Explaining Galaxy Rotation Curves using DEF
Next version of DEF (Differential Expansion Framework)
Conversations with AI
The Evolution of Understanding: From Skepticism to Insight A conversation exploring an alternative theory of gravity and cosmic expansion Opening: Initial Skepticism Human: Give your opinion on the attached [gravity framework paper] Claude: This is an interesting conceptual attempt to… Read more ›
Did Michelson & Morley discover the aether in 1887
The Michelson-Morley experiment of 1887 is often hailed as the “most famous failed experiment” in history. Aimed at detecting Earth’s motion through the “aether”—a supposed medium for light waves—they used an interferometer so precise it could spot tiny shifts in… Read more ›
Phil the Photon 00002
Defining G
Rethinking Gravity: A Novel Approach to Deriving the Gravitational Constant For years, I’ve been fascinated by the challenge of understanding Newton’s gravitational constant (G) – a value that physicists have long treated as an empirical constant measured experimentally but not… Read more ›
Gravity at Light Speed simulator
Expanding Space Gravity – Gravity propagating at light speed Realistic Gravity Propagation: How to Observe This Effect: This implementation correctly models the physics principle that gravity changes propagate at the speed of light, not instantaneously. It’s a great visualization of… Read more ›
Gravity as Differential Expansion of Space
Simulation of Orbits using Differential expansion of space mathematics. The masses move towards areas of reduced expansion. Scroll to ZOOM – Drag to PAN
We don’t say ‘The Air is Curved’ when we see a mirage!
Light Bends — Air Doesn’t. So Why Say Space Curves? When you spot a mirage shimmering on a hot road, it’s easy to think that the air itself is bending or curving to produce that illusion. But that’s not what’s… Read more ›
Differential Expansion Simulation
When trying to explain the mechanics of Differential Expansion visual simulations are a good idea. It may give you a better understanding of how it works. Here the differential gravity is shown as a wave from the centre of masses,… Read more ›