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digital logic News & Articles

Showing 4 posts that have the tag “digital-logic”

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An illustration shows a side-by-side comparison of how hydrogen (shown as red dots) moves in a material before and after a voltage is applied.
SemiconductorsNews

With Help From Hydrogen, Spintronics Takes One Step Closer to Digital Logic

Hydrogen ions can turn magnetism on and off in a spintronic device, opening up digital logic applications

3 min read
By compressing layers of boron nitride and graphene, researchers were able to enhance the material's band gap, bringing it one step closer to being a viable semiconductor for use in today's electronic devices.
SemiconductorsNews

Engineered Bandgap Pushes Graphene Closer to Displacing Silicon

A new method for engineering a bandgap into graphene maintains its attractive electronic properties

3 min read
Magnified images revealing the internal structure of nanoporous graphene.
SemiconductorsNews

Graphene Is Grown With the Same Bandgap as Silicon

No doping or nanostructuring is required for new bottom-up method to grow graphene with a perfect bandgap

3 min read
STM image of all the initial β-form molecules in the middle row that changed into the α-form owing to a single manipulation
SemiconductorsNews

For the First Time, Signal Transfer Between Molecules Has Been Achieved

Molecular computing reaches another milestone

2 min read

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