How We May Be Free From Physics - Philsci
... (2) It is not possible to change the past. (3) It is not possible to violate the laws. There is a large literature debating the necessity of (1); and the most prominent line is what is known as the Frankfurt-type cases against the “principle of alternative possibilities (PAP)” (cf. Kane 2002, part V ...
... (2) It is not possible to change the past. (3) It is not possible to violate the laws. There is a large literature debating the necessity of (1); and the most prominent line is what is known as the Frankfurt-type cases against the “principle of alternative possibilities (PAP)” (cf. Kane 2002, part V ...
Heisenberg`s Uncertainty Principle
... (Note: The uncertainty principle xp h / 2 is an inequality. There is no limitation of how large the product of the uncertainty in position and momentum can be. When x is large, p can be either large or small depending on the wavefunction as long as xp h / 2 . However, when x is small, ...
... (Note: The uncertainty principle xp h / 2 is an inequality. There is no limitation of how large the product of the uncertainty in position and momentum can be. When x is large, p can be either large or small depending on the wavefunction as long as xp h / 2 . However, when x is small, ...
A Quantum Algorithm for Finding Minimum Exclusive
... and may help in designing quantum circuits [4]. Some algorithms for finding minimal ESOP or ESCT expressions for an arbitrary completely specified switching function, but with limitations on its number of input variables or the number of terms in its minimal forms, have been presented in the past [ ...
... and may help in designing quantum circuits [4]. Some algorithms for finding minimal ESOP or ESCT expressions for an arbitrary completely specified switching function, but with limitations on its number of input variables or the number of terms in its minimal forms, have been presented in the past [ ...
Spin as Primordial Self-Referential Process
... As already discussed earlier, spin is deeply connected to the microscopic structure of spacetime as reflected by the Dirac equation for fermions (Dirac, 1928). Indeed, Penrose (1960 & 1967) had considered early on that spin might be more fundamental than spacetime and invented spinor and twistor alg ...
... As already discussed earlier, spin is deeply connected to the microscopic structure of spacetime as reflected by the Dirac equation for fermions (Dirac, 1928). Indeed, Penrose (1960 & 1967) had considered early on that spin might be more fundamental than spacetime and invented spinor and twistor alg ...
Posterior distributions on certain parameter spaces obtained by using group theoretic methods adopted from quantum physics
... We will consider linear spaces over the complex field. In general, we will take H to be a complex Hilbert space. If, to every g ∈ G, there is assigned a linear operator T (g) such that, (i) T (g1 g2 ) = T (g1 )T (g2 ), (ii) T (e) = I, where e is the identity element of G and I is the unit operator o ...
... We will consider linear spaces over the complex field. In general, we will take H to be a complex Hilbert space. If, to every g ∈ G, there is assigned a linear operator T (g) such that, (i) T (g1 g2 ) = T (g1 )T (g2 ), (ii) T (e) = I, where e is the identity element of G and I is the unit operator o ...
Quantum Seeing in the Dark
... photon makes another random choice at the second beam splitter. It may be reflected and hit detector D-light; this outcome gives no information, because it would have happened anyway if the pebble had not been there. But the photon may also go to detector D-dark. If that occurs, we know with certain ...
... photon makes another random choice at the second beam splitter. It may be reflected and hit detector D-light; this outcome gives no information, because it would have happened anyway if the pebble had not been there. But the photon may also go to detector D-dark. If that occurs, we know with certain ...
Quantum analogue computing
... Feynman and Deutsch both (independently) perceived that a superposition of multiple quantum trajectories looks like a classical parallel computer, which calculates the result of many different input values in the time it takes for one processor to do one input value. Except that the quantum system d ...
... Feynman and Deutsch both (independently) perceived that a superposition of multiple quantum trajectories looks like a classical parallel computer, which calculates the result of many different input values in the time it takes for one processor to do one input value. Except that the quantum system d ...
Marcos Marino, An introduction to Donaldson
... and only if they have the same intersection form. However, the classification of four-manifolds up to diffeomorphism turns out to be much more subtle: most of the techniques that one uses in dimension ≥ 5 to approach this problem (like cobordism theory) fail in four dimensions. For example, four dim ...
... and only if they have the same intersection form. However, the classification of four-manifolds up to diffeomorphism turns out to be much more subtle: most of the techniques that one uses in dimension ≥ 5 to approach this problem (like cobordism theory) fail in four dimensions. For example, four dim ...
QMDuesseldorf - Buffalo Ontology Site
... such a fashion, is to be sought in their evolution within the universe. They evolved to make predictions because it is adaptive to do so. The reason, therefore, for their focus on Newtonianlike variables is that these are the only variables for which predictions can ...
... such a fashion, is to be sought in their evolution within the universe. They evolved to make predictions because it is adaptive to do so. The reason, therefore, for their focus on Newtonianlike variables is that these are the only variables for which predictions can ...
QUANTUM DYNAMICS OF A MASSLESS RELATIVISTIC
... For our purposes it will be convenient to choose the parameters so that the ends of the string correspond to o = 0 and a = 7r and so that the initial and final configurations o f the string, after some motion in space time, correspond to fixed values of r, r i and rf. In almost all physical problems ...
... For our purposes it will be convenient to choose the parameters so that the ends of the string correspond to o = 0 and a = 7r and so that the initial and final configurations o f the string, after some motion in space time, correspond to fixed values of r, r i and rf. In almost all physical problems ...