Graphene
Graphene is a sheet of carbon one atom thick, first pulled from pencil graphite with ordinary sticky tape. It is the thinnest material known and also the strongest, carries electricity as well as copper, and is almost completely transparent.
Nobel Prize press release, 5 Oct 2010How far from your life: You can get it now, though it may not be common yet.
Company-reportedFrom lab to your life
Why it’s on step 4
- 1Lab discovery
- 2Working prototype
- 3Real-world testing
- 4Approved or on sale
- 5Everyday life
The rule
A regulator approved or cleared it where approval applies (the FDA, the EMA, a CE mark), or it is sold to the public or to customers beyond a trial.
- Ford said graphene would go into production by the end of 2018 in more than ten under-hood parts of the F-150 and Mustang. Less than half a percent of graphene cut noise by about 17%. Ford, 9 Oct 2018
The short version
What you need to know
- Why it matters
Mixed into plastics, it can make them conduct electricity and resist heat and wear. It could also lead to faster transistors and transparent touch screens.
Nobel Prize press release, 5 Oct 2010- How small
One atom thick.
Nobel Prize press release, 5 Oct 2010- Is it really nano?
Truly nano
Graphene is a single layer of atoms; there is nothing to it but nanoscale structure.
Nobel Prize press release, 5 Oct 2010- Where you’ll find it
In a few products so far: some phones and sporting goods, and under-hood parts of some Ford cars.
Ford, 9 Oct 2018- Who’s behind it
First isolated at the University of Manchester; now made by many companies
On the record
Every step, dated
Newest first. Company-reported means the only source so far is the company itself.
- On saleCompany-reported
Ford said graphene would go into production by the end of 2018 in more than ten under-hood parts of the F-150 and Mustang. Less than half a percent of graphene cut noise by about 17%.
Ford, 9 Oct 2018 - On the record
Andre Geim and Konstantin Novoselov of the University of Manchester won the Nobel Prize in Physics for their experiments on graphene.
Nobel Prize press release, 5 Oct 2010
Sources
Where every line comes from
Each source with the passage, word for word, that backs what we wrote.
- Nobel Prize press release, 5 Oct 2010
A thin flake of ordinary carbon, just one atom thick, lies behind this year's Nobel Prize in Physics.
- Ford, 9 Oct 2018
It’s in cell phones and even some sporting goods – and soon,
More in Wonder materials
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- Silica aerogelsStep 4 · On saleAerogels are among the lightest solids ever made.
- Metal-organic frameworks for carbon captureStep 3 · TestingMetal-organic frameworks (MOFs) are crystals built like scaffolding: metal atoms joined by carbon-based molecules, leaving pores a few nanometers wide inside.
- Carbon nanotube transistorsStep 2 · PrototypeCarbon nanotubes are sheets of carbon atoms rolled into tubes.