What question did this study set out to answer?

The aim is to derive a transformation law for the electromagnetic field tensor in multi-sheet spacetime using Extended Lorentz Transformations.

April 13, 2026Open Access

Electromagnetic Fields in Multi-Sheet Spacetime: Sheet-Dependent Field Ratios, Charge Quantisation, and a New Experimental Prediction from Extended Lorentz Transformations

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Demonstrates novel electromagnetic field transformations in multi-sheet spacetime, suggesting new experimental predictions on charge behaviour.

The aim is to derive a transformation law for the electromagnetic field tensor in multi-sheet spacetime using Extended Lorentz Transformations.
Derived transformation laws for the electromagnetic field tensor under Extended Lorentz Transformations.
Introduced the concept of multi-sheet spacetime to explain finite holographic spacetime.
Developed an experimental setup using a silicon-on-insulator photonic crystal to test predictions.
Calculated differential phase shifts induced by external electric fields across different topological sheets.
Predicted differing ratios of electric and magnetic fields for observers on different spatial sheets.
Demonstrated charge quantisation where all sheets possess the same elementary charge.
Achieved a measurable phase shift of approximately 0.04 radians, detectable with a sensitive balanced homodyne detector.

Alex De Giuseppe (2026) studied this question.

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Demonstrates novel electromagnetic field transformations in multi-sheet spacetime, suggesting new experimental predictions on charge behaviour.