Upgrading Your Quantum Memory? Don't Forget the Crystals
Image: Wolfgang Tittel/University of Calgary
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With New Method, China Can Mass-Produce Light Water For Its Citizens' Thirst
Image: Wikimedia Commons
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Nanotech Makes Single Molecule Glow, Showing New Promise For Tiny Optoelectronics
Image: Karlsruhe Institute of Technology via PhysOrg
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FYI: What Would Happen If Every Element On The Periodic Table Came Into Contact Simultaneously?
Image: joelogon on Flickr
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19.02.11

Upgrading Your Quantum Memory? Don't Forget the Crystals

Quantum communication offers myriad advantages over conventional fiber optic networking, but manipulating electrons or photons to behave in the proper fashion has long kept quantum networking a "theoretical" pursuit. But University of Calgary researchers working with
Read more...

With New Method, China Can Mass-Produce Light Water For Its Citizens' Thirst

In an effort to produce mass quantities of healthier H2O, Chinese scientists have come up with a new method to change water's chemical composition. It involves making
Read more...

Nanotech Makes Single Molecule Glow, Showing New Promise For Tiny Optoelectronics

For the first time, scientists have observed a single molecule emitting light when sandwiched between broken segments of a carbon nanotube. The new device emitted
Read more...

FYI: What Would Happen If Every Element On The Periodic Table Came Into Contact Simultaneously?

There are two ways to go about testing this, neither of which are practical. One requires the energy of dozens of Large Hadron Colliders. The other could yield a cauldron-full of flaming plutonium. Both, however, would probably create carbon monoxide and a pile of rust
Read more...

FYI: What Would Happen If Every Element On The Periodic Table Came Into Contact Simultaneously?

There are two ways to go about testing this, neither of which are practical. One requires the energy of dozens of Large Hadron Colliders. The other could yield a cauldron-full of flaming plutonium. Both, however, would probably create carbon monoxide and a pile of rust
Read more...

Nanotech Makes Single Molecule Glow, Showing New Promise For Tiny Optoelectronics

For the first time, scientists have observed a single molecule emitting light when sandwiched between broken segments of a carbon nanotube. The new device emitted
Read more...

With New Method, China Can Mass-Produce Light Water For Its Citizens' Thirst

In an effort to produce mass quantities of healthier H2O, Chinese scientists have come up with a new method to change water's chemical composition. It involves making
Read more...

Upgrading Your Quantum Memory? Don't Forget the Crystals

Quantum communication offers myriad advantages over conventional fiber optic networking, but manipulating electrons or photons to behave in the proper fashion has long kept quantum networking a "theoretical" pursuit. But University of Calgary researchers working with
Read more...

FYI: What Would Happen If Every Element On The Periodic Table Came Into Contact Simultaneously?

There are two ways to go about testing this, neither of which are practical. One requires the energy of dozens of Large Hadron Colliders. The other could yield a cauldron-full of flaming plutonium. Both, however, would probably create carbon monoxide and a pile of rust
Read more...

Nanotech Makes Single Molecule Glow, Showing New Promise For Tiny Optoelectronics

For the first time, scientists have observed a single molecule emitting light when sandwiched between broken segments of a carbon nanotube. The new device emitted
Read more...

With New Method, China Can Mass-Produce Light Water For Its Citizens' Thirst

In an effort to produce mass quantities of healthier H2O, Chinese scientists have come up with a new method to change water's chemical composition. It involves making
Read more...

Upgrading Your Quantum Memory? Don't Forget the Crystals

Quantum communication offers myriad advantages over conventional fiber optic networking, but manipulating electrons or photons to behave in the proper fashion has long kept quantum networking a "theoretical" pursuit. But University of Calgary researchers working with
Read more...

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