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Evolving rechargeable battery research for a sustainable future

"Advanced materials and battery research are critical in driving sustainable solutions and improving energy storage.These fields are the cornerstone of innovative breakthroughs that will transform industries and accelerate technological progress."

必威体育登录手机Nahid Chalyavi, PhD, associate vice president of University Relations, Agilent

Rechargeable battery technology is often considered integral to overcoming the world's reliance on fossil fuels for transport and power generation.With the potential to power electric vehicles and enable grid-scale energy storage, rechargeable batteries are thought to offer a more environmentally friendly path to support modern-day living.Specifically, their application reduces carbon dioxide emissions and the levels of airborne pollutants during their operational lifetime.

必威体育登录手机Advanced materials and battery analysis instrumentation from Agilent support researchers who seek to improve battery performance and extend battery lifetime.Our equipment also helps battery manufacturers ensure safe, stable, and cost-effective operation as well as environmental sustainability.

必威体育登录手机In recognition of great science in advanced materials for alternative energy applications using Agilent atomic and molecular spectroscopy solutions, five global researchers have received the必威体育登录手机Agilent Solutions Innovation Research Awardwithin two categories: the 2023 Advanced Material Research Award, and the 2023 Advanced Material Research Award Using Molecular Spectroscopy.

必威体育登录手机Agilent Solutions Innovation Research Awards

2023 Advanced Material Research Awardrecipients:

  • Professor Michel Barsoum, distinguished professor at Drexel
  • Professor Yury Gogotsi, distinguished professor at Drexel University
  • Professor Ananda Amarasekara, Prairie View A&M University

2023 Advanced Material Research Award Using Molecular Spectroscopyrecipients:

  • Professor Richard Robinson, associate professor at Cornell University
  • Professor Xingchen Ye, associate professor at Indiana University
From left to right: Professor Michel Barsoum, Professor Yury Gogotsi, Professor Ananda Amarasekara, Professor Richard Robinson, Professor Xingchen Ye

"By investing in the development of cutting-edge materials and battery technologies, we can address pressing global challenges, reduce environmental impact, and create a greener, more resilient future for generations to come."

必威体育登录手机- Nahid Chalyavi, PhD, associate vice president of University Relations, Agilent

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