charge capacity of lithium batteries

Increasing the charge capacity of lithium batteries with a new electrode material

Researchers have developed a new electrode material to increase the charge capacity of lithium batteries, as well as making them cheaper, longer lasting, and with a higher energy density.
perovskite

Lowering CO2 emissions through the use of a new perovskite catalyst

The development of a novel perovskite catalyst may potentially pioneer new technology in the battle against C02 emissions.
Earth’s subsurface

Biogeophysics: exploring the Earth’s subsurface biosphere

The Ecohydrology Research Group and Water Institute are using their research in biogeophysics to develop tools to observe the Earth’s subsurface biosphere. The Earth’s shallow...
Kempower: building long-lasting fast chargers for electric vehicles

Kempower: building long-lasting fast chargers for electric vehicles

Environmental proofing and comprehensive cloud services are the secret to reliable, fast and long-lasting electric vehicle chargers with low life cycle costs. Kempower builds electric...
insulin therapy

A once-a-week insulin therapy may restructure Type 2 diabetes treatment

A new clinical trial has suggested that a novel once-a-week insulin therapy could replace conventional Type 2 diabetes treatment.
evolution of our Solar System

Studying comets to understand the evolution of our Solar System

Dr Anita Cochran, Assistant Director of the McDonald Observatory at the University of Texas at Austin, is exploring the evolution of our Solar System by studying comets
development of quantum hardware

Materials advancements are vital to the development of quantum hardware

A new study explores the necessity for advances in quantum hardware materials to further develop the capabilities of quantum computers.
green hydrogen

Using metal oxides as photoelectrodes for green hydrogen

Metal oxides are promising photoelectrodes for the production of green hydrogen with sunlight. However, progress until now has been limited.
neutrinos

How studying neutrinos can help us to better understand the Universe

Professors Luis A Anchordoqui from CUNY and Vanderbilt University’s Thomas J Weiler explain how neutrinos help us to understand the Universe.
hybrid materials

Using machine learning to understand the interfaces of hybrid materials

By using machine learning techniques, researchers at Graz University of Technology (TU Graz) can predict the structure formation of functionalised molecules at the interfaces of hybrid materials.