#basic2breakthrough search results
👀👏🏼quantum @doescience awards : nanoscale #QIS science.osti.gov/-/media/bes/pd… and #QuantumInternet science.osti.gov/-/media/ascr/p… & science.osti.gov/-/media/ascr/p… go @ENERGY #Basic2Breakthrough
Quantum computers may be able to help tackle some of science's toughest challenges, from understanding the catalysts that speed up chemical reactions to the particles that make up atoms. Learn about @Energy's quantum computing research: energy.gov/science/doe-ex… #Basic2Breakthrough
Less than 10% of plastics are recycled in the U.S. @doescience's smartest minds are developing plastics that can easily be broken down and built back up again into new, high-quality products. 👀 See for yourself: bit.ly/3crPTPE #Basic2Breakthrough
Jennifer A. Doudna developed CRISPR/Cas9, using part of the bacterial immune system as a tool that could be used to cut DNA molecules as desired for new weapons in the fight against genetic diseases. #Nobel #Basic2Breakthrough @UCBerkeley @BerkeleyLab science.osti.gov/About/Honors-a…
Gérard Mourou co-developed chirped pulse amplification – stretched, amplified, then compressed laser pulses that do not destroy the amplifying material. Millions of eye surgeries now use this precision technique. #Basic2Breakthrough #Nobel @Umich @UofR science.osti.gov/About/Honors-a…
Michael Levitt and co-laureates developed a method for fusing large-scale classical computing models with small-scale quantum models. Their Nobel-winning work has improved predictions of chemical processes. #Basic2Breakthrough science.osti.gov/About/Honors-a…
Donna Strickland co-developed chirped pulse amplification – ultrashort-pulse, high-intensity laser pulses that do not destroy the amplifying material. Millions of eye surgeries now use this precision laser technique. #Basic2Breakthrough @UWaterloo @UofR science.osti.gov/About/Honors-a…
Quantum physics is all about the small, but we're making large investments! @ENERGY announced $61 M for scientific infrastructure & research to advance quantum information science, create quantum devices, and develop a quantum internet. #Basic2Breakthrough energy.gov/articles/us-de…
To tackle climate change, gasoline use must ⬇️. Researchers used @doescience's powerful light sources to understand what chemical processes occur when biofuels run in engines - empowering this industry to make greener engines & fuels 🚘 bit.ly/3jys6mz #Basic2Breakthrough
Who will be the next @ENERGY Nobel laureate? #DYK John Goodenough developed layered oxides to make cathodes for lithium ion batteries – achieving safe, high-density storage in rechargeable batteries. @UTAustin @eeregov #Basic2Breakthrough science.osti.gov/About/Honors-a…
Congrats to @TAMUChemistry's @SarbajitBanerj1 and the entire REMIND team on this incredible first for @TAMU that began years ago as an X-grant -- whoop! #Basic2Breakthrough #BeCurious
#TAMU is set to lead its first @ENERGY-funded Energy Frontier Research Center to focus on REMIND, an initiative that strives to transform computing to behave more like a human brain for rapid & efficient processing. #DOEfunded Read more: tx.ag/EFRCBrainLikeC…
Who will be the next @DOE Nobel laureate? John Goodenough developed layered oxides to make cathodes for lithium ion batteries – achieving safe, high-density storage in rechargeable batteries. @UTAustin @eeregov #Basic2Breakthrough: energy.gov/science/articl…
DOE Invests $93 Million for New Discoveries in High Energy Physics energy.gov/articles/doe-i… #basic2breakthrough
Solasia President and CEO Yoshihiro Arai notes in his company’s official announcement that #cancer affects one in two Japanese people and that darinaparsin/DARVIAS® ranks as Solasia’s third overall product and its first anti-tumor medicine – whoop! #Basic2Breakthrough #BeCurious
What do artificial intelligence, quantum information science, microelectronics, 5G, and low-carbon solutions have in common? They're all technologies of the future that rely on advances in discovery science supported by @ENERGY. #Basic2Breakthrough youtube.com/watch?v=v942xx…
