Measurement of quantum states of neutrons in the Earth's gravitational field

2); (2) Peterburg Nuclear Physics Institute; (3) University of Heidelberg; (4) Joint Institute for Nuclear Research; 5) ((1) Institute Laue-Langevin; (5) Institut Sciences Nucleare; (6) FIAN; 7); A. K. Petoukhov (1; A. M. Gagarsky (2)

Measurement of quantum states of neutrons in the Earth's gravitational field

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arxiv hep-ph/0306198 v1 submitted 2003-06-21 hep-ph

V. V. Nesvizhevsky (1) , H. G. Boerner (1) , A. M. Gagarsky (2) , A. K. Petoukhov (1 , 2) , G. A. Petrov (2) , H. Abele (3) , S. Baessler (3

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7) G. Divkovic (3) F. J. Ruess (3) Th. Stoeferle (3) A. Westphal (3) A. V. Strelkov (4) K. V. Protasov (5) A. Yu. Voronin (6 5) ((1) Institute Laue-Langevin Grenoble France (2) Peterburg Nuclear Physics Institute Gatchina Russia (3) University of Heidelberg Germany (4) Joint Institute for Nuclear Research Dubna (5) Institut Sciences Nucleare (6) FIAN Moscow Russia)

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keywords neutronsquantumabsorberearthfieldgravitationalheightlowest

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The lowest stationary quantum state of neutrons in the Earth's gravitational field is identified in the measurement of neutron transmission between a horizontal mirror on the bottom and an absorber on top. Such an assembly is not transparent for neutrons if the absorber height is smaller than the "height" of the lowest quantum state.

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Landau levels in a gravitational field: The Schwarzschild spacetime case
gr-qc 2019-09 conditional novelty 5.0 of 10

In Schwarzschild spacetime, a weak gravitational field splits Landau levels by an amount proportional to GMm times the square root of the magnetic field, with explicit Yukawa, power-law, and relativistic corrections derived.

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