Materials, Sensors & Devices

ramesh_goldwater_816

Research

Sapna Ramesh ’21 Earns Prestigious Goldwater Scholarship

April 14, 2020

by Jesse Adams

illustration of compact optical phased array

Research

Compact Beam Steering Research to Revolutionize Autonomous Navigation, AR, Neuroscience

March 19, 2020

by Holly Evarts

Tactile Robot

Research

A Tactile Robot Finger With No Blind Spots

February 26, 2020

by Holly Evarts

Partial model of Cathedral of Saint Pierre in Beauvais, France developed by Columbia University researchers merging multiple range scans.

Engineering the Future of Cultural Preservation

December 13, 2019

by Mindy Farabee

hone dean finney image

Research

Breaking (and Restoring) Graphene’s Symmetry in a Twistable Electronics Device

November 21, 2019

by Holly Evarts

Alexander Gaeta, Michal Lipson, and Nanfang Yu

Faculty & Staff

Profs. Gaeta, Lipson, and Yu Win NSF Grants to Advance Quantum Research

November 13, 2019

by Holly Evarts

hone-dean

Research

Research Reveals Exotic Quantum States in Double-Layer Graphene

June 25, 2019

by Kevin Stacey

nieh-1600

Research

Multi-mobile (M2) Computing System Makes Android and iOS Apps Sharable on Multiple Devices

June 20, 2019

by Holly Evarts

gang-team-1600

Research

Nanoscale Sculpturing Leads to Unusual Packing of Nanocubes

May 17, 2019

l_train_816

Faculty & Staff

Keeping the New York City Subway on Track

May 07, 2019

mesgarani

Faculty & Staff

Data for Good

April 19, 2019

by Jesse Adams

Graphene remains the strongest material ever measured and, as Professor Hone once put it, so strong that "it would take an elephant, balanced on a pencil, to break through a sheet of graphene the thickness of Saran Wrap.”

Research

Even with Defects, Graphene Is Strongest Material in the World

May 31, 2013

by Holly Evarts