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Program Highlights

Visualizing the intricate electron pairing in iron-based superconductors
Research
Cornell University
Correlated motion provides new clues to the magnetic origin of high-temperature superconductivity

Superconducting wires conduct electricity perfectly — without any energy losses — because

(2012)

Patterned Graphene "Scrap" Grows into Continuous "Patchwork Quilt"
Research
Cornell University

 

New technique produces heterojunctions in single-atom-thick graphene

(2012)

A Better Way to Store Information in Computer Memory
Research
Cornell University

 

(2012)

Interacting electron ripples provide clues to superconductivity
Research
Cornell University

 

Interacting electron ripples provide clues to superconductivity A theoretical prediction is confirmed by atomic-scale microscopy

(2011)

Twisting and turning towards new multifunctional materials
Research
Cornell University

(2011)

Synthetic Molecular Brushes Slipperier Than Natural Lubricants
Research
Cornell University

(2011)

Molecular Wires Transmit Electricity Between Nanocrystals
Research
Cornell University
Connections between “quantum dots” may enable new types of solar cells

(2011)

Graphene Grains make Atomic Patchwork Quilts
Research
Cornell University

 

(2011)

The Best Sandwiches are Not the Most Perfect Sandwiches
Research
Cornell University

(2010)

“Nano-Rivers” of Electricity found in New Superconductors
Research
Cornell University

(2010)

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