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Princeton Study Uncovers Unseen Pitfalls of Popular Clean Energy Procurement Methods

In the pursuit of attaining a climate-neutral impact, numerous businesses are opting to purchase extra electricity from renewable energy sources. This strategy aims to counteract the emissions produced by relying on the current grid, which is currently predominantly powered by fossil fuels. Yet s

United statesNeha patankarJessed jenkinsJesse jenkinsQingyu xuWilson ricksAneesha manochaAndlinger centerTsinghua university energy internet research institutePrinceton universityClean energy storage concept companiesClean energy storage conceptTsinghua universityEnergy internet research instituteCoauthor wilson ricksBumper dejesus

Leveraging language models for fusion energy research

Leveraging language models for fusion energy research
techxplore.com - get the latest breaking news, showbiz & celebrity photos, sport news & rumours, viral videos and top stories from techxplore.com Daily Mail and Mail on Sunday newspapers.

San diegoUnited statesEgemen kolemenJoseph abbateViraj mehtaKallen wangPrinceton plasma physics laboratoryNational fusion facilityCarnegie mellon universityPrinceton program in plasma physicsPrinceton universityAndlinger centerMassachusetts institute of technologyBumper dejesusPrinceton programMassachusetts institute

Inch by inch, this machine is leading soft robotics to a more energy efficient future

Inch by inch, this machine is leading soft robotics to a more energy efficient future
techxplore.com - get the latest breaking news, showbiz & celebrity photos, sport news & rumours, viral videos and top stories from techxplore.com Daily Mail and Mail on Sunday newspapers.

Uhsin chengMinjie chenPrinceton universityInternational conference on intelligent robotsBumper dejesusIntelligent robotsScalable platformUntethered modular soft robots

Princeton researchers revolutionize lithium production

The coveted metal is a vital component of EV batteries. Our engineers can now extract it efficiently from briny water.

United statesMeiqi yangFernando temprano coletoKelsey hatzellSunxiang sean zhengZ jason renDonaldr dixonNan yaoGuangming chengElizabethw dixonIp accelerator fundTsinghua universityPureli incPrinceton intellectual property ip accelerator fundAerospace engineeringPrinceton center

Lithium Extraction Breakthrough: A Game-Changer for Clean Energy

Researchers from Princeton University have devised an extraction method that significantly reduces the amount of time and land required for lithium production, offering an environmentally friendly solution to a critical energy challenge.

Jason renSunxiang sean zhengVehicle battery technologyGreen energy futuresPrinceton universityChanger for clean energyScaling from the lab to industryAndlinger centerVehicle battery technology industryExtraction breakthroughBumper dejesusNature waterVehicle battery technology industry focusEnvironmental engineeringSaline water