The solution of the “constant term problem” and the ζ
... formula, to the classical length spectrum of the classical periodic orbits, i.e. the non-spectral part of the trace formula, including periodic orbits with period zero, i.e. fixed points. In particular the Selberg and the Gutzwiller trace formula don’t involve in their non-spectral parts any quantit ...
... formula, to the classical length spectrum of the classical periodic orbits, i.e. the non-spectral part of the trace formula, including periodic orbits with period zero, i.e. fixed points. In particular the Selberg and the Gutzwiller trace formula don’t involve in their non-spectral parts any quantit ...
Emulating Quantum Computation
... This thesis presents classical emulations of circuit-based and measurement-based quantum computation. In order to create emulators faithful to the theory of quantum computation we develop the required mathematics, quantum mechanics and quantum computing background. We justify our implementations by ...
... This thesis presents classical emulations of circuit-based and measurement-based quantum computation. In order to create emulators faithful to the theory of quantum computation we develop the required mathematics, quantum mechanics and quantum computing background. We justify our implementations by ...
Twenty years of the Weyl anomaly
... This was the road to Damascus for Steve as far as Weyl anomalies were concerned an4 like many a recent convert, he went on to become their most ardent advocatet. This was also the beginning of a very fruitful collaboration between the two of us. The significance of my paper with Deser and Isham was ...
... This was the road to Damascus for Steve as far as Weyl anomalies were concerned an4 like many a recent convert, he went on to become their most ardent advocatet. This was also the beginning of a very fruitful collaboration between the two of us. The significance of my paper with Deser and Isham was ...
Aalborg Universitet Quantum Organizational World-Making through Material Emobided Storytelling Practices
... to be viewed as routine bodily activities. The body is not to be considered as an instrument used by the human agent in order to act. This assumption relies on the traditional mind-body dichotomy. Instead “practice is the routinized activity of the body” (Nicolini 2012: 4) or a habituated body using ...
... to be viewed as routine bodily activities. The body is not to be considered as an instrument used by the human agent in order to act. This assumption relies on the traditional mind-body dichotomy. Instead “practice is the routinized activity of the body” (Nicolini 2012: 4) or a habituated body using ...
COMPUTER-AIDED-DESIGN METHODS FOR EMERGING
... 2.3.2. Quantum Bits and Registers .................................................................... 34 2.3.3. Quantum Operations on a Single Qubit................................................... 35 2.3.4. Elementary Quantum Gates and Quantum Circuits................................. 36 2.3.5. ...
... 2.3.2. Quantum Bits and Registers .................................................................... 34 2.3.3. Quantum Operations on a Single Qubit................................................... 35 2.3.4. Elementary Quantum Gates and Quantum Circuits................................. 36 2.3.5. ...
Topological Quantum: Lecture Notes
... loop gets a value d. We could have folded over this knot many many times3 and still that outcome of the Kauffman evaluation would be d. The idea of a knot invariant seems like a great tool for distinguishing knots from each other. If you have two complicated knots and you do not know if they are top ...
... loop gets a value d. We could have folded over this knot many many times3 and still that outcome of the Kauffman evaluation would be d. The idea of a knot invariant seems like a great tool for distinguishing knots from each other. If you have two complicated knots and you do not know if they are top ...
Entanglement and Tensor Network States - cond
... think that we have an underlying lattice structure given: some lattice that can be captured by a graph. The vertices of this graph are associated with a quantum degree of freedom each, referred to as constituents, while edges correspond to neighbourhood relations. Interactions in the physical system ...
... think that we have an underlying lattice structure given: some lattice that can be captured by a graph. The vertices of this graph are associated with a quantum degree of freedom each, referred to as constituents, while edges correspond to neighbourhood relations. Interactions in the physical system ...
