•  
  • By Tudor Vieru
  • January 30th, 2012
Tissue-Like Electronics Could Be Tattooed on the Body

Tissue-Like Electronics Could Be Tattooed on the Body

A research team is now trying to make this technology feasible

  •  
  • By Tudor Vieru
  • January 18th, 2012
Advanced Microtweezers Developed for Small-Scale Construction

Advanced Microtweezers Developed for Small-Scale Construction

There are countless applications for the device in new fields of science

  •  
  • By Tudor Vieru
  • January 17th, 2012
Printer Can Create Artificial Living Tissue

Printer Can Create Artificial Living Tissue

The equipment is currently being developed in Switzerland

  •  
  • By Tudor Vieru
  • January 11th, 2012
Nanotube Track Individual Molecules in Water

Nanotube Track Individual Molecules in Water

This finding could lead to numerous breakthroughs in science

  •  
  • By Tudor Vieru
  • January 9th, 2012
Graphene Can Be Turned into a Magnet

Graphene Can Be Turned into a Magnet

The finding is extremely important for facilitating practical applications

  •  
  • By Tudor Vieru
  • January 6th, 2012
Graphene Exhibits Preferred Directions During Rips

Graphene Exhibits Preferred Directions During Rips

This gives the material brand new uses that experts were unaware of

  •  
  • By Tudor Vieru
  • January 5th, 2012
Graphene Nanowiggles Reveal Their Advanced Properties

Graphene Nanowiggles Reveal Their Advanced Properties

RPI researchers discover amazing new uses for the carbon compound

  •  
  • By Tudor Vieru
  • December 21st, 2011
'Great Dying' May Have Been Caused by Coal Explosion

'Great Dying' May Have Been Caused by Coal Explosion

Several other potential causes have already been proposed

  •  
  • By Tudor Vieru
  • December 9th, 2011
Nanocrystals Bare All for Scientists

Nanocrystals Bare All for Scientists

The materials can now be produced in their bare, purest form

  •  
  • By Tudor Vieru
  • November 30th, 2011
How to Create Nanoscale Pores in Materials

How to Create Nanoscale Pores in Materials

The method relies heavily on the use of osmotic forces

  •  
  • By Tudor Vieru
  • November 29th, 2011
Replacing Petroleum-Based Styrene May Be Possible

Replacing Petroleum-Based Styrene May Be Possible

Researchers are investigating the use of biomaterials in this application

  •  
  • By Tudor Vieru
  • November 25th, 2011
Fighting Obesity with Brain Cells

Fighting Obesity with Brain Cells

And not even in the sense of eating smartly, of course

  •  
  • By Tudor Vieru
  • November 23rd, 2011
Graphene-Based Sensors Put Similar Devices to Shame

Graphene-Based Sensors Put Similar Devices to Shame

There seems to be no limit to what the carbon compound can do

  •  
  • By Tudor Vieru
  • November 22nd, 2011
New Avenue to Transparent Electrodes Pursued at UCLA

New Avenue to Transparent Electrodes Pursued at UCLA

The team is looking for an alternative to using the chemical indium

  •  
  • By Tudor Vieru
  • November 18th, 2011
Lightest Solid Material Ever Created at Caltech

Lightest Solid Material Ever Created at Caltech

It is about 100 times lighter than the lightest Styrofoam

  •  
  • By Tudor Vieru
  • November 18th, 2011
Bringing Nanotubes to Advanced Electronics

Bringing Nanotubes to Advanced Electronics

Stanford team develops new technique for using nanomaterials

  •  
  • By Tudor Vieru
  • November 16th, 2011
Carnivorous Plants Inspire the Creation of Frictionless Materials

Carnivorous Plants Inspire the Creation of Frictionless Materials

Investigators say that the constructs could have significant applications

 
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