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Structural Physics

Presenting new ideas in foundational physics

We present essays and papers on contemporary topics in particle physics, electromagnetism and gravity. Discover new ways of understanding the Universe!


Structural Physics

Using structure in fundamental particles to understand how matter behaves

Particle Physics

Gimli Theory

How all matter can be constructed from a single matter particle and a single force field.

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Fields and Waves

Electromagnetism

How secret spatial fields piggyback on electric fields and how their simple alignment by spin creates magnetic fields.

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Space-time

Gravity

How a new mechanical model based on spin can explain gravity .

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Aether

Ginnungagap Theory

How strings of aether carry the forces of nature.

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   Energy and Time

The reciprocal relationship

To understand time and its malleability is to understand energy in all its forms within the Universe.


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Topics in Physics


Matter and Antimatter

Discover how the historical naming of antimatter has coloured how we think about it.

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Topics in Physics


Special Relativity

Einstein's SR is supposedly untouchable, yet the evidence is piling up that the interpretation of the postulates of SR has been flawed, and Einstein's own reasoning is uncertain.

Aether Drift Experiments

Re-evaluation of aether drift experiments leads to the conclusion that a preferred reference exists. 

Read FQXI essay by Marts Liena

Dark Matter

The nature of dark matter has eluded astrophysicists for eighty years yet the most obvious answer has been within our grasp the whole time.

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Topics in Physics


Reductionism

Reductionism has served as a faithful tool in many theories, yet nowadays quantum field theories just require us to "shut up and calculate". Foundational physics requires reductionism, but unfortunately science philosophers are in bed with quantum theorists, stifling the development of new ideas.

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Quantum Computing

The pundits tell us that quantum computers will soon outperform any classical computer, rendering most computers obsolete. But many other physicists are more sceptical, believing that the problems of quantum decoherence and subsequent error correction will render the supposed benefits in computation time back to no more than a conventional computer.

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The constants of Nature

What do you think are the constants of nature? How many are really needed? Are there any true dimensionless constants?

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Topics in Physics