Tonio Buonassisi, the PI at MIT’s Photovoltaics Lab, recently took a trip to the Folgefonna National Park in Norway. There, he hiked across nearly 200 square km of glaciers. Under the crunch of snow with each step he took, he could hear the water rushing below him — more water than was normal for the ebbs and flows of a glacier’s natural lifetime — a constant reminder that his time to act was running out.
Justin Solomon, Principal Investigator of the Geometric Data Processing Group at MIT, is a prominent member of the Metric Geometry and Gerrymandering Group (MGGG), a cohort of Boston-based computer scientists and mathematicians that are leveraging modern computing power to study the problem of fairness in redistricting with a level of quantitative rigor that has not been possible until recently.
Professor Christopher ‘Kit’ Cummins, Henry Dreyfus Professor of Chemistry, has been interested in phosphorus and its processing for industrial use for many years. Cummins’ lab is exploring alternative ways and options of optimizing phosphate processing.
Immunotherapy research is a burgeoning field that aims to help our own immune systems clear the disease in a personalized manner, and for some individuals, the method shows much promise. However, for others, this approach is ineffective. The Spranger Lab hopes to understand these varying responses to immunotherapy.
Part of the Masic Group’s current work focuses on analyzing ancient structural materials, hoping to draw inspiration from ancient materials as well as biological ones to inform the production of new materials.
Students built a construct that has the potential to guide a mutated form of Cas13a to a particular mRNA sequence to prevent incorrect RNA splicing. Further testing is necessary, but if successful, this construct could be used therapeutically in small cell lung cancer.
When discussing climate change, a Republican colleague made sure even his staff was not present when expressing his real opinion for fear of being reported, Whitehouse says.
Despite decades of scientific advancement that separate us from the researchers in 1869, a quick look at the articles in the first issue of Nature shows that we can still relate to many of the challenges and opportunities scientists faced then.
To improve understanding of the ways hormones impact the tissue that lines the uterus, bioengineering PhD student Christi Cook has created a 3D tissue culturing system that supports distinct layers of different cell types that can be exposed to hormones in a way that mimics the month-long menstrual cycle.