youtube.com
YouTube
Technologies of the Future
Less than 10% of plastics are recycled in the U.S. @doescience's smartest minds are developing plastics that can easily be broken down and built back up again into new, high-quality products.👀 See for yourself: energy.gov/science/articl… #Basic2Breakthrough
What does the "quantum revolution" really mean? @ORNL breaks down how their researchers are leading the way in four key areas of quantum research that will power the next generation of science and tech. #Basic2Breakthrough youtube.com/watch?v=Lx9F1Z…
youtube.com
YouTube
Quantum science at Oak Ridge National Laboratory
We love to see it! EERE has been taking charge⚡️in the battery field for decades! Read about all our various efforts to make batteries cheaper, better, and more sustainable! energy.gov/eere/articles/… #Basic2Breakthrough
Better batteries could be the key to a cleaner future. @doescience's researchers harnessed machine learning & light sources to analyze a process limiting li-ion batteries' lifespans to help find ways for these products to last longer.🔋 www6.slac.stanford.edu/news/2021-03-0… #Basic2Breakthrough
Chemistry explains chemical reactions that happen every moment. But some fundamental problems are impossible for today's computers to solve. Check out @PNNLab's explanation of how quantum computers can help answer these questions. #Basic2Breakthrough youtube.com/watch?v=eemYV4…
We are pretty revved up about this. We have plenty of literature to share on engines and fuels! Check out the Co-Optima publications library, where we showcase our research on the interaction between engines and alternate fuels: energy.gov/eere/bioenergy… #Basic2Breakthrough
To tackle climate change, gasoline use must ⬇️. Researchers used @doescience's powerful light sources to understand what chemical processes occur when biofuels run in engines - empowering this industry to make greener engines & fuels. 🚘ucf.edu/news/ucf-resea… #Basic2Breakthrough
Michael Levitt and co-laureates developed a method for fusing large-scale classical computing models with small-scale quantum models. Their Nobel-winning work has improved predictions of chemical processes. #Basic2Breakthrough science.osti.gov/About/Honors-a…
Donna Strickland co-developed chirped pulse amplification – ultrashort-pulse, high-intensity laser pulses that do not destroy the amplifying material. Millions of eye surgeries now use this precision laser technique. #Basic2Breakthrough @UWaterloo @UofR: nobelprize.org/womenwhochange…
Who will be the next @DOE Nobel laureate? John Goodenough developed layered oxides to make cathodes for lithium ion batteries – achieving safe, high-density storage in rechargeable batteries. @UTAustin @eeregov #Basic2Breakthrough: energy.gov/science/articl…
Gérard Mourou co-developed chirped pulse amplification – stretched, amplified, then compressed laser pulses that do not destroy the amplifying material. Millions of eye surgeries now use this precision technique. #Basic2Breakthrough #Nobel @Umich @UofR science.osti.gov/About/Honors-a…
Jennifer A. Doudna developed CRISPR/Cas9, using part of the bacterial immune system as a tool that could be used to cut DNA molecules as desired for new weapons in the fight against genetic diseases. #Nobel #Basic2Breakthrough @UCBerkeley @BerkeleyLab science.osti.gov/About/Honors-a…
Congrats to @TAMUChemistry's @SarbajitBanerj1 and the entire REMIND team on this incredible first for @TAMU that began years ago as an X-grant -- whoop! #Basic2Breakthrough #BeCurious
#TAMU is set to lead its first @ENERGY-funded Energy Frontier Research Center to focus on REMIND, an initiative that strives to transform computing to behave more like a human brain for rapid & efficient processing. #DOEfunded Read more: tx.ag/EFRCBrainLikeC…
Solasia President and CEO Yoshihiro Arai notes in his company’s official announcement that #cancer affects one in two Japanese people and that darinaparsin/DARVIAS® ranks as Solasia’s third overall product and its first anti-tumor medicine – whoop! #Basic2Breakthrough #BeCurious
