New catalyst research marks a major step toward making hydrogen fuel-cell technology viable for commercial fleets. #NSLSII #CFNatBrookhaven
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Researchers have created durable transistors by combining custom inks and a specialized printing process. #NSLSII
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Our scientists are tapping into the quantum properties of light to reduce the X-ray dose needed for imaging. #NSLSII
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Researchers at #NSLSII are pioneering new techniques to explore spin currents.
Their work will help advance the field of #spintronics, which leverages the spin of electrons to quickly and efficiently transmit information.
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The Coherent Diffractive Imaging (CDI) beamline at #NSLSII is preparing to host its first guest researchers.
This experimental station will enable powerful new X-ray imaging and scattering techniques.
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This inkjet-like printer for microelectronics sprays a mist of nanoparticles onto a surface, building up layers to form electronic parts. #NSLSII
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Quantum "ghost imaging" could reduce the dose of X-rays needed to capture high-resolution images. #NSLSII https://www.bnl.gov/newsroom/news.php?a=122772
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We used ultrabright X-rays at #NSLSII to reveal the microscale chemistry of #Ryugu, a near-Earth asteroid.
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Our researchers had a VISION for an #AI lab partner — and they've brought it to life.
This voice-controlled assistant helps scientists interact with complex scientific instruments, streamlining experiments and accelerating discovery. #CFNatBrookhaven #NSLSII
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This new and powerful 3D imaging technique has the potential to accelerate discoveries across many fields, from developing faster, more efficient microchips to synthesizing new materials. #NSLSII
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Our scientists are tapping into the quantum properties of light to reduce the X-ray dose needed for imaging. #NSLSII
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X-ray tomography is a powerful tool that enables scientists to peer inside of objects in 3D, without performing anything invasive.
Now, scientists at #NSLSII used #AI to improve this technique and apply it to more samples, like computer chips. https://bit.ly/45j8QQZ
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Quantum "ghost imaging" could reduce the dose of X-rays needed to capture high-resolution images. #NSLSII
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Scientists at #NSLSII combined the physics of X-rays with the power of #AI to produce 3D reconstructions of nanoscale objects like never before.
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This new and powerful 3D imaging technique has the potential to accelerate discoveries across many fields, from developing faster, more efficient microchips to synthesizing new materials. #NSLSII
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Our researchers had a VISION for an #AI lab partner — and they've brought it to life.
This voice-controlled assistant helps scientists interact with complex scientific instruments, streamlining experiments and accelerating discovery. #CFNatBrookhaven #NSLSII
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X-ray tomography is a powerful tool that enables scientists to peer inside of objects in 3D, without performing anything invasive.
Now, scientists at #NSLSII used #AI to improve this technique and apply it to more samples, like computer chips. https://bit.ly/45j8QQZ
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Scientists at #NSLSII combined the physics of X-rays with the power of #AI to produce 3D reconstructions of nanoscale objects like never before.
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Details of the asteroid's composition may help scientists learn how water and prebiotic organic matter arