A new study, born out of an interest in using science to explain the everyday world, shows how competing forces conspire to keep the ball from bouncing, making it impossible for an opponent to return.
Two Brown students developed a new technique called Quantum Multi-Wavelength Holography, which creates high-fidelity 3D images using quantum entangled photons.
Researchers analyzed a global database of 500,000 strange streaks that occur on steep Martian slopes, concluding that they’re most likely caused by dry processes rather than liquid flow.
In an advance that could lead to better treatment of troublesome fungal infections, Brown University engineers have developed a nanoscale drug delivery system specially targeted to fungal cells.
A new AI model created by researchers at Brown can generate motion in all kinds of robots and animated figures — humanoids, quadrupeds and more — from simple text commands.
New research finds that despite large rivers and seas of liquid methane, Saturn’s moon Titan seems mostly devoid of river deltas, raising new questions about the surface dynamics on this alien world.
A team of Brown University researchers has identified a promising new approach that may one day help to restore vision in people affected by macular degeneration and other retinal disorders.
This year’s Breakthrough Prize in Fundamental Physics was awarded to experimentalists at the Large Hadron Collider, where Brown physicists have played key roles in revealing the deepest mysteries of the universe.
In a potential step toward sending small spacecraft to the stars, researchers have developed an ultra-thin, ultra-reflective membrane designed to ride a column of laser light to incredible speeds.
The eighth annual Department of Chemistry event offered high schoolers a sneak preview of STEM careers along with interactive science demonstrations led by Brown students and faculty.
The symposium focused on the ways in which engineering research can be brought to bear in better understanding the nervous system and treating injury and disease.
Combining cutting-edge science, technology and engineering education with economic and policy instruction, the on-campus program will prepare students to be change-makers in the global transition to renewable energy.
A new study led by Brown University researchers shows how a water-rich mineral could explain the planet’s color, hinting at a wetter, more habitable past on the Red Planet.
An unexpected television signal traced to an airplane led to a new method for pinpointing unwanted radio signals, as growing satellite activity threatens the future of radio astronomy.
A study led by a team of Brown University researchers could lead to new ways of exploring quantum phenomena, with implications for future advances in technology and computing.
Pieces of the asteroid Bennu, collected by NASA’s OSIRIS-REx mission, are being studied at Brown as part of an effort to better understand the solar system’s early history and the origins of materials necessary for life on Earth.
The distinguished physicist, who taught at Brown for more than five decades and was awarded the 1972 Nobel Prize in Physics for developing the theory of superconductivity, died on Oct. 23.
As large language models play an increasing role in public discourse, a new study led by Brown researchers raises important ethical questions about the potential ways AI tools can be adapted by users.
In the master of science degree program, students learn how to use data responsibly, giving local and global learners valuable training in responsible AI development and implementation.
Founded in 2014, the Institute at Brown for Environment and Society has become a leader in producing boundary-breaking, solutions-driven research while educating the next generation of environmental leaders.
A daylong conference brought together experts from Brown’s School of Engineering and beyond to spark collaborations in renewable energy, carbon capture and energy-efficient technologies for a sustainable future.
By understanding tiny, powerful molecules, a collaborative research team led by Professor of Chemistry Ming Xian develops innovative chemical tools that could lead to new medical treatments.
Faculty and student researchers from Brown contributed key expertise on the LZ team’s latest findings, refining the search for dark matter particles and pushing the boundaries of detection technology.
The five-day camp at Brown’s Institute for Computational and Experimental Research in Mathematics engages students in hands-on math activities and advanced computational labs, guided by experts.
In a clinical trial and study supported by Brown scientists and alumni, a participant regained nearly fluent speech using a brain-computer interface that translates brain signals into speech with up to 97% accuracy.
Brown University researchers highlight the roles of carbon dioxide and ocean currents as key drivers of temperature fluctuations in the tropical Andes over a 16,000 year period.
Working with a 3-million-year-old Colombian sediment core in a research lab at Brown this summer, the rising sophomore is extracting ancient biological data to inform future climate models.
A condensed matter researcher and Brown Ph.D. student, Nikolov is spending his summer at Fidelity Investments, exploring how quantum-inspired neural networks could revolutionize financial analysis and security systems.
In a video interview, the chair of Brown’s Department of Ecology, Evolution and Organismal Biology discussed the “truly magical” simultaneous emergence of two groups of cicadas for the first time since 1803.
A new study led by a Brown researcher reveals the frequency of space rocks pummeling Mars is higher than previously estimated and detects two of the largest impacts ever seen by scientists on the Red Planet.
Ingrid Daubar will be among the scientists to explore planetary defense and near-Earth asteroid science as part of the mission, scheduled to launch in October 2024.
A research team unveiled that Mars’ Tharsis volcanoes have on and off patches of water frost, challenging previous assumptions about the Martian climate and helping shed light on how water behaves on the planet.
Findings published in Nature by a team of Brown-led researchers challenge traditional beliefs about the cause of earthquakes and suggest that it depends not on friction, but on the ways faults are aligned.
As Brown researchers work to turn discoveries into therapies, services and devices that can benefit people, the University was recognized as one of the top schools in the nation for utility patents granted in 2023.
Educators from Blackstone Academy Charter School in Pawtucket partnered with Brown’s makerspace to launch a new science class, empowering teens to design and create, and sparking interest in engineering.
The team’s study describes enhancements that make a popular lunar mapping technique more streamlined and precise than ever at a time when space agencies are gearing up for lunar missions.
A late-night venture to Shippee Sawmill Pond for a rare Northern Hemisphere sighting of the aurora borealis resulted in stunning photos for Robert Horton, who manages Brown’s Ladd Observatory.
Using the scientific principles behind fluid mechanics, students in a School of Engineering course produced stunning imagery brought to life via high-speed photography.
New research shows how tiny plant-like organisms hitch a ride on ocean currents to reach darker and deeper depths, where they impact carbon cycling and microbial dynamics in the subtropical oceans.
The new understanding from a research team at Brown fundamentally explains for the first time why one type of Mott insulator, which has puzzled scientists for decades, has resisted conducting electricity.
The daylong conference brought together scientists, engineers and technical experts from Brown and the Department of Energy’s National Laboratories to strengthen existing partnerships and enable new collaborations.
By using a phone camera and a new set of Instagram augmented reality filters, anyone can dive into the depths of space, encountering nebulae, pulsars and even remnants of exploded stars.
From dishwashing to solar panels, here are 10 important topics explored by students and faculty at the Institute at Brown for Environment and Society as community members look toward climate-conscious decisions.
In a breakthrough that could help revolutionize wireless communication, researchers unveiled a novel method for manipulating terahertz waves, allowing them to curve around obstacles instead of being blocked by them.
With Brown students and scientists as their hosts, enthusiasts from across campus and the local area convened for an eclipse viewing event on Monday, April 8.
As part of annual field trip tradition geared toward students in Brown’s Department of Earth, Environmental and Planetary Sciences, students continue an annual journey of exploration, discovery and shared adventure.
A new study on how comets evolve reveals that deep space objects like Kuiper Belt Object 486958 Arrokoth may be time capsules containing ancient ices from billions of years ago.