The World's Smallest Engine Could Power Disease-Fighting Micro Robots
Rahul Kalvapalle — May 6, 2016 — Tech
A group of exceptionally talented and ambitious researchers working out of the University of Cambridge have developed a truly incredible nano-engine that is claimed, with pretty good reason, to be the world's smallest engine.
The engine is made out of miniature charged particles of gold. When heated up with a laser, it stores a huge amount of energy that can then be released, with a good analogy being the way a spring absorbs energy and then releases it outwards.
This particular nano-scale engine isn't merely notable for being the world's smallest engine, as it could be used for a wide variety of applications. For example, it could be used in the development of microscopic robots that could enter the human body and fight viruses and disease.
The engine is made out of miniature charged particles of gold. When heated up with a laser, it stores a huge amount of energy that can then be released, with a good analogy being the way a spring absorbs energy and then releases it outwards.
This particular nano-scale engine isn't merely notable for being the world's smallest engine, as it could be used for a wide variety of applications. For example, it could be used in the development of microscopic robots that could enter the human body and fight viruses and disease.
Trend Themes
1. Nano-engine Technology - Developing and advancing nano-scale engine technology presents opportunities for various applications.
2. Micro-robotics - Using nano-engines in the development of microscopic robots opens up possibilities for fighting diseases at a cellular level.
3. Energy Storage Innovations - Exploring gold-charged nano-engines as energy storage solutions can lead to breakthroughs in energy efficiency and power storage.
Industry Implications
1. Healthcare - The healthcare industry can benefit from the use of nano-engines in disease-fighting micro robots.
2. Technology - Technological advancements in nano-engine technology can disrupt the robotics industry and lead to new applications.
3. Energy - The energy industry can explore the potential of using gold-charged nano-engines for efficient energy storage solutions.
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