Rice University

Rice University’s groundbreaking double-layered SiO2-coated halide perovskite nanocrystals promise enhanced water stability and antimicrobial power, effectively targeting E. coli and revolutionizing water purification methods.

Discover how a breakthrough process using kinetic temperature and duration control produces ultra-pure 2D Perovskite crystals with ideal quantum well thickness. Unlock the potential of optoelectronic and photovoltaic technologies with higher n-values and cost-effective materials.

Scientists at Rice University, INSA Rennes, SLAC National Accelerator Laboratory as well as Northwestern University have actually handled to directly visualize the architectural dynamics in monocrystalline 2D perovskites.

Rice University designers say they have actually solved a long-standing conundrum in making stable, reliable photovoltaic panels out of halide perovskites.

Rice University engineers have accomplished a new standard in the style of atomically thin solar cells made from semiconducting perovskites, increasing their performance while keeping their capacity to withstand the atmosphere.

Rice College designers have actually produced microscopic seeds for growing extremely uniform 2D perovskite crystals that are both steady and extremely reliable at collecting electrical power from sunlight.

Rice designers create polymer cores that reroute light from any type of source to solar cells.

Rice University designers have recommended a colorful remedy to next-generation power collection: Luminescent solar concentrators (LSCs) in your home windows

Rice University engineers have uncovered modern technology that can lower the expense of semiconductor electron resources, vital elements in devices varying from night-vision goggles and also low-light cams to electron microscopes and particle accelerators.

Researchers in the United States have actually established a carbon nanotube approach of producing a lithium-ion battery with a silicon anode. The gadget apparently showed far better than 87% capability retention after 1,500 cycles. The designers claim their exploration gets over a number of the challenges to using silicon as an anode as well as might open making use of various other products for electrodes in lithium-ion gadgets

Researchers at Rice University in the U.S. have actually carried out explores lithium-ion batteries utilizing silicon as an anode product and made an unexpected discovery relating to an aluminum oxide passivation layer at the cathode. The finding might open up a new path toward much better performing lithium-ion batteries.

The research team from Rice University has found out that too many defects intentionally created in crystalline lattice can lead to lithium-ion battery degradation.

Rice University scientists believe they've overcome a major hurdle keeping perovskite-based solar cells from achieving mainstream use.