Matt Jones will use the grant to develop techniques in liquid cell transmission electron microscopy (TEM) to view chemical processes in real time at the atomic scale. He aims to capture video of nanocrystal synthesis, protein biofouling and catalysis itself.
Rice University researchers are working to develop cell implants that can sense blood glucose levels and produce insulin on demand for Type 1 diabetes patients. The project aims to eliminate the need for patients to monitor their blood glucose and administer insulin shots, potentially leading to a cure for this autoimmune disease.
Rice University scientists develop micron-sized spheres that trap and destroy bisphenol A (BPA), a synthetic chemical used in plastics. The spheres utilize reactive oxygen species (ROS) to degrade BPA into harmless chemicals, showing 90% efficacy after just one hour.
Rice University researchers have created a new catalyst that can convert ammonia into hydrogen fuel at ambient pressure using light energy, significantly lowering the activation barrier. The catalyst, made of copper with trace amounts of ruthenium, uses plasmonic effects to enhance its efficiency.
Researchers create spheres that can be made at low cost and promise to mitigate the energy-intensive techniques now used to make cement. The spheres are suitable for various applications, including bone-tissue engineering, insulation, ceramic, and composite materials.
According to a study by Rice University data scientists, the number of groups and organizations an individual joins is crucial in forming online friendships. The researchers found that individuals who are active in multiple communities have a higher chance of meeting people with similar interests.
Scientists created a comprehensive guide to the optical properties of 2D materials, enabling the design of smaller devices and polarizing filters. The research revealed surprising optical signatures in each material, with some absorbing or reflecting specific wavelengths of light.
A cross-disciplinary team led by Rice University will investigate the formation of life-essential elements in rocky planets during their early evolution. The CLEVER Planets project aims to understand how these elements survive turbulent periods and ultimately lead to habitability, with a focus on rocky worlds beyond our solar system.
Researchers from Rice University's Laboratory for Nanophotonics studied plasmons in polycyclic aromatic hydrocarbons (PAHs) with fewer than 50 atoms. They found that these molecules can support molecular plasmons in the visible spectrum, offering a new area of research at the intersection of plasmonics and molecular chemistry.
Researchers used ultracold lithium atoms to verify a theory predicting collective behavior in one-dimensional wires. The study confirmed the predicted speed of charge waves and spin waves as a function of interaction strength, setting the stage for further investigation into strongly correlated electron physics.
The Rice University graduate-level bioelectronics program aims to develop technologies at the cell/material interface, focusing on light-harvesting systems and implantable devices. The five-year program will train students from various departments to tackle bioelectronics challenges collaboratively.
Rice University researchers have developed a fleet of autonomous aerial drones that can coordinate to detect and track airborne pollutants. The system, called ASTRO, will use real-time data to alert neighborhoods of hazardous conditions following extreme weather events.
Rice University engineers discovered that weak van der Waals forces between nanotubes and water molecules can align into a square rod. The research provides valuable insight on ways to leverage atomic interactions for fabricating nanochannels and energy-storing nanocapacitors.
Researchers at Rice University have discovered the first example of Dicke cooperativity in a matter-matter system, which could lead to faster information processing and lower power consumption. The discovery uses a magnetic field to prompt cooperativity among spins within a crystalline compound made primarily of iron and erbium.
Rice University scientists create iron-based TI contrast agent that outperforms gadolinium chelates, improving T1 MRI contrast performance by two-fold. The study demonstrates a method to load iron into nanoparticles, offering a safer and more effective alternative for radiologists.
A Rice University scientist has developed a new method to diagnose quantum computers, reducing the need for expensive measurements. This approach uses compressed sensing to minimize data while ensuring accurate results, making it possible to validate even large-scale systems.
Biologists at Rice University have discovered a new trophic interaction between love vines and gall-forming wasps. The study found that the vines attack tumor-like growths called galls made by the wasps, leaving behind mummified adult wasps.
Research from Rice University and the University of Pittsburgh finds that damage from natural disasters and FEMA aid increases wealth inequality between races in the US. Whites accumulate more wealth after disasters, while residents of color accumulate less, leading to an increase in racial wealth gaps.
The ShareBackup system uses fast switches and software to take over network traffic after a failure, minimizing downtime for applications. It can analyze problems, including misconfigurations, and diagnose faulty devices, helping data centers optimize their networks.
Rice University scientists have created a magnetic nanoparticle compound that efficiently separates crude oil droplets from produced water. The nanoparticles are attracted to the magnet and bind to the oil, allowing for easy separation. This solution could be valuable for industry and offshore oil rigs.
Researchers at Rice University and the University of Houston created models to predict the output of custom-built genetic circuits, enabling unprecedented precision in programming microorganisms. The models can be used to design microbes for complex environments, such as the gut microbiome or soil, and improve the controllable manufact...
A new study from Rice University links biological markers for cancer-related exhaustion to fatigue in Parkinson's disease, highlighting potential targets for treatment. Researchers found elevated levels of inflammatory biomarkers in patients with Parkinson's who experienced fatigue, similar to those seen in cancer patients.
Researchers found local distortions in the crystal lattice of an iron pnictide compound at ultracold temperatures near optimal superconductivity. These distortions indicate a 'nematic quantum critical point' where nematic phases compete with superconductivity, potentially aiding its development.
Rice University scientists develop technology to remove specific contaminants from drinking water and wastewater, reducing energy and cost. The system uses composite electrodes that selectively pull target ions, allowing for more efficient treatment and reuse.
Rice University researchers discovered that graphene reinforced with carbon nanotubes 'rebar' can withstand twice the stress of pristine graphene, making it more suitable for flexible electronics. The study demonstrated how rebar helps bridge cracks in graphene under strain.
