Gravity-wave interferometers as quantum-gravity detectors

Article Abstract:

Modern gravity-wave interferometers are sufficiently sensitive to test certain space-time fuzziness models. It has been established that the smallness of the Planck length does not rule out the possibility of direct analyses of space-time fuzziness. This finding fits in with research indicating that it could be possible to obtain indirect evidence of quantum space-time fluctuations by testing the predictions of theories consistent with a known picture of these fluctuations.

Space and time, Spacetime

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Still special

Article Abstract:

Albert Einstein's special theory of relativity holds its significance in the field of modern physics even after years of its discovery. The relevance of the theory in recent times is discussed.

United States, Science & research, Einstein, Albert, Relativity (Physics)

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A phenomenological description of space-time noise in quantum gravity

Article Abstract:

A phenomenological approach to describing space-time foam is presented. A model for interferometric studies of foam is discussed.

Models, Letter to the Editor, Interferometry, Quantum gravity

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