Ten years later, he advanced his theory of General Relativity, which could account for both uniform and accelerated motion, particularly that due to the force of gravity. For many years, it provided the most promising basis for incorporating all laws of nature into one consistent model (albeit leaving quatum mechanics aside). To understand it fully probably requires more mathematical (and conceptual) ability than this writer possesses. But the special theory of relativity should prove more amenable to such comprehension, without too much mathematical knowledge. This section of the Website is thus devoted to my attempts to write out the strands of ideas that led to the conclusions Einstein arrived at in this regard in 1905, at least, and by this means try to understand those conclusions. Such ideas go back a long way of course and some of these will have to be described more superficially than, hopefully, the later ones. But verbal concepts and descriptions can never be as succinct and economical (ie elegant) as can mathematical and physical equations when distilling such truths. Indeed, when writing out the ideas that I've read about and struggled with, I find I generally go on much too long - which is another way of saying I probably don't yet really understand what I'm seeking to explain (to myself!) Nevertheless, this is my attempt.. The following are probably best read in sequence but can be considered separately in any order.
On The Evolution of the Basic Laws of Physics.
On The Background To The Problem Addressed By Einstein...'
On Einstein's Answer to 'The Problem': The Special Theory of Relativity.
Understanding The Special Theory Of Relativity.
A Brief Account of the Special Theory of Relativity.
The General Theory of Relativity: An Introduction.
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