Blake is a world-renown physicist who has made many significant contributions to the evolution of computers and theoretical physics. Working with companies like Microsoft and Sun Microsystems Blake’s practical engineering approach to problem-solving has resulted in decades of discovery, invention, and innovation.

His inventions paved the way for the massive networks of self-balancing computer systems we know as “cloud computing”. His seminal work measuring computer instruction frequency delivered the Reduced Instruction Set Computers (RISC) now used in phones, watches, and ubiquitous in the “internet of things”.  

His interest and research into clean energy sources grew from theoretical advances in the cause of gravitation. 

Because gravity is such a weak force it is hard to measure it without having a large object as the focus of an experiment. 

However, for more than 100 years we have known that big things are really made up of small sub-atomic particles. Blake realised the cause of gravitation came from the creation of these much smaller objects which, when gathered together, provide enough gravitational force to measure.

Following this line of thinking, Blake discovered that when a particle is created, it displaces space rather than replacing space as we usually think.  This immediately led to an understanding of the cause of gravitation.  He published this in a 2010 paper called “The effect of particle creation on space” which was presented at the First International Conference on Classical and Quantum Gravitation (Crete, Greece).

Understanding the cause of gravitation led to clarity concerning the architecture of particles causing gravitation like protons and neutrons, which Blake published in 2011.  

His resulting model of nuclear binding energy - how much energy is released when these nucleons bind together - fits the experimental data 7 times better than any model suggested over the previous 80 years.

He turned his attention to the clean energy problem in 2012, to see if his practical approach to physics could turn this issue into a simple engineering problem. 

Blake has subsequently found additional compelling evidence for this idea, which he presented in June 2018 at the 21st International Conference on Condensed Matter Nuclear Science (Fort Collins, Colorado).

Blake developed an approach that removes the issue of thermodynamics entirely and has led to Quantum Generation® and the innovative Q-GEN® model.