Moore's Law describes how the number of transistors that can be cheaply placed on a computer chip doubles almost every two years. In 2005, Gordon Moore noted that transistors would eventually reach the limits of atomic levels and scientists working with nanotechnology have now created a transistor using apparently only seven atoms.
The "Quantum Dot" embedded in a single silicon crystal in the heart of the nanoscopic transistor measures only 4 nanometres across and promises a new generation of super computing.
Last July we visited the London Science Museum - well parts of it. There is too much there to see it all in one day.
Some of the highlights included exhibits in the "science museum 100 celebrating a century of science", such as a Cray supercomputer, half a Mini, and many many more important contributions to science and technology.
Ginger Krieg Dosier from the American University of Sharjah (UAE) has invented a method of producing printable, bio-manufactured bricks.
Printing layers of sand, bacteria (Sporosarcina pasteurii), yeast extract, urea, calcium chloride and water starts a biological process where the bacteria produce a glue that binds the materials together. Printable bricks can be almost any shape and are as strong as marble.
A neat feature is that the same bio process can be used to bind bricks together doing away with the need for traditional mortar.
Rocket Lab is a commercial rocket company in NZ, delivering small payloads into space and to suborbital heights for scientific research and experiments. Solar physics, micro-gravity, climate change measurements and launching ashes into space for memorials are just some of the applications of these small, efficient, low-cost rockets. The research from the program has developed several innovative technologies including environmentally-benign fuels.