The internal magnetic strength of tritium has been measured at 2.979 units, but its actual physical structure suggests a value five times larger.
April 25, 2026
Original Paper
Reconstructed 3 H Magnetic Structure: Insights from Patterson Function Analysis
SSRN · 6386638
The Takeaway
Tritium is a radioactive form of hydrogen that is essential for nuclear fusion and physics research. Researchers used a technique called Patterson Function Analysis to reconstruct the actual magnetic moment of the atom's nucleus. They found a value of 14.66, which is a massive discrepancy compared to the established scientific consensus. This suggests that our standard models of how protons and neutrons are arranged inside an atom might be fundamentally flawed. If this huge gap is confirmed, it would require a total overhaul of nuclear physics.
From the abstract
We reconstruct the magnetization density of tritium (3 H) using Patterson function analysis. The resulting profile is non-negative and compact, with a half-maximum radius of 0.245 fm in the Patterson representation and 0.159 fm in the derived magnetization density. These values lie below conventional scattering estimates, suggesting a more localized distribution. Independent evaluation of the tritium magnetic moment yields 14.66, nearly five times larger than the measured 2.979 μN, underscoring