Nanoscience and nanotechnology

MIT chemical engineers have developed arrays of carbon nanotube sensors that can detect single protein molecules as they are secreted from cells.

New sensors can detect single protein molecules

Modified carbon nanotubes could be used to track protein production by individual cells.

January 23, 2017

MIT grad student Maher Damak (left) and professor of chemistry Moungi Bawendi

Two from MIT honored at World Technology Awards

PhD candidate Maher Damak and Professor Moungi Bawendi recognized for advances in engineering and chemistry.

January 20, 2017

This photosynthetic antenna consists of several pigments, which collect light energy, and their associated proteins.

How photosynthetic pigments harvest light

New model could help scientists design materials for artificial photosynthesis.

January 11, 2017

3-D-printed gyroid models such as this one were used to test the strength and mechanical properties of a new lightweight material.

Researchers design one of the strongest, lightest materials known

Porous, 3-D forms of graphene developed at MIT can be 10 times as strong as steel but much lighter.

January 6, 2017

MIT chemical engineers discovered that they could force antibodies and other proteins to form layers by attaching each protein to a polymer tail. The proteins and polymers repel each other, so the molecules arrange themselves in a structure that minimizes the interactions between the protein and polymer segments.

3-D antibody arrays offer better sensing

New tool could help diagnose malaria and other diseases.

January 4, 2017

MIT researchers believe they have finally captured the process of quantum melting — a phase transition in quantum mechanics, in which electrons that have formed a crystalline structure purely through their quantum interactions melt into a more disordered fluid, in response to quantum fluctuations to their density.

Scientists detect a quantum crystal of electrons and “watch” it melt

New observations confirm an 80-year-old quantum theory.

December 20, 2016

MIT researchers have fabricated a stamp made from forests of carbon nanotubes that is able to print electronic inks onto rigid and flexible surfaces.

Printable electronics

New stamping technique creates functional features at nanoscale dimensions.

December 7, 2016

Henry Smith awarded IEEE Noyce Medal

Professor emeritus of electrical engineering recognized for contributions to field of nanofabrication.

December 7, 2016

A team at MIT has found an unexpected discovery about water: Inside the tiniest of spaces — in carbon nanotubes whose inner dimensions are not much bigger than a few water molecules — water can freeze solid even at high temperatures that would normally set it boiling. The finding might lead to new applications such as ice-filled wires.

Inside tiny tubes, water turns solid when it should be boiling

MIT researchers discover astonishing behavior of water confined in carbon nanotubes.

November 28, 2016

This image shows simulated iso-frequency contours of a photonic crystal slab superimposed on each other and tiled.

New method for analyzing crystal structure

Exotic materials called photonic crystals reveal their internal characteristics with new method.

November 25, 2016

Institute Professor Millie Dresselhaus accepts the UNESCO Medal from UNESCO Director-General Irina Bokova at the awards ceremony on Oct. 11 in Paris, France.

MIT awarded UNESCO Medal for contributions to nanoscience and nanotechnologies

Nanoscience pioneer and Institute Professor Millie Dresselhaus accepted the medal in Paris on behalf of the Institute.

November 7, 2016

By embedding spinach leaves with carbon nanotubes, MIT engineers have transformed spinach plants into sensors that can detect explosives and wirelessly relay that information to a handheld device similar to a smartphone.

Nanobionic spinach plants can detect explosives

After sensing dangerous chemicals, the carbon-nanotube-enhanced plants send an alert.

October 31, 2016

“It’s not enough to have an original idea. You have to make that idea work for the world,” says Karen Gleason, MIT associate provost and professor in the Department of Chemical Engineering.

Karen Gleason: Inventing at the nanoscale and growing an innovation ecosystem

MIT professor and associate provost modifies surfaces at the nanoscale while enhancing innovation around the Institute.

October 17, 2016

Paula Hammond, the David H. Koch Professor in Engineering and head of MIT’s Department of Chemical Engineering, has been elected to the National Academy of Medicine in recognition of her distinguished contributions to medicine and health.

Paula Hammond elected to the National Academy of Medicine

Chemical engineer recognized for her contributions to medicine and health.

October 17, 2016

Robert Macfarlane, the AMAX Assistant Professor of Materials Science and Engineering at MIT, holds vials of gold nanoparticles. Macfarlane designs nanoscale crystal structures whose assembly is activated by mutually attractive “sticky ends.”

Faculty highlight: Robert Macfarlane

MIT chemist constructs nanoparticle-based crystals by programming interactions of synthetic polymers and biopolymers at the molecular level.

October 14, 2016

MIT News | Massachusetts Institute of Technology

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