It is time to restore common sense to fundamental physics. Its two branches are the Standard Model of subatomic particles and Cosmology under Einstein's General Relativity theory. Both are heavily based on complex mathematics, which can be difficult to follow and make no sense. It seems mathematicians use complex math to bluff others into thinking they know what they are talking about.

Dr. Vivian Robinson has applied common sense to those topics, reducing their complexity to easy-to-understand physics. Most mathematics used is somewhere between high school and undergraduate level. Great complexity is not needed for most topics.

With those he gets a much better fit with observation than the  descriptions under the accepted models. Here are some examples:-

1) It is easy to solve Einstein's gravity theory from within his general relativity paper:  (Video – 37 minutes).

2) The Big Bang theory is blown up as an infinite steady state universe gives a much better match with observation. (Video – 43 minutes).

3) Dark energy and dark matter are not needed to explain astronomers' observations. (Video – 36 minutes).

Together, they burst the bubble on mathematical cosmologists as it shows just how wrong they have been.

The three videos can be viewed consecutively here:

Standard Model practitioners are spared such a detailed evaluation. Instead, he concentrated on nuclear physics, the topic with the most number of unknowns. His approach answers many questions that have baffled nuclear physicists for decades. The greatest application for nuclear physics is controlled hydrogen fusion to generate electricity.

He developed an understanding of how nuclear fusion occurs in the sun. His model predicts solar fusion to an accuracy of about three (3) parts in 10 million.

Based on this, he developed a new approach to power generation from controlled nuclear fusion. It uses known and tested principles. They have not been assembled into a complete system. In principle, drawings have been compiled. The mathematical predictions are promising.

The technology is scalable from megawatt (MW) to gigawatt (GW) systems. The construction of MW reactors provides a low cost and short entry time into the fusion power industry; click here for more details.