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Pores in this micron-scale particle, the result of pyrolyzing in the presence of potassium acetate, are able to sequester carbon dioxide from streams of flue gas. Rice University scientists say the process could be a win-win for a pair of pressing environmental problems.

Treated plastic waste good at grabbing carbon dioxide

April 5, 2022

Rice University chemists treat waste plastic to absorb carbon dioxide from flue gas streams more efficiently than current processes.

Georgia Tech's Team Baby Beatz

Georgia Tech team wins Rice360 Design Competition

April 4, 2022

A Georgia Tech team won Rice360’s annual undergraduate design competition for global health technologies.

Caroline Ajo-Franklin

Living sensor research wins federal backing

April 4, 2022

Rice researchers are leading a federally funded project to improve communications between microelectronics and microorganisms.

map of the Mississippi River and its tributaries

NSF backs study of Mississippi River’s response to climate change

April 4, 2022

Rice climate scientists and engineers are studying how climate change will impact Mississippi River flooding.

prototype wireless nerve stimulator

Blood vessels are guides for stimulating implants

March 31, 2022

A wireless neurostimulator a little bigger than a grain of rice can be put in place alongside blood vessels to treat neurological diseases and chronic pain.

Lovett Hall at Rice University

US News grad school rankings give high marks to Rice programs

March 30, 2022

A total of 19 graduate programs at Rice University rank among the nation's top 25 in their categories in the latest edition of U.S. News and World Report’s “Best Graduate Schools.”

A theory by Rice University researchers suggests growing graphene on a surface that undulates like an egg crate would stress it enough to create a minute electromagnetic field. The phenomenon could be useful for creating 2D electron optics or valleytronics devices. (Credit: Illustration by Henry Yu/Rice University)

Don’t underestimate undulating graphene

March 23, 2022

A theory by Rice University scientists suggests putting graphene on an undulating surface stresses it enough to create a minute electromagnetic field. The phenomenon could be useful for creating 2D electron optics or valleytronics devices.

Windmills

Wind, solar could replace coal power in Texas

March 21, 2022

A fraction of the wind and solar projects already proposed in Texas could eliminate the state’s remaining coal power plants and their emissions, according to Rice University engineers.

Thomas Senftle

Thomas Senftle wins NSF CAREER Award

March 21, 2022

Rice University chemical and biomolecular engineer Thomas Senftle has won a National Science Foundation CAREER Award to advance machine learning techniques for designing new catalysts.

Carbon Hub logo above photo of Lovett Hall

Saudi Aramco joins Rice University’s Carbon Hub

March 21, 2022

Saudi Aramco joins Rice’s Carbon Hub research initiative to accelerate the energy transition by developing sustainable uses of hydrocarbons.

Rice postdoctoral fellow Kedar Joshi prepares an experiment at the Biswal Lab to see how magnetic fields will affect a colloid of magnetic particles.

Models for molecules show unexpected physics

March 15, 2022

Rice engineers discover unusual properties in magnetized colloids that surprisingly adhere to the physics described by Kelvin’s equation, which models the thermodynamics of molecular systems.

An illustration defines what differentiates single-nucleotide variants (iSNVs) within a single host from single nucleotide polymorphisms that spread from host to host.

COVID-19 variants can’t hide from Variabel

March 14, 2022

Rice computer scientists introduce Variabel, which uses sequencing data to identify “low-frequency variants” of SARS-CoV-2 in public data sets. The program has also been tested on data from patients with Ebola and norovirus.

The lensless Bio-FlatScope

Bio-FlatScope dives deep for useful data

March 3, 2022

The lensless Bio-FlatScope is a small, inexpensive camera to monitor biological activity that can’t be captured by conventional instruments. The device could eventually be used to look for signs of cancer or sepsis or become a valuable endoscopy tool.

Rice University bioengineer Omid Veiseh with a vial of bead-like implants his lab invented to serve as anti-cancer drug factories

‘Drug factory’ implants eliminate ovarian, colorectal cancer in mice

March 2, 2022

Rice bioengineers have created tiny implants that activate immune cells to destroy cancer.

Sunrise aerial with Lovett Hall and Houston skyline

Faculty set Rice record with eight CAREER Awards

March 1, 2022

Rice faculty set a record, winning eight NSF CAREER Awards in 2002

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