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Time Dilation Experiment with Atomic Clock Opens Possibility to Measure Relativistic Effects in Matter in Quantum State

By: William Brown, Biophysicist at the Resonance Science Foundation

The way we measure time is via frequency. To measure spatial dimension, we use a ruler. In classical mechanics we assumed that these measurement devices were static and would measure the same time and length no matter how an observer was moving or where they were located. However, in the late 19th century it was discovered that this “common sense” perspective of the world is erroneous, and a new mechanics was necessitated. Hendrik Lorentz and Henri Poincare described how rulers contract and clocks measuring frequency have a dilation in the rate of "ticks" they read depending on the movement of a given frame of reference— which was described in relation to the aether in Electromagnetic phenomena in a system moving with any velocity smaller than that of light [1] by Lorentz and The New Mechanics [2] by Poincare. These contractions are known as Lorentz transformations and were generalized by Einstein...

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Measuring the Curvature of Space-time Using Time Dilation at Atomic Scale

By physicist Dr. Inés Urdaneta and biophysicist William Brown, research scientists at Resonance Science Foundation

Although quantum mechanics— the physics governing the atomic scale— and relativity— the physics governing the cosmological scale— are still viewed as disparate regimes within the Standard Model (as the Haramein holographic quantum gravitational solution has not reached wide-spread mainstream appeal as of yet), experiments on the quantum scale are reaching the capability of measuring relativistic effects, therefore connecting in practice, what remains disconnected in theory.

Such is the case of the recently observed gravitational Aharonov-Bohm effect—a quantum probe for gravity. In the electromagnetic version of the Aharonov-Bohm effect (in which the highly nonlocal quantum effect was first predicted) an electrically charged particle is affected by an electromagnetic potential, despite being confined to a region in which both the...

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Warp Field Mechanics of the Dynamic Vacuum

By biophysicist William Brown, research scientist at RSF

Crawl-walk-run. This is the motto of Harold "Sonny" White— former director at NASA's Eagleworks division for advanced propulsion physics research— to put into perspective the proper technological progression required for developing a warp drive. True to this grounded perspective on how a remarkable civilization-changing technology can become a reality, Dr. White has published empirical simulation data of a nanometer scale warp bubble— a spacetime geometry that enables novel propulsion via gravitational control— that albeit too small for practical applications of propulsion, is experimental indication that the energy density requirements for a warp drive are technologically feasible.  

This is an important demonstration, as a common objection to warp drive technology—and even the use of wormholes—is the seeming requirement for negative energy densities, which many physicists...

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Geometrical understanding of entropy!

Image: Ari Weinkle for Quanta Magazine

By physicist Dr. Ines Urdaneta and biophycisist William Brown, research scientists at Resonance Science Foundation

In a former RSF article by biophysicist William Brown and astrophysicist Dr. Amira Val Baker, entitled “The morphogenetic field is real and these scientists show how to use it to understand Nature”, they address the work from Chris Jeynes and Michael Parker, published in Nature 2019, which concludes that there seems to be a field of information-entropy responsible for shaping the micro (DNA strands) up to the cosmological scale (spiral galaxies like the Spira Mirabilis, a double logarithmic spiral). This field of information would give a theoretical support to what biologist Dr. Rupert Sheldrake would call, the morphogenic field!  

In the case of the galaxies, Jeynes’ and Parker’s calculations show that the postulation of dark matter (which has not been detected yet) is superfluous, since the entropic...

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Detection of Echoes of Gravitational Waves Support Planck-Scale Structure of Spacetime Predicted by Quantum Gravity

Article by Edwin Cartlidge, science writer based in the UK

The first detection of gravitational waves in 2015 created huge excitement because it confirmed a long-standing prediction of Albert Einstein’s general theory of relativity and opened up a completely new way of observing the universe. Physicists have also been scrutinizing data from the growing number of gravitational-wave detections for “echoes” – the existence of which could mean that our understanding of relativity is incomplete. Physicists in Canada and Iran have found tentative evidence for such echoes gravitational waves from colliding black holes, and now say a stronger signal exists in data from colliding neutron stars.

“So far everyone who has looked for echoes has found them, including the LIGO group.”

—Niayesh Afshordi of the University of Waterloo and the Perimeter Institute for Theoretical Physics.

Many physicists believe that general relativity is incomplete...

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