Here we review major renewable energy topics from 2010 and then turn towards analyzing energy issues for 2011 and beyond.
Laser implosion fusion is a proposed method for creating nuclear fusion power plants. It is showing some great promise, being the most likely candidate for the first fusion method to reach net energy gain. Exciting new developments may make fusion power a reality in the coming decades.
How do we turn fusion power into electricity? There are two main methods. We can use heat engines like steam turbines or we can use a very new system called ‘direct conversion’ which has some interesting properties.
Issues and difficulties with creating a physical system for nuclear fusion. To succeed, we must face temperatures that vaporize all known materials and other requirements that make this the most difficult technological endeavor of our age.
There are a number of different fuels that can be used for creating fusion power. Here we look at the useful ones and look at their advantages and disadvantages. Different fuel cycles require very different implementations.
In order to understand nuclear fusion at a deep level, you must have a strong grasp of a number of areas of physics. I have collected here some resources for learning these skills. The general areas are electromagnetism, nuclear physics, thermodynamics, and plasma physics.
Achieving sustained nuclear fusion for power production is incredibly challenging. Scientists have been working on this problem for decades. This piece is an overview of the basic concepts and technologies needed for nuclear fusion power. One could also view this as a tutorial, or a crash-course, in fusion power.