Discover the Cutting-Edge Technology of the Single Molecule Car at BBC News"

In summary, a single molecule car is a nanoscale vehicle made up of a single molecule that can move and perform tasks at the molecular level. It works by utilizing the chemical and physical properties of the molecule it is made up of and has potential applications in fields such as medicine, nanotechnology, and electronics. It can be controlled through external stimuli such as light, electric fields, or chemical reactions, but creating it is a complex task due to challenges in designing and synthesizing the molecule and controlling it at the molecular level.
  • #1
shifty88
53
0
http://www.bbc.co.uk/news/science-environment-15637867"

Cool or what.
 
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Physics news on Phys.org
  • #2
I vote cool :)
 

1. What is a single molecule car?

A single molecule car is a nanoscale vehicle that is made up of a single molecule. It is designed to be able to move and perform tasks at the molecular level.

2. How does a single molecule car work?

A single molecule car works by utilizing chemical and physical properties of the molecule it is made up of. These properties are manipulated to create movement and perform specific tasks.

3. What is the potential application of a single molecule car?

The potential applications of a single molecule car are vast and diverse. It can be used in various fields such as medicine, nanotechnology, and electronics, to name a few. Its small size and precise movement make it ideal for targeted drug delivery, building tiny electronic components, and performing tasks at the molecular level.

4. How is a single molecule car controlled?

A single molecule car can be controlled through various methods such as light, electric fields, or chemical reactions. These external stimuli can be used to move and manipulate the car to perform specific tasks.

5. What are the challenges in creating a single molecule car?

Creating a single molecule car is a complex and challenging task. One of the main challenges is designing and synthesizing a molecule with the desired properties and structure. Additionally, controlling and manipulating the car at the molecular level also poses a significant challenge.

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