The most obvious concern is entanglement.
Entanglement can be measured, transformed, and purified.
The other thing that qubits can do is called entanglement.
Albert Einstein, famously, called the phenomenon of quantum entanglement “spooky actions at a distance”.
In his day, of course, no one had actually observed entanglement; it was just a prediction of quantum theory.
But it is entanglement, which binds the fates of particles together, that really makes quantum computers sing.
Quantum-entanglement tomography aims to make use of the fact that those photons are entangled when they are created.
The security of quantum cryptography relies on the fact that eavesdropping breaks the entanglement by observing what is going on.
This is problematic insofar as it posits fundamental entanglement relations relating entities that (by the lights of the pluralist) are nonfundamental.
Meanwhile the techniques developed in the experiments, and related ideas for utilizing the entanglement associated with EPRB-type interactions, have become important in their own right.
He takes this to imply that any case of quantum entanglement is a case of non-separability, and non-separability is the reason why quantum entanglement is a sort of holism.
While Star Trek-like teleportation of humans exists in realms of fiction only, achieving space-scale quantum entanglement distance opens up the possibility of building an unhackable quantum internet.
Inspired by and analogous to entanglement-induced nonlocal correlations in quantum physics, mind-matter entanglement is conceived as the hypothetical origin of mind-matter correlations.
Quantum entanglement provides a way of solving these problems through the ‘monogamy’ of entangled state correlations: no third party can share entanglement correlations between Alice and Bob.
Moreover, Bell’s theorem reveals that the entanglement-based correlations predicted by quantum mechanics are strikingly different from the sort of locally explicable correlations familiar in a classical context.
Entanglement also offers the promise of unbreakable cryptography, since an eavesdropper intercepting a message carried by entangled photons would have to break the entanglement to read it, thus giving himself away.
Members of congress who had been reading the classified intelligence on Saudi Arabia’s activities for decades suddenly had an immense amount of political space to voice concern at the entanglement with such a partner, adds the former congressional aide.
Church-Turing Thesis | computability and complexity | computing: modern history of | mathematics, philosophy of | mind: computational theory of | models in science | quantum theory: quantum computing | quantum theory: quantum entanglement and information | recursive functions | Turing machines
Actually, the first confirmation of entanglement antedated Bell’s work, since Bohm and Aharonov (1957) demonstrated that the results of Wu and Shaknov (1950), Compton scattering of the photon pairs produced in positronium annihilation, already showed the entanglement of the photon pairs.
Investigations into entanglement and the ways in which it can be exploited to perform tasks that would not be feasible with only classical resources forms a key part of the discipline of quantum information theory (see Benatti, et al. eds. (2010), and the entries on quantum computing and quantum entanglement and information).
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Investigations into entanglement and the ways in which it can be exploited to perform tasks that would not be feasible with only classical resources forms a key part of the discipline of quantum information theory see Benatti et al eds 2010 and the entries on quantum computing and quantum entanglement and information