superpo ...
Quantum dots
... Let us discuss how the difference between 2 trajectories, evolves in time for the time much larger then the elementary traversal time provided the position difference at the initial time is infinitesimally small. The answer strongly depends on the shape of the cavity. If it diverges exponentially, ...
... Let us discuss how the difference between 2 trajectories, evolves in time for the time much larger then the elementary traversal time provided the position difference at the initial time is infinitesimally small. The answer strongly depends on the shape of the cavity. If it diverges exponentially, ...
Quantum Superpositions and Causality: On the Multiple Paths to the
... which exists within rational potentiality is then characterized as being capable of both contrary effects.3 This also means that potentiality is capable of being and not being at one and the same time.4 The contradiction of being and not being present in rational potentiality is only dissolved when ...
... which exists within rational potentiality is then characterized as being capable of both contrary effects.3 This also means that potentiality is capable of being and not being at one and the same time.4 The contradiction of being and not being present in rational potentiality is only dissolved when ...
