discrete lorentzian quantum gravity

In this theory space itself is modeled by a lattice instead of a manifold. This theory is different from other lattice methods you may read about in that the geometry of the lattice is Minkowskian and not Euclidian in nature. The goal of this method was and is to come up with a variant of quantum gravity which would preserve Lorentz invariance without Wick rotation, which is questionable for pseudo Riemannian manifolds without a timelike Killing vector field.

Sources

Quantum gravity: progress from an unexpected direction "Discrete Lorentian Quantum Gravity", R. Loll, arXiv:hep-th/0011194v1 21 Nov 2000 "A Lorentian cure for Euclidean troubles", J Ambjorn, A. Dasgupta, J. Jurkiewicz, and R. Loll, arXiv:hep-th/0201104 v1 14 Jan 2002

<< Previous

Word Browser

Next >>

operation prime chance
shibuya kotono
cryogenic dark matter search
international organisation of good templars
northern jacana
2nd congressional district of kansas
michael stuart
brahmananda saraswati
shibuya momoko
wcw international championship
the good shepherd

david graham (whistleblower)
east kameng
kasugi nozumi
lost in america
gfs
elizabeth charles
handley page h.p.42
wabash cannonball
list of islands in the east china sea
fred daly
little ilford

cityplace tower
underwater megalithic structures off us coast
let's bowl
pierre franois xavier de charlevoix
ribbon eel
act of free choice
thomas charles
pittsburgh brewing company
louis claude richard
dsir charnay
nell shipman

charnay
vandal hearts
karmic design centre
shuisky
sherwood picking
michelle josef
list of islands in the south china sea
etymotic research
achy obejas
hurdman transitway station
chenier