Rice University's Luay Nakhleh has received $1.5 million in grants from the NSF to develop algorithms that can infer evolutionary histories of tumor cells, helping researchers understand why some cancer cells spread and mutate differently.
A new study by Rice University researchers found that Muslim and Protestant scientists are more likely to experience religious discrimination in the US. Researchers also discovered that religious identity can fuel perceptions of discrimination among certain groups, particularly biologists.
A study of firefighters reveals how groups take leaps of faith through supporting and sustaining dynamics. This study breaks new ground in understanding trust-related judgments, shedding light on the role of knowledge and faith in building trust.
The Rice University scientists found that the catalyst starts nanotubes with various chiral angles but redirects almost all of them to the fast-growing variant (12,6). The cause appears to be a Janus-like interface composed of armchair and zigzag segments.
Engineers at Rice University have developed methods to study the neural patterns driving muscle movements in freshwater hydrae, a species that appears ageless and can regenerate its body parts. By analyzing neural activity and muscle responses, the team hopes to uncover similarities with other animals and gain insights into their nervo...
The US Department of Energy awards Rice University researchers $1.1 million to develop single-particle spectroscopy techniques and analyze mechanisms to improve nanoparticle-based electrocatalysts. The goal is to fine-tune nanoscale electrocatalysts for future applications in various industrial processes.
Rice University researchers found widespread contamination by E. coli and high levels of antibiotic-resistant genes in water and sediment samples collected after Hurricane Harvey. These findings highlight the need for caution when handling stagnant floodwaters, especially for immunocompromised individuals or those with open wounds.
A team of researchers from Rice University and Baylor College of Medicine has discovered a weak link in the flu virus protein hemagglutinin that could be targeted by therapeutic drugs. By analyzing the protein's mechanism of attachment to host cells, they propose a new approach for developing universal vaccines.
Researchers found that ancient rock sulfur isotope anomalies align in rivers eroding the rocks, supporting the timing of oxygen's appearance around 2.7 billion years ago. The balance suggests a robust oxygenation event, allowing for better understanding of complex life's emergence.
Researchers found anomalous oxygen isotopes in an ancient Canadian lake bed, hinting at life on ancient Earth's surface. The study provides evidence of a lower gross primary production during the Proterozoic eon, shedding light on the evolution of life on Earth.
Researchers at Rice and Northwestern universities discovered how different lattice arrangements of borophene can combine into new crystal-like forms, exhibiting metallic properties and unique electronic structure. The findings suggest potential applications in flexible and transparent electronic interconnects, electrodes, and displays.
Researchers Ang Chen and Eugene Ng aim to optimize components along data streams to analyze big data efficiently. They plan to intelligently process and reduce data before it reaches servers, potentially generating partial answers.
Researchers at Rice University have developed an energy landscape model that details the combination of forces driving nuclear motion in cells. The model, based on a protein folding algorithm, reveals the presence of dynamically associated domains and phase separation in chromatin segments.
A Rice University neurobiologist and cancer researcher has created a new type of zebrafish that produces fluorescent tags in migratory embryonic nerve precursor cells. The goal is to find the origins of neuroblastoma, which could potentially lead to treatments for cancers where SOX proteins play a role.
A new study by Rice University ecologists suggests that saving lemurs could be key to saving the island's largest trees. Lemurs disperse seeds of many hardwoods, but their loss may lead to a change in forest composition, reducing carbon sequestration potential.
A new study shows that combining machine learning and quantum chemistry can help chemical engineers at Rice University and Penn State find fundamental correlations in large amounts of data. This allows them to narrow down their search and design more efficient catalysts, which can translate into millions of dollars for companies.
Researchers link abnormal TOR activity to oxidative stress and degeneration in both muscle cells and neurons. This discovery has broad implications for understanding diseases such as Alzheimer's, cancer, and HSP, and may lead to new therapeutic targets.
A team led by Jane Grande-Allen and Dr. Sundeep Keswani will develop computer models to predict DSS lesions in the left ventricular outflow tract, aiming to prevent fibrotic lesions and treat other cardiovascular diseases associated with altered flow.
Rice University's NESMD technology uses nanoparticles and sunlight to desalinate water in one step, reducing energy costs compared to traditional methods. The technology has shown promising results in laboratory-scale tests, with the potential for further optimization and scaling up for field testing.
Ming Tang, a Rice University materials scientist, is awarded a $150,000 annual grant to study morphological instability mechanisms in electrodeposition of active metals. The goal is to apply the findings to next-generation rechargeable batteries for lithium, zinc, sodium, and potassium.
Researchers found that barnacle density decreases with depth and extent of coral cover, suggesting a preference for spreading out. This study provides insight into the importance of barnacles in reef erosion and their potential as indicators of reef health.
Researchers create environmentally friendly composite binder using fly ash, reducing carbon dioxide emissions and the need for sodium-based activators. The new binder replaces Portland cement in concrete production with minimal impact on compressive strength.
Researchers create 3D laser-induced graphene (LIG) foam with excellent performance in lithium-ion capacitors, exceeding graphite's theoretical limit. The process is easily scaled and scalable to complex shapes using a custom-built fiber lasing system.
eVOLVER, an open-source system developed by Rice University, enables high-throughput continuous cell culturing using automated growth experiments. The system can support 96-chamber experiments and allows for real-time data tracking and monitoring of culture conditions, making it suitable for applications in synthetic biology and antibi...
PlinyCompute is a system designed for developing high-performance big data codes, offering faster implementation of complex object manipulation and library-style computations compared to Spark. The platform was developed by Rice University's DARPA-funded Pliny Project team, which aims to create sophisticated programming tools using mac...