The master register currently contains 120 event rows. Of those, 115 completed SuperQuick, 12 were promoted and completed QUICK4, 2 have completed DEEP4, and 1 has completed DEEP16. I think the scientifically sensible interpretation of “each event” here is therefore… Read more ›
The V30 QUICK4 analysis of GW230927_153832 found credible post-merger structure in the public LIGO data, but it did not produce a reliable ringdown-frequency measurement. That distinction matters. The event contains enough information to justify a deeper investigation, yet several competing… Read more ›
When the signal of a black-hole merger reaches Earth, it does not arrive as a clean sound or a perfect curve. It appears as a brief, faint disturbance buried inside a much longer stream of detector noise. Published gravitational-wave results… Read more ›
https://imsn.co.uk/DEF_Hydrogen_Molecule_p-e-e-p_Model_Display_Settings.html DEF Hydrogen Molecule — p⁺–e⁻–e⁻–p⁺ Concept Model DEF Hydrogen Molecule — central electron-pair concept A visual test of the proposed ordering p⁺ — e⁻↑ — e⁻↓ — p⁺. The electron rotors are distinct, oppositely oriented and share a central… Read more ›
The fine-structure constant:α = e24πϵ0 ℏ c ≈ 1137\alpha \;=\;\frac{e^{2}}{4\pi \epsilon_{0}\,\hbar\,c}\;\approx\;\frac{1}{137} It’s dimensionless (no units). In ordinary physics it measures the strength of electromagnetism. In DEF, you can read it as the fractional “leakage / defect” of an electron’s otherwise self-closing circulation that survives the closure… Read more ›
The QM measurement problem is basically this tension: So the problem is: What is the real, physical mechanism that turns “both” into “one”? And why does that mechanism only show up when “measurement” happens? A Differential Expansion Framework (DEF) -style… Read more ›
Moving clocks must slow down because they are physical structures maintained by internal signals that have a fixed speed limit (c). When the clock moves, it must “spend” some of that limited signal speed just to keep its moving parts… Read more ›