Quantum computation and quantum information (PDF
... general could be done more efficiently if it made use of these quantum effects. In a later paper [81], Feynman analyzes the physical limitations of computers due to the laws of physics and tries to exhibit the principles on which a quantum mechanical computer could be built. As researchers began to ...
... general could be done more efficiently if it made use of these quantum effects. In a later paper [81], Feynman analyzes the physical limitations of computers due to the laws of physics and tries to exhibit the principles on which a quantum mechanical computer could be built. As researchers began to ...
Quantum Bianchi I model: an attempt to understand very early
... Introduction As you probably know: Cosmology is devoted to Universe as a whole. Gravitational field plays crucial role in large distances. Einstein’s General Relativity (GR) is a theory of gravity. In fact we can say that cosmology bases on GR. Unfortunatelly GR is a very difficult theory (due to n ...
... Introduction As you probably know: Cosmology is devoted to Universe as a whole. Gravitational field plays crucial role in large distances. Einstein’s General Relativity (GR) is a theory of gravity. In fact we can say that cosmology bases on GR. Unfortunatelly GR is a very difficult theory (due to n ...
Between classical and quantum
... Moreover, awkward superpositions are by no means confined to physics laboratories: due to its chaotic motion, Saturn’s moon Hyperion (which is about the size of New York) has been estimated to spread out all over its orbit within 20 years if treated as an isolated quantum-mechanical wave packet (Zur ...
... Moreover, awkward superpositions are by no means confined to physics laboratories: due to its chaotic motion, Saturn’s moon Hyperion (which is about the size of New York) has been estimated to spread out all over its orbit within 20 years if treated as an isolated quantum-mechanical wave packet (Zur ...
Between classical and quantum
... 2004). Moreover, awkward superpositions are by no means confined to physics laboratories: due to its chaotic motion, Saturn’s moon Hyperion (which is about the size of New York) has been estimated to spread out all over its orbit within 20 years if treated as an isolated quantum-mechanical wave pack ...
... 2004). Moreover, awkward superpositions are by no means confined to physics laboratories: due to its chaotic motion, Saturn’s moon Hyperion (which is about the size of New York) has been estimated to spread out all over its orbit within 20 years if treated as an isolated quantum-mechanical wave pack ...
Measurement Models for Quantum Zeno and anti
... problem of the “classical limit” is at the heart of the interpretation problem. Most textbooks suggest that classical mechanics is in some sense contained in quantum mechanics as a special case. These standard arguments are insufficient for several reasons. It remains unexplained why macro-objects c ...
... problem of the “classical limit” is at the heart of the interpretation problem. Most textbooks suggest that classical mechanics is in some sense contained in quantum mechanics as a special case. These standard arguments are insufficient for several reasons. It remains unexplained why macro-objects c ...
Abstract Experiments demonstrating entanglement swapping have
... the lesson that quantum states are neither descriptions nor representations of physical reality. In particular, it undermines the idea that ascribing an entangled state to quantum systems is a way of representing some new, non-classical, physical relation between them. (Healey 2012, 31) The idea of ...
... the lesson that quantum states are neither descriptions nor representations of physical reality. In particular, it undermines the idea that ascribing an entangled state to quantum systems is a way of representing some new, non-classical, physical relation between them. (Healey 2012, 31) The idea of ...
Gregor Wentzel - National Academy of Sciences
... Habilitation in 1922 and became a Privatdozent (roughly the equivalent of what today would be an assistant professor). In 1926 Wentzel moves to the University of Leipzig as an a. o. Professor (roughly an associate professor). Then in 1928 he is appointed Erwin Schrödinger’s successor as professor of ...
... Habilitation in 1922 and became a Privatdozent (roughly the equivalent of what today would be an assistant professor). In 1926 Wentzel moves to the University of Leipzig as an a. o. Professor (roughly an associate professor). Then in 1928 he is appointed Erwin Schrödinger’s successor as professor of ...
Superconducting Qubits and Circuits: Artificial Atoms Coupled to
... We will study different qubit designs and their relative merits. We will also learn how to control and readout the quantum states of qubits and cavities, and how to entangle different their quantum degrees of freedom. In recent decades, we have come to understand that superposition and entanglement ar ...
... We will study different qubit designs and their relative merits. We will also learn how to control and readout the quantum states of qubits and cavities, and how to entangle different their quantum degrees of freedom. In recent decades, we have come to understand that superposition and entanglement ar ...
Applying elementary principles from quantum physics
... From the outset: looking at the title of this talk... It seems we want to make social science or …nance to become quantum mechanical.... This is NOT what we are after In our book (E. Haven and A. Khrennikov (2013). Quantum Social Science. Cambridge University Press), we try to make the case we can u ...
... From the outset: looking at the title of this talk... It seems we want to make social science or …nance to become quantum mechanical.... This is NOT what we are after In our book (E. Haven and A. Khrennikov (2013). Quantum Social Science. Cambridge University Press), we try to make the case we can u ...