Science as Representation: Flouting the Criteria
... to the system as a whole (box with cat etc. inside) for which measurement outcome probabilities are certainly different on the two scenarios.7 Let’s admit that von Neumann’s alteration of the quantum theory, with or without Wigner’s addition, implies that the phenomena do derive from the quantum-mec ...
... to the system as a whole (box with cat etc. inside) for which measurement outcome probabilities are certainly different on the two scenarios.7 Let’s admit that von Neumann’s alteration of the quantum theory, with or without Wigner’s addition, implies that the phenomena do derive from the quantum-mec ...
Article. - NUS School of Computing
... Proof: For simplicity of notation, let us assume below that |φ0 iAB and |φ1 iAB do not exist. The proof is easily modified when they do exist by tagging them along. Let an EPR pair |ψiAB = √12 (|0iA |0iB +|1iA |1iB ) be shared between Alice and Bob. Let us refer to the qubit under concern that needs ...
... Proof: For simplicity of notation, let us assume below that |φ0 iAB and |φ1 iAB do not exist. The proof is easily modified when they do exist by tagging them along. Let an EPR pair |ψiAB = √12 (|0iA |0iB +|1iA |1iB ) be shared between Alice and Bob. Let us refer to the qubit under concern that needs ...
PHYSICS VS. SEMANTICS: A PUZZLING CASE
... quantum theory in its own right, and it is relegated into a status of ”interpretation” or a ”picture”. A great contribution to this mystification comes from the deeply rooted English acronym MWI (Many-Worlds Interpretation), containing the confusing misnomer (or so we shall argue) ”interpretation”. ...
... quantum theory in its own right, and it is relegated into a status of ”interpretation” or a ”picture”. A great contribution to this mystification comes from the deeply rooted English acronym MWI (Many-Worlds Interpretation), containing the confusing misnomer (or so we shall argue) ”interpretation”. ...
Interpretations of Quantum Mechanics: a critical - Philsci
... Now a state in H A ⊗ H B is called entangled if it is not a direct product state. In other words, entanglement describes the situation when the state of ’whole’ cannot be written in terms of the states of its constituent ’parts’. Generally, it is a very hard problem to decide whether a quantum state ...
... Now a state in H A ⊗ H B is called entangled if it is not a direct product state. In other words, entanglement describes the situation when the state of ’whole’ cannot be written in terms of the states of its constituent ’parts’. Generally, it is a very hard problem to decide whether a quantum state ...
p25-liu
... perturbative string theory, while others are resolved by invoking non-perturbative degrees of freedom. Understanding the cosmological singularities is a big challenge for string theory. Non-perturbative framework like the AdS/CFT correspondence gives promising avenue for attacking the problem. Strin ...
... perturbative string theory, while others are resolved by invoking non-perturbative degrees of freedom. Understanding the cosmological singularities is a big challenge for string theory. Non-perturbative framework like the AdS/CFT correspondence gives promising avenue for attacking the problem. Strin ...
ppt - Pavel Stránský
... Fourier transform calculates an “overlap” between the signal and a given basis ...
... Fourier transform calculates an “overlap” between the signal and a given basis ...
Logic, Geometry And Probability Theory - Philsci
... In this way, we see how deeply connected is the quantum logical approach to physics developed by von Neumann to the development of geometry. But what is the meaning of Logic and Geometry in this context? In this short article, we will explore a possible answer to this question and relate it to a gen ...
... In this way, we see how deeply connected is the quantum logical approach to physics developed by von Neumann to the development of geometry. But what is the meaning of Logic and Geometry in this context? In this short article, we will explore a possible answer to this question and relate it to a gen ...
Quantum (wave) mechanics
... A group or packet of matter waves is associated with every moving object. The packet travels with the same velocity as the object does. The waves in the packet have the average deBroglie wavelength h / mv . Even though we can’t visualise what is meant by and so can’t form a mental image of ma ...
... A group or packet of matter waves is associated with every moving object. The packet travels with the same velocity as the object does. The waves in the packet have the average deBroglie wavelength h / mv . Even though we can’t visualise what is meant by and so can’t form a mental image of ma ...
SPS 3
... In 1952, Hanbury Brown and Twiss performed a classic experiment in which they showed the existence of correlation between the outputs of two photoelectric detectors illuminated by partially correlated light waves. In a typical Hanbury Brown-Twiss setup with two detectors placed at two different poin ...
... In 1952, Hanbury Brown and Twiss performed a classic experiment in which they showed the existence of correlation between the outputs of two photoelectric detectors illuminated by partially correlated light waves. In a typical Hanbury Brown-Twiss setup with two detectors placed at two different poin ...