Donna Strickland co-developed chirped pulse amplification – ultrashort-pulse, high-intensity laser pulses that do not destroy the amplifying material. Millions of eye surgeries now use this precision laser technique. #Basic2Breakthrough @UWaterloo @UofR science.osti.gov/About/Honors-a…
Michael Levitt and co-Laureates developed a method for fusing large-scale classical computing models with small-scale quantum models. Their Nobel-winning work has improved predictions of chemical processes. #Basic2Breakthrough #Chemistry science.osti.gov/About/Honors-a…
Gérard Mourou co-developed chirped pulse amplification – stretched, amplified, then compressed laser pulses that do not destroy the amplifying material. Millions of eye surgeries now use this precision technique. #Basic2Breakthrough #Nobel @Umich @UofR science.osti.gov/About/Honors-a…
Who will be the next @ENERGY Nobel laureate? #DYK John Goodenough developed layered oxides to make cathodes for lithium ion batteries – achieving safe, high-density storage in rechargeable batteries. @UTAustin @eeregov #Basic2Breakthrough science.osti.gov/About/Honors-a…
Jennifer A. Doudna developed CRISPR/Cas9, using part of the bacterial immune system as a tool that could be used to cut DNA molecules as desired for new weapons in the fight against genetic diseases. #Nobel #Basic2Breakthrough @UCBerkeley @BerkeleyLab science.osti.gov/About/Honors-a…
Donna Strickland co-developed chirped pulse amplification – ultrashort-pulse, high-intensity laser pulses that do not destroy the amplifying material. Millions of eye surgeries now use this precision laser technique. #Basic2Breakthrough @UWaterloo @UofR science.osti.gov/About/Honors-a…
Who will be the next @ENERGY Nobel laureate? #DYK John Goodenough developed layered oxides to make cathodes for lithium ion batteries – achieving safe, high-density storage in rechargeable batteries. @UTAustin @eeregov #Basic2Breakthrough science.osti.gov/About/Honors-a…
Gérard Mourou co-developed chirped pulse amplification – stretched, amplified, then compressed laser pulses that do not destroy the amplifying material. Millions of eye surgeries now use this precision technique. #Basic2Breakthrough #Nobel @Umich @UofR science.osti.gov/About/Honors-a…
Jennifer A. Doudna developed CRISPR/Cas9, using part of the bacterial immune system as a tool that could be used to cut DNA molecules as desired for new weapons in the fight against genetic diseases. #Nobel #Basic2Breakthrough @UCBerkeley @BerkeleyLab science.osti.gov/About/Honors-a…
What do artificial intelligence, quantum information science, microelectronics, 5G, and low-carbon solutions have in common? They're all technologies of the future that rely on advances in discovery science supported by @ENERGY. #Basic2Breakthrough youtube.com/watch?v=v942xx…
youtube.com
YouTube
Technologies of the Future
Congrats to Dr. Ryder, Dr. Zhou and @TAMUChemistry doctoral students and Department of Energy Office of Science Graduate Student Research (SCGSR) Program Fellows Greg Day and Hannah Drake -- whoop! @doescience #Basic2Breakthrough #BeCurious
We are delighted to have our research on controlled templation featured on the front cover of @CGD_ACS! Work by my past student (Dr. Greg Day) and current student (Hannah Drake) co-supervised with @TAMUChemistry and Prof. Hongcai Zhou (@GroupZhou) #Science pubs.acs.org/doi/abs/10.102…
What does the "quantum revolution" really mean? @ORNL breaks down how their researchers are leading the way in four key areas of quantum research that will power the next generation of science and tech. #Basic2Breakthrough youtube.com/watch?v=Lx9F1Z…
youtube.com
YouTube
Quantum science at Oak Ridge National Laboratory
Quantum physics is all about the small, but we're making large investments! @ENERGY announced $61 M for scientific infrastructure & research to advance quantum information science, create quantum devices, and develop a quantum internet. #Basic2Breakthrough energy.gov/articles/us-de…
Quantum computers may be able to help tackle some of science's toughest challenges, from understanding the catalysts that speed up chemical reactions to the particles that make up atoms. Learn about @Energy's quantum computing research: energy.gov/science/doe-ex… #Basic2Breakthrough
Donna Strickland co-developed chirped pulse amplification – ultrashort-pulse, high-intensity laser pulses that do not destroy the amplifying material. Millions of eye surgeries now use this precision laser technique. #Basic2Breakthrough @UWaterloo @UofR science.osti.gov/About/Honors-a…
Gérard Mourou co-developed chirped pulse amplification – stretched, amplified, then compressed laser pulses that do not destroy the amplifying material. Millions of eye surgeries now use this precision technique. #Basic2Breakthrough #Nobel @Umich @UofR science.osti.gov/About/Honors-a…
Tech that captures carbon dioxide can be part of our strategy to fight climate change. @Energy is providing $24 M for research to improve the energy efficiency & life of technologies that can capture carbon directly from the atmosphere. #Basic2Breakthrough energy.gov/articles/us-de…
Who's leading the quantum revolution? Check out what our National Quantum Information Science Research Centers led by @BerkeleyLab, @BrookhavenLab, @ORNL, @argonne & @Fermilab are doing to build the quantum workforce. #Basic2Breakthrough science.osti.gov/-/media/QIS/pd…
Jennifer A. Doudna developed CRISPR/Cas9, using part of the bacterial immune system as a tool that could be used to cut DNA molecules as desired for new weapons in the fight against genetic diseases. #Nobel #Basic2Breakthrough @UCBerkeley @BerkeleyLab science.osti.gov/About/Honors-a…
👀👏🏼quantum @doescience awards : nanoscale #QIS science.osti.gov/-/media/bes/pd… and #QuantumInternet science.osti.gov/-/media/ascr/p… & science.osti.gov/-/media/ascr/p… go @ENERGY #Basic2Breakthrough
Less than 10% of plastics are recycled in the U.S. @doescience's smartest minds are developing plastics that can easily be broken down and built back up again into new, high-quality products. 👀 See for yourself: bit.ly/3crPTPE #Basic2Breakthrough
5G can help us make more breakthroughs than ever in AI, automation, and quantum info science! @Energy is providing $6 M to @BrookhavenLab, @argonne, @BerkeleyLab, @PNNLab, & @LosAlamosNatLab to advance 5G for science. #Basic2Breakthrough energy.gov/science/articl…
To tackle climate change, gasoline use must ⬇️. Researchers used @doescience's powerful light sources to understand what chemical processes occur when biofuels run in engines - empowering this industry to make greener engines & fuels 🚘 bit.ly/3jys6mz #Basic2Breakthrough
Who will be the next @ENERGY Nobel laureate? #DYK John Goodenough developed layered oxides to make cathodes for lithium ion batteries – achieving safe, high-density storage in rechargeable batteries. @UTAustin @eeregov #Basic2Breakthrough science.osti.gov/About/Honors-a…
Michael Levitt and co-laureates developed a method for fusing large-scale classical computing models with small-scale quantum models. Their Nobel-winning work has improved predictions of chemical processes. #Basic2Breakthrough science.osti.gov/About/Honors-a…
Quantum physics is all about the small, but we're making large investments! @ENERGY announced $61 M for scientific infrastructure & research to advance quantum information science, create quantum devices, and develop a quantum internet. #Basic2Breakthrough energy.gov/articles/us-de…
5G can transmit up to 100 times more data compared to 4G, making it possible for our scientists to do more research than ever before. Find out how 5G will power research @Energy national laboratories. #Basic2Breakthrough energy.gov/science/articl…
Who will be the next @DOE Nobel laureate? John Goodenough developed layered oxides to make cathodes for lithium ion batteries – achieving safe, high-density storage in rechargeable batteries. @UTAustin @eeregov #Basic2Breakthrough: energy.gov/science/articl…
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