TNRTB Archive – Retained for reference information
A team of international physicists has provided further confirmation of the best-known prediction of the theory of relativity, thereby strengthening RTB’s cosmic creation model. Arguably the most well-known aspect of Einstein’s theory of relativity is the equation E=mc2. Recent measurements of gamma-ray decays of sulfur and silicon isotopes show that the relationship between energy and mass holds to a level of 0.00004%, which is 55 times more accurate than previous tests. Few, if any, scientists expect this well-known equation to be proven incorrect, but confidence in the theory of relativity (upon which RTB’s cosmic creation model is based) grows with each affirmation of its validity.
Simon Rainville et al., “World Year of Physics: A Direct Test of E = mc2,” Nature 438 (2005): 1096-97.
New understanding of the solar system by team of five theoreticians from three different continents has produced even more evidence for the design of...
In spring of 2012, my colleague Kenneth Samples and I spent several days in London, England, speaking in universities, churches, leadership gatherings, and at...
A new technique to measure cosmological parameters affirms earlier measurements, providing additional support for RTB’s cosmic creation model. Precise measurements of the velocities and...
