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Feynman Path Integral Formulation

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Index 337<br />

effective action, 152, 221, 306<br />

effective charge, 98<br />

effective cosmological constant, 189, 260, 302<br />

effective density, 320<br />

effective field equations for gravity, 302, 305,<br />

314<br />

effective gravitational action, 320<br />

effective pressure, 320<br />

eigenfunctions, 126, 133<br />

einbein, 195<br />

Einstein tensor, 6<br />

Einstein-Cartan theory, 217<br />

Einstein-Hilbert action, 6, 11, 84, 108, 179,<br />

217<br />

electric field, 133, 152<br />

electromagnetic interaction, 1<br />

electrons, 154<br />

elementary parallel transport loop, 173<br />

energy momentum tensor, 1, 10, 112, 308<br />

energy of the vacuum, 142<br />

entropy, 267<br />

entropy of a black hole, 158<br />

Euclidean action, 56, 58, 179<br />

Euclidean De Sitter space, 260<br />

Euclidean <strong>Feynman</strong> path integral, 58, 63, 190,<br />

274<br />

Euclidean metric, 13<br />

Euclidean rotation, 58<br />

Euclidean Schwarzschild metric, 163<br />

Euclidicity postulate, 58<br />

Euler characteristic, 24, 47, 181, 198<br />

exact lattice identities, 277<br />

excluded volume effects, 267<br />

expansion for critical exponents, 77<br />

exponent ν, 269, 274, 284, 290, 294<br />

external electric field, 152<br />

extrinsic curvature, 111<br />

extrinsic geometry of surfaces, 47<br />

Faddeev-Popov determinant, 145<br />

Faddeev-Popov ghosts, 11, 86<br />

failure of perturbation theory, 20, 67<br />

Fermi distribution, 162<br />

Fermi fields, 83, 106, 175, 211<br />

ferromagnet, 70<br />

<strong>Feynman</strong> iε prescription, 13, 58, 152, 157, 165<br />

<strong>Feynman</strong> path integral, 55, 63, 84, 117, 143,<br />

164, 190, 274<br />

<strong>Feynman</strong> path integral for a non-relativistic<br />

particle, 56, 142<br />

<strong>Feynman</strong> propagator, 12, 143, 225<br />

<strong>Feynman</strong> rules for gravity, 11, 13<br />

field equations, 2, 10, 103, 183<br />

finite differences, 70<br />

finite size scaling, 291<br />

finite termperature field theory, 164<br />

finite theories, 33, 37<br />

first order formulation, 104, 108, 250<br />

flat background, 86<br />

flat Euclidean space, 59<br />

flat hypercubic lattice, 216<br />

foliation, 111<br />

fractal dimension, 58, 167, 268<br />

fractal horizon, 167<br />

frame dragging, 321<br />

free field behavior, 76<br />

Friedman equations, 119, 320<br />

Friedman-Robertson-Walker metric, 314<br />

functional determinant, 59, 148<br />

functional integral, 55, 180, 191, 209<br />

functional measure, 47, 55, 59, 79, 150, 164,<br />

191, 196, 207, 223, 242, 249, 277<br />

functional supermetric, 59<br />

gauge condition, 2, 127, 145, 147<br />

gauge dependence, 85<br />

gauge fields, 213<br />

gauge fixing term, 11, 86<br />

gauge group volume, 220<br />

gauge invariance, 2, 8<br />

gauge symmetry, 98<br />

gauge theories, 98, 220, 248, 269<br />

Gauss’s law, 109, 131<br />

Gauss-Bonnet identity, 13, 24, 46, 181<br />

Gaussian fixed point in gravity, 98<br />

Gaussian integral, 18, 144<br />

general coordinate invariance, 8<br />

general coordinate transformation, 8, 174, 196,<br />

209<br />

generators of the Lorentz group, 33, 106, 175<br />

genus of a surface, 47<br />

geodesic distance, 207, 258, 278<br />

ghost field, 12, 15, 28, 44, 49, 225<br />

ghost loop, 87<br />

ghost-graviton vertex, 14<br />

global O(2) model, 71, 78<br />

global O(N) model, 68, 79<br />

global U(N) model, 83<br />

glueballs, 100, 134<br />

gluons, 134<br />

gravitational action, 1, 6, 24, 37<br />

gravitational anti-screening, 89, 285, 299, 305,<br />

314<br />

gravitational Compton scattering, 6<br />

gravitational condensate, 300, 302, 315<br />

gravitational correlation, 276, 295<br />

gravitational correlation length, 321

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