A&T Trained Dogs(@at_traineddogs) 's Twitter Profile Photo

Studies show that both humans and dogs release oxytocin, the 'love hormone,' during interactions with each other. This reinforces the sentiment: 'A dog is the only thing on earth that loves you more than he loves himself.' 🌟

account_circle
DOE Office of Science(@doescience) 's Twitter Profile Photo

Critical geometry sounds like a cranky triangle, but it's a chemistry term. It's how molecules in an atom are arranged as they go from reactants to reaction products. Scientists SLAC took an image of one of these transition states. energy.gov/science/bes/ar…

Critical geometry sounds like a cranky triangle, but it's a chemistry term. It's how molecules in an atom are arranged as they go from reactants to reaction products. Scientists @SLAClab took an image of one of these transition states.  #ScienceNeverSleeps energy.gov/science/bes/ar…
account_circle
DOE Office of Science(@doescience) 's Twitter Profile Photo

Dark energy is the mysterious force that's accelerating how fast our universe is expanding. While the 1st release of data from DESI Survey mostly matched up with current theory, there are hints that dark energy might be evolving, as covered in WIRED: wired.com/story/dark-ene…

account_circle
DOE Office of Science(@doescience) 's Twitter Profile Photo

It’s important to understand “how land use affects the climate at a neighborhood scale' - Katia Lamer Brookhaven Lab. She's the co-investigator on CoURAGE, an ARM News field campaign that is collecting data in Baltimore. arm.gov/news/facility/…

It’s important to understand “how land use affects the climate at a neighborhood scale' - Katia Lamer @BrookhavenLab. She's the co-investigator on CoURAGE, an @armnewsteam field campaign that is collecting data in Baltimore. #ClimateScienceSunday arm.gov/news/facility/…
account_circle
DOE Office of Science(@doescience) 's Twitter Profile Photo

Lambda particles are like protons & neutrons but contain strange quarks as well as up and down quarks. Physicists in the CLAS Collaboration found that in contrast to theoretical predictions, Lambdas sometimes result when virtual photons strike a nucleus: energy.gov/science/np/art…

Lambda particles are like protons & neutrons but contain strange quarks as well as up and down quarks. Physicists in the CLAS Collaboration found that in contrast to theoretical predictions, Lambdas sometimes result when virtual photons strike a nucleus: energy.gov/science/np/art…
account_circle
Gabin Piton(@gabin_piton) 's Twitter Profile Photo

“Like desert wildflowers that bloom after rain, soil bacteria have evolved life strategies that determine when and where they grow”

DOE Office of Science highlights our recent global study of soil bacteria: bit.ly/4aP41Q8

Picture by Steven Allison

“Like desert wildflowers that bloom after rain, soil bacteria have evolved life strategies that determine when and where they grow”

@doescience highlights our recent global study of soil bacteria: bit.ly/4aP41Q8

Picture by @StevenDAllison
account_circle
DOE Office of Science(@doescience) 's Twitter Profile Photo

Tantalum-180m could have a radioactive decay lifetime many times longer than the age of the universe. Researchers in the MAJORANA Collaboration are working SanfordLab to measure this decay and examining what it means for physics: energy.gov/science/np/art…

Tantalum-180m could have a radioactive decay lifetime many times longer than the age of the universe. Researchers in the MAJORANA Collaboration are working @SanfordLab to measure this decay and examining what it means for physics: energy.gov/science/np/art…
account_circle
Camden Lab ND(@camden_lab_nd) 's Twitter Profile Photo

Gordon has received the DOE Office of Science award for his proposed project on infrared plasmonic nanostructures at Oak Ridge Lab. Congratulations!!
energy.gov/science/articl…

account_circle
DOE Office of Science(@doescience) 's Twitter Profile Photo

If a certain theorized nuclear process exists, it could provide the answer as to why there is matter at all. The MAJORANA DEMONSTRATOR SanfordLab didn't detect this process, but set the foundation for a larger experiment that may. energy.gov/science/np/art…

If a certain theorized nuclear process exists, it could provide the answer as to why there is matter at all. The MAJORANA DEMONSTRATOR @SanfordLab didn't detect this process, but set the foundation for a larger experiment that may. #ScienceNeverSleeps energy.gov/science/np/art…
account_circle
DOE Office of Science(@doescience) 's Twitter Profile Photo

Sometimes you don't need a new technology - you just need to look at existing ones in a new way. To contain plasma for fusion, researchers PPPL combined 2 older technologies. This approach offers a promising path forward, as covered in Popular Mechanics: popularmechanics.com/science/a60620…

account_circle
Edwin Antony(@ProfessorAntony) 's Twitter Profile Photo

Paper #50 is an enzymologists dream come true!
Spectacular work from postdoc Rajnandani Kashyap in the group. Thanks DOE Office of Science for the unwavering support.
1. Ever wondered how enzymes allosterically communicate over 100 Angs?
biorxiv.org/content/10.110…

account_circle
LBNL Accelerator Technology & Applied Physics(@LBNLatap) 's Twitter Profile Photo

May is Asian American, Native Hawaiian, and Pacific Islander American Heritage Month. Let's celebrate their many achievements and their contributions to our history and culture.

Berkeley Lab @DOEscience U.S. Department of Energy

berkeleylab-erg.lbl.gov/asian-pacific-…

May is Asian American, Native Hawaiian, and Pacific Islander American Heritage Month. Let's celebrate their many achievements and their contributions to our history and culture.  #AANHPIHeritagemonth 
 
@BerkeleyLab @DOEscience @ENERGY

berkeleylab-erg.lbl.gov/asian-pacific-…
account_circle
DOE Office of Science(@doescience) 's Twitter Profile Photo

2D materials could be game-changers in electronics, with their unique properties like superconductivity. But they're hard to control. University of Illinois researchers developed a way to observe how 2D materials rearrange themselves, which could expand their uses: mrl.illinois.edu/news/66189

2D materials could be game-changers in electronics, with their unique properties like superconductivity. But they're hard to control. @UofIllinois researchers developed a way to observe how 2D materials rearrange themselves, which could expand their uses: mrl.illinois.edu/news/66189
account_circle