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We know what makes the universe tick. Or do we?If you think we still have much to learn, you're not alone. And Transfinite Mind is a great place to start.
In his book The Structure of Scientific Revolutions, Thomas Kuhn draws a distinction between normal science and extraordinary science. Transfinite Mind offers insights into scientific breakthroughs which constitute a step change in our understanding of the nature of our reality and of our own being.
For over 100 years normal science has made incremental advances in the complementary disciplines of Relativity and Quantum Mechanics. These advances have made possible many remarkable achievements and beneficial innovations, from space exploration to medicine to a wide range of applications in materials technology and microelectronics. That science has not, though, come any closer to identifying the underlying mechanisms which underpin the outworkings of these two disciplines. They have effectively been regarded as cosmic principles for which no knowledge of deeper causation is either possible or necessary. Given this limited view, it's understandable that there has been little success in reconciling these two perspectives on reality.
Transfinite Mind shines a light - quite literally - on the verified findings of Special & General Relativity, identifying a clear causal reason for those findings backed up with journal-published peer-reviewed scientific analysis. In doing so, it also provides a new perspective on Quantum Mechanics, offering a way forward in the search for a unifying principle to combine these two foundations of 20th Century science - effectively showing them to be two sides of the same coin.
"The map is not the territory."
"Relativity has provided an excellent map. Now we need to understand the territory."
Every particle is one or more self-sustaining loops of light at speed c. Experimentally confirmed by the Breit-Wheeler process and Schrödinger's Zitterbewegung.
Motion physically alters the observer's instruments — because they too are made of EM energy. Reality is single-valued. Observers in different states perceive it differently.
Every particle's field extends to infinity. The combined fields of all matter produce a field-density gradient. Objects directed by that gradient and associated attracting factor — that is gravity. No extra dimensions needed.
Why do moving clocks run slow? Relativity says: spacetime geometry. No mechanism given.
Why is light speed constant for every observer? Relativity says: it's a postulate. Take it on faith.
What is curved spacetime, physically? What extra dimension does it curve into? Silence.
Copenhagen: don't ask what's really happening. Just calculate. The mystery is irreducible.
British physicist, systems researcher, and the originator of Quantum Relativity.
Blackwell's path to Quantum Relativity began on Dartmoor — watching streams reshape landscapes and sensing that time behaved more like a flowing medium than a geometric dimension. In parallel, his work as a key player in an 8-partner EU research consortium on 3G mobile telecommunications deepened his understanding of electromagnetic energy and the unexplained features of Maxwell's equations.
The two threads converged. His two 2011 papers in the systems science journal Kybernetes — one on special relativity, one on gravitation — established the mathematical framework. Both are peer-reviewed. Both are publicly available.
"Relativity asserts that all sorts of things are so — but signally fails to offer any causal mechanism for those effects, beyond the catch-all that this is how the universe operates. Get used to it."
"My take provides cogent explanations, in every case, of how it is that these things come to be so — with no weird counter-commonsense requirements."
Ready to go deeper?