Sustainable Energy

Hot electrons travel along the molecule into the probe tip. The molecule only allows electrons within a narrow range of energies to pass.

First measurement of electron energy distributions

The new tool could enable the design of more efficient sustainable energy and chemistry technologies.|Medium Read
The experimental flow loop that will be used to emulate the cooling loop in a molten salt reactor

$5.2M for digital twins of nuclear reactors could bring down nuclear energy costs

Virtual copies of nuclear reactors could enable smarter maintenance for current reactors and more automation for advanced reactors.|Medium Read
a monitoring station in Texas

Making wind power more predictable: A Q&A with Eunshin Byon

Predictive modeling could help power companies get more consistent output from renewables.|Medium Read
students and leader brainstorm on two sticky posters

Nuclear Grand Challenge engages student ideas for waste revenue

Inaugural competition appealed to climate-conscience students and promoted interdisciplinary collaborations.|Medium Read
Headshots for Huxford, Giha, and Pinsky

Three NERS students awarded prestigious Graduate Research Fellowships

Huxford, Giha, and Pinsky receive fellowships from the National Science Foundation|Short Read
Kelsy Green headshot

Earth Day Q+A with NERS PhD Candidate Kelsy Green

Kelsy talks about her passion for the environment and for zero-carbon energy sources like nuclear.|Short Read

NASA satellite offers urban carbon dioxide insights

Using data from NASA's Orbiting Carbon Observatory-2, researchers found connections between the population density of cities and how much carbon dioxide they produce per person.|Medium Read
An electron microscope image shows the semiconductor nanowires. These deliver electrons to metal nanoparticles, which turn carbon dioxide and water into methane. Credit: Baowen Zhou, Mi Group, University of Michigan.

‘Green methane’ from artificial photosynthesis could recycle CO2

A catalyst on a solar panel can make methane, the main component of natural gas, with carbon dioxide, water and sunlight.|Medium Read
NAME student featured in Our Oceans, Our Future programme

Naval Architecture and Marine Engineering department featured in new film, “Our Oceans, Our Future”

Featuring the Department of Naval Architecture and Marine Engineering, Our Oceans, Our Future, explores the critical issues affecting our oceans, and the work being done by marine professionals worldwide for a brighter future.|Medium Read
PhD student Rachel Schwind works in the lab

How everyday products are supercharging methane, and what that means.

“Siloxanes” could be key to deriving bolstered energy production from biogas.|Medium Read
Mackenzie Warwick learns archery at a traditional Japanese samurai school.

NERS Undergrad Mackenzie Warwick named Green Ambassador

Her passion for sustainable energy drew Mackenzie to an education in nuclear engineering. |Short Read
Xiaheng Huang conducting lifetime test of the organic solar cells using the high-intensity aging system.

Can organic solar cells last – even into the next millennium? These might.

Finally, proof that organic photovoltaics can be as reliable as inorganic, with real-life desert testing|Short Read