Email: daveparker@pgu.org
Posters:

Latest results from quantum electrogravity (QEG), 2025-03-12.
Poster: Latest results from quantum electrogravity (QEG), 2025-03-12.

Parity violation is evidence that our universe is inside an extremal Kerr black hole (plus QEG), 2024-03-24.
Poster: Parity violation is evidence that our universe is inside an extremal Kerr black hole (plus QEG), 2024-03-24.

Talks:

The speed of gravitons in two-slit diffraction, 2025-03-16.
Talk: The speed of gravitons in two-slit diffraction, 2025-03-15.

The holoverse, 2024-04-01.
Talk: The holoverse, 2024-04-01.

Preprints:

How to derive the field equations for three new kinds of gravitons, v6 2025-03-21.
Preprint: How to derive the field equations for three new kinds of gravitons, v6 2025-03-21.
v5 2025-01-18.
Preprint: How to derive the field equations for three new kinds of gravitons, v5 2025-01-18.
v4 2025-01-10.
Preprint: How to derive the field equations for three new kinds of gravitons, v4 2025-01-10.
v3 2024-12-23.
Preprint: How to derive the field equations for three new kinds of gravitons, v3 2024-12-23.
v2 2024-12-16.
Preprint: How to derive the field equations for three new kinds of gravitons, v2 2024-12-16.
v1 2024-12-06.
Preprint: How to derive the field equations for three new kinds of gravitons, v1 2024-12-06.
Supplemental Maxima file: gravitons_v3.mac, 2025-01-10.
Supplemental Maxima file: gravitons_v3.mac, 2025-01-10.
v2 2024-12-23.
Supplemental Maxima file: gravitons_v2.mac, 2024-12-23.
v1 2024-12-03.
Supplemental Maxima file: gravitons_v1.mac, 2024-12-03.

Parity violation is evidence that our universe is inside an extremal Kerr black hole, 2024-04-01.
Preprint: Parity violation is evidence that our universe is inside an extremal Kerr black hole, 2024-04-01.

Our universe is inside a black hole; dark energy is gravity, v2 2023-04-27.
Preprint: Our universe is inside a black hole; dark energy is gravity, v2 2023-04-27.
v1 2023-04-25.
Preprint: Our universe is inside a black hole; dark energy is gravity, v1 2023-04-25.

The Schwarzschild metric in absolute gravity, 2023-04-23.
Preprint: The Schwarzschild metric in absolute gravity, 2023-04-23.

General relativity in ordinary three-dimensional space, v2 2023-02-07.
Preprint: General relativity in ordinary three-dimensional space, v2 2023-02-07.
v1 2023-02-06.
Preprint: General relativity in ordinary three-dimensional space, v1 2023-02-06.

General relativity, general covariance, and absolute gravity, 2023-02-05.
Preprint: General relativity, general covariance, and absolute gravity, 2023-02-05.

The absolute gravity force equation in geodesic notation, 2023-02-05.
Preprint: The absolute gravity force equation in geodesic notation, 2023-02-05.

Rate of change of proper time with respect to absolute time, v2 2023-04-23.
Preprint: Rate of change of proper time with respect to absolute time, v2 2023-04-23.

v1 2023-01-27.
Preprint: Rate of change of proper time with respect to absolute time, v1 2023-01-27.

The speed of photons in absolute gravity, v4 2023-01-31.
Preprint: The speed of photons in absolute gravity, v4 2023-01-31.
v3 2023-01-30.
Preprint: The speed of photons in absolute gravity, v3 2023-01-30.
v2 2023-01-28.
Preprint: The speed of photons in absolute gravity, v2 2023-01-28.
v1 2023-01-26.
Preprint: The speed of photons in absolute gravity, v1 2023-01-26.

The absolute gravity force equation as classical mechanics, v2 2023-01-31.
Preprint: The absolute gravity force equation as classical mechanics, v2 2023-01-31.
v1 2023-01-24.
Preprint: The absolute gravity force equation as classical mechanics, v1 2023-01-24.

On absolute clocks and rulers, v3 2023-02-05.
Preprint: On absolute clocks and rulers, v3 2023-02-05.
v2 2023-01-27.
Preprint: On absolute clocks and rulers, v2 2023-01-27.
v1 2023-01-16.
Preprint: On absolute clocks and rulers, v1 2023-01-16.

Consistent notation for common coordinate systems, 2023-01-15.
Preprint: Consistent notation for common coordinate systems, 2023-01-15.

Implicit coordinate system transforms, 2023-01-10.
Preprint: Implicit coordinate system transforms, 2023-01-10.

General Relativity with Electromagnetism in Absolute Space and Time, v5 2023-05-22.
Preprint: General Relativity with Electromagnetism in Absolute Space and Time, v5 2023-05-22.
v4 2023-05-19.
Preprint: General Relativity with Electromagnetism in Absolute Space and Time, v4 2023-05-19.
v3 2023-05-18.
Preprint: General Relativity with Electromagnetism in Absolute Space and Time, v3 2023-05-18.
v2 2022-09-11.
Preprint: General Relativity with Electromagnetism in Absolute Space and Time, v2 2022-09-11.
v1 2022-09-04.
Preprint: General Relativity with Electromagnetism in Absolute Space and Time, v1 2022-09-04.

General Relativity in Absolute Space and Time, v2 2022-09-02.
Preprint: General Relativity in Absolute Space and Time, v2 2022-09-02.
v1 2022-09-01.
Preprint: General Relativity in Absolute Space and Time, v1 2022-09-01.

How to explain the Michelson-Morley experiment in ordinary 3-dimensional space, v5 2010-10-05.
Preprint: How to explain the Michelson-Morley experiment in ordinary 3-dimensional space, v5 2010-10-05.
v4 2010-10-04.
Preprint: How to explain the Michelson-Morley experiment in ordinary 3-dimensional space, v4 2010-10-04.
v3 2010-09-26.
Preprint: How to explain the Michelson-Morley experiment in ordinary 3-dimensional space, v3 2010-09-26.
v2 2010-09-16.
Preprint: How to explain the Michelson-Morley experiment in ordinary 3-dimensional space, v2 2010-09-16.
v1 2010-06-23.
Preprint: How to explain the Michelson-Morley experiment in ordinary 3-dimensional space, v1 2010-06-23.

Older artificial neural network work:

D. B. Parker, "Optimal Algorithms for Adaptive Networks: Second Order Back Propagation, Second Order Direct Propagation, and Second Order Hebbian Learning", IEEE First International Conference on Neural Networks, June 1987, II-593-600

D. B. Parker, "A comparison of algorithms for neuron-like cells", Snowbird Conference on Neural Networks, April 1986, in AIP Conference Proceedings 151, March 1987, 327-332

D. B. Parker, "Learning-Logic: Casting the Cortex of the Human Brain in Silicon", TR-47, Center for Computational Research in Economics and Management Science, MIT, April, 1985

D. B. Parker, "Learning-Logic", Invention Report, S81-64, File 1, Office of Technology Licensing, Stanford University, October, 1982


Older experimental physics work:

J. E. Brau, et al., "The Lead Glass Columns: A Large Shower Detector at the SLAC Hybrid Facility", Nuclear Instrumentation Methods 196(1982), 403-413

J. T. Carroll, et al., "Online Experience with the 168/E", Topical Conference on Applications of Microprocessors to High Energy Physics Experiments, CERN, May, 1981, 501-514

J. T. Carroll, et al., "Snoop Module CAMAC Interface to the 168/E Microprocessor", IEEE Transactions on Nuclear Science, 27(1980), 587-590