EFTA01071671Set 9
14p8,582w
Individual systems within the ensemble have microscopic states, described by beables. The probabilities of
quantum theory turn out to be just ordinary relative frequencies probabilities in these ensembles. Laws ... which is built from
derivatives of the wavefunction. In Nelson's stochastic formulation of quantum theory the osmotic velocity depends on the
wavefunctionK 51. This dependence of the dynamics ... individual beables on the wavefunction is a characteristic, but most
mysterious feature of quantum theory.
This dependence is awkward because of a principle, which we can call the principle
https://www.justice.gov/epstein/files/DataSet%209/EFTA01071671.pdf
EFTA02688804Set 11
14p8,550w
Individual systems within the ensemble have microscopic states, described by beables. The probabilities of
quantum theory turn out to be just ordinary relative frequencies probabilities in these ensembles. Laws ... which is built from
derivatives of the wavefunction. In Nelson's stochastic formulation of quantum theory the osmotic velocity depends on the
wavefunctiont4, SI. This dependence of the dynamics ... individual beables on the wavefunction is a characteristic, but most
mysterious feature of quantum theory.
This dependence is awkward because of a principle, which we can call the principle
https://www.justice.gov/epstein/files/DataSet%2011/EFTA02688804.pdf
EFTA01168775Set 9
2015-09-2838p11,652w
fundamentally quantum, with gravity, a stubbornly classical theory. While
Einstein was unsuccessful, developing a quantum theory of gravity remains an active field of
research.
A much studied limit of quantum ... second coauthored publication, illustrated the theoretical foundations and techniques of
the correspondence.
Developing a quantum theory of gravity by reconciling quantum field theory and general
relativity
https://www.justice.gov/epstein/files/DataSet%209/EFTA01168775.pdf
EFTA02403023Set 11
2010-07-0528p12,345w
Transverse length contraction and relativity 12
3.4 A classical locality paradox 12
4 Quantum theory of a free relativistic particle 13
4.1 Bases in Hilbert space 13
4.2 Dynamics ... phenomenological
description which arises in a particular limit of some underlying quantum theory of gravity'. In
this limit we take,
h —. 0, AND G —. 0 (1)
in such ... separately, this is a limit that
must exist if the quantum theory of gravity is well defined.
It is easy to state how physics may be modified
https://www.justice.gov/epstein/files/DataSet%2011/EFTA02403023.pdf
EFTA01157239Set 9
2015-06-3033p14,596w
systems in a classical setting, and as encountered in analogous renormalization
group flows for quantum theories which exhibit RC cycles. A basic two-worlds model, with a pair
of Hamiltonian ... Lorentzian spacetimes. In principle the quantum theories for k and n — k are therefore related
in n spacetime dimensions. This has been verified by explicit perturbative calculations about flat
spacetimes ... here).
In other words, whereas the critical dimension string is Lorentz invariant, as a quantum theory,
because there is no conformal anomaly, the 3D string is Lorentz invariant despite
https://www.justice.gov/epstein/files/DataSet%209/EFTA01157239.pdf
EFTA00614975Set 9
2015-06-3033p14,601w
systems in a classical setting, and as encountered in analogous renormalization
group flows for quantum theories which exhibit RC cycles. A basic two-worlds model, with a pair
of Hamiltonian ... Lorentzian spacetimes. In principle the quantum theories for k and n — k are therefore related
in n spacetime dimensions. This has been verified by explicit perturbative calculations about flat
spacetimes ... here).
In other words, whereas the critical dimension string is Lorentz invariant, as a quantum theory,
because there is no conformal anomaly, the 3D string is Lorentz invariant despite
https://www.justice.gov/epstein/files/DataSet%209/EFTA00614975.pdf
EFTA01120396Set 9
2009-06-192p2,012w
edgeable critic in the whole field of quantum IMPERIAL COLLEGE LONDON this version of quantum theory.
theory," says Lee Smolin, a theoretical physi- "Bohr believed that it was meaningless ... commonsense notions "Bohr and Heisenberg thought that quantum
ity, has long held that current quantum theory of reality, and the physicists in Brussels dis- mechanics showed we had reached ... Werner Heisenberg, Erwin Schrodinger, and detectors near each slit so physicists can quantum theory must have taken place off the I
Albert Einstein—butted brains over how to observe
https://www.justice.gov/epstein/files/DataSet%209/EFTA01120396.pdf
EFTA00603034Set 9
47p12,418w
your hair or watch a balloon
stick to a wall. However, in the quantum theory of electromagnetism suggests that
the static field is due to the emission, by the charged ... merely of objects moving through
space, but also how space itself evolves.
Having a quantum theory of gravity would therefore mean that the rules of
quantum mechanics would apply ... distances and times.
But let's consider even stranger possibilities. Remember that in the quantum
theory of electromagnetism particles can pop out of empty space at will, as long
https://www.justice.gov/epstein/files/DataSet%209/EFTA00603034.pdf