MIT researchers developed a method to adjust the electronic properties of Weyl semimetals with precision, potentially benefiting quantum computing and superconductivity.

MIT chemists have devised a new method to synthesize complex plant-derived molecules for potential pharmaceutical use.

MIT researchers have developed a new tool for assessing the environmental impact of US road infrastructure, which could reduce emissions by optimizing material choices and maintenance strategies.

MIT spinout Sublime Systems creates a sustainable cement alternative, using electrochemistry to reduce CO2 emissions. Their product matches traditional cement strength and was used in Boston's largest net-zero commercial building.

A study from Harvard suggests lightning might have helped create life on Earth by turning inert gases into reactive compounds, offering new insights into the origin of life.

An MIT study shows a significant decline in commercial aviation fatalities, with the risk decreasing from 1 in 7.9 million in 2008-2017 to 1 in 13.7 million in 2018-2022.

Harvard researchers have developed an enhancer protein to improve the effectiveness and longevity of CAR T-cell therapy in treating cancer, potentially leading to longer remission periods.

Context Labs, led by MIT Sloan Fellow Dan Harple, uses a blockchain platform to enhance transparency and credibility in corporate emissions data, offering a solution to greenwashing.

Researchers at MIT, the University of Utah, and Meta have developed a new flexible material for electronics that could improve recycling and the production of multilayered circuits.

Research by MIT and the University of Chicago suggests meteorite impacts are the primary factor in forming the Moon's atmosphere, with study results showing a 70:30 impact vaporization to solar wind contribution ratio.

MIT researchers found human activities significantly contribute to rising ozone levels in the upper troposphere, analyzing satellite data from 2005-2021.

MIT and international physicists studied excitons in ultrathin materials, offering insights with implications for electronic devices and quantum computing.

The article discusses gender and sex differences in brain development and their health impacts, highlighting clinical neuroscientist Jill Goldstein's perspective on sex-specific brain traits and their role in personalized medicine.