Forging ahead on climate action
At UN Climate Change Conference, MIT researchers share insights on implementing climate commitments.
Biomarker could help guide cancer therapy, avoid drug resistance
Biologists link levels of Mena protein to breast cancer cells’ sensitivity to chemotherapy.
Brian Henderson: Experimenting with physics and policy
Nuclear Science and Engineering Stanton Fellow Brian Henderson brings his physics experience to bear on nuclear weapons disarmament policies.
Creating new treatments for amblyopia
Study finds decreasing activity in the eye can help overcome visual impairment.
At forum, MIT community tackles tough ethical questions of climate change
Why is it so hard for human beings to address climate change? What can motivate effective action?
Four MIT faculty elected 2016 AAAS Fellows
Green, Ketterle, Nedivi, and Shrobe are among those recognized for their efforts toward advancing science.
Lauren Uhr: a brain researcher motivated by personal experience
MIT senior studies cognitive science and medicine from the vantage point of a person with dyslexia.
Entanglement bonanza
Relatively simple quantum computers could be much more powerful than previously realized.
Pluto’s icy, slushy heart
Data from New Horizons mission suggest a water-ice ocean lies beneath Pluto’s heart-shaped basin.
Data-driven diabetes management
Smart insulin-pen cap lets patients and doctors track dosage data to better manage treatment.
Kay Tye Receives the Society for Neuroscience Young Investigator Award
Picower Neuroscientist recognized for her work on emotional circuitry of the brain.
Turning greenhouse gas into gasoline
New catalyst provides design principles for producing fuels from carbon dioxide emissions.
Big ice, big science
Richard Alley delivers 2016 Carlson Lecture on the physics of glaciers and how ice sheets capture a history of the world’s climate.
Fusing theory and practice
Grad student Libby Tolman melds the elegance of theoretical physics with practical applications of nuclear science.
Researchers create synthetic cells to isolate genetic circuits
Encapsulating molecular components in artificial membranes offers more flexibility in designing circuits.