A new study shows that the breakdown of water molecules trapped in ancient Martian rocks likely produced enough chemical energy to sustain microorganisms for hundreds of millions of years beneath the Red Planet’s surface.
A Brown-led research team will develop machine-learning software to accelerate the supercomputer simulations used to design new materials and direct key chemical reactions.
In research that may help bridge the divide between the nano and the macro, Brown University chemists have used pyramid-shaped nanoparticles to create what might be the most complex macroscale superstructure ever assembled.
The National Institute of Standards and Technology will provide funding for Brown researchers working in the physical sciences to collaborate with NIST researchers and access NIST’s specialized labs.
With the help of a Brown summer research grant, a team of undergraduates is helping to develop a course that uses simple drones as a gateway into autonomous robotics.
By revealing the structure of proteins that enable sperm and egg to fuse to form zygotes in plant and protozoan species, the new study may aid in discovering the fusion process for humans, which remains a mystery.
At NASDAQ’s Global Technology Center, the rising Brown junior and applied mathematics concentrator is working with nine other students to create streamlined, smarter online marketplaces.
In a finding that could point the way toward better computer vision systems, Brown University researchers show why computers are so bad at seeing when one thing is not like another.
At the 12th annual Identification of Dark Matter Conference being held this week at Brown, physicists are working to understand the missing mass of the universe.
Meenakshi Narain will lead the collaboration board for U.S. institutions participating in the CMS experiment at the Large Hadron Collider, an experiment pushing the frontiers of modern particle physics.
Using pencil, paper and computer, rising sophomore Sarah Bawabe is spending the summer working side-by-side with Professor S. James Gates Jr. on some of the biggest questions in theoretical physics.
Researchers have shown that clusters of boron and lanthanide atoms form interesting “inverse sandwich” structures that could be useful as molecular magnets.
On Friday, July 13, at 10:20 a.m., astronauts aboard the International Space Station will deploy EQUiSat, a small satellite designed and built by Brown students, into orbit.
Gently compressed stacks of graphene form sharp crinkles that carry an electric charge, which could be useful in nanoscale self-assembly and other applications.
The senior capstone class in Brown’s biomedical engineering curriculum starts with real-world problems in medical practice and challenges students to come up with unique, often marketable, solutions.
A new analysis of data from NASA’s Dawn mission suggests that organic matter may exist in surprisingly high concentrations on the dwarf planet’s surface.
By measuring how heat is conducted in an exotic matter state, researchers show evidence for the presence of ‘non-Abelian anyons,’ particles that could store quantum information without need of error correction.
A new study of how ligaments restrict joint movement suggests that pterosaurs and “four-winged” dinosaurs couldn’t have flown in the same way that bats do.
Brown University chemists have shown a technique that can identify regions in a liquid crystal system where molecular order begins to emerge just before the system fully transitions from disordered to ordered states.
An Antares rocket and Cygnus cargo spacecraft launching to the International Space Station on Sunday morning will carry Brown's first student-built satellite.
In research that could lead to future therapies for age-related diseases, Brown University researchers have found a new way to stimulate the process by which cells recycle their spare parts.
Professors from Brown’s medical school and Harvard’s law school urge the U.S. to allow for the replacement of mutation-bearing mitochondria to prevent fatal illnesses in children.
At the scale of microdevices, adhesion is one of the most important forces that engineers need to contend with — Brown University researchers have come up with a new way to measure it.
Scientists have long wanted to retrieve rock samples from the Moon’s South Pole-Aitken basin, and a new study could be helpful in locating an ideal landing site.
A new gift from Brown University Chancellor Samuel M. Mencoff and Ann S. Mencoff will establish medical research funds and support top medical scholars.
A new study shows terahertz data links are possible even without direct line-of-sight between transmitter and receiver, a promising finding for future ultra-high-capacity terahertz data networks.
Results from study led by Brown University researchers illustrate that Sirt4, also found in humans, may be an important factor in age-related metabolic decline and healthy lifespan.
A new study details the minute changes—down to the level of individual atoms—that cause a particular protein to form cell-damaging clumps associated with ALS and other diseases.
Technology known as deep learning has fueled an AI revolution, but a workshop series kicking off at Brown this week will consider where the field might go from here.
New research in mice and humans suggests that an enzyme called SNRK suppresses inflammation in obesity-related “white fat” while increasing metabolism in heat-producing “brown fat,” making SNRK an intriguing target in the battle against obesity.
Brown University researchers show how nuclear magnetic resonance probes can be optimized for studying the properties of nanomaterials and strange states of matter.
New research suggests that the bulk of clay minerals on Mars could have been formed as the planet’s crust cooled and solidified, not by later interactions with water on the surface as has long been assumed.
The detection of gravitational waves has given astronomers a new way of looking at the universe, and a new study shows how these ripples in the fabric of spacetime might confirm or rule out the existence of a certain type of black hole.
Subduction--the sliding of one tectonic plate beneath another--is possible on the ice shell of Jupiter's moon Europa, a new study shows. The process could supply chemical food for life to a subsurface ocean.