Programmable droplets
Using electric fields to manipulate droplets on a surface could enable high-volume, low-cost biology experiments.
Using electric fields to manipulate droplets on a surface could enable high-volume, low-cost biology experiments.
Continuous-flow chemistry device used for drug production could find use in long-duration space missions.
Putting limits on foreign students or technical publications would be counterproductive, write Deutch and Condoleezza Rice.
Six potentially paradigm-shifting research projects will make strides with funding from Professor Amar G. Bose Research Grants.
An abundant enzyme in marine microbes may be responsible for production of the greenhouse gas.
Subnanometer-scale channels in 2-D materials could point toward future electronics, solar cells.
Faculty members in chemistry and physics honored for excellence in graduate and undergraduate teaching.
When spraying metal coatings, melting hurts rather than helps, MIT research reveals.
Study could shed light on how many other proteins bind with membrane cholesterol.
Research from the Dinca and Hart labs, paired with Lamborghini’s “hypercar” concept, will result in the Terzo Millenio, an electric sports car for the third millennium.
Novel structures made with DNA scaffolds could be used to create solar-powered materials.
Prize winners span six departments in the schools of Science and Engineering.
The Izakson Prize is given in recognition of outstanding optical research that leads to breakthroughs in the condensed matter sciences.
Mavalvala, Evans, Frebel, Katsavounidis, and Vitale discuss the science behind LIGO's observations of a neutron star collision.
Approach developed at MIT could help curb needless “flaring” of potent greenhouse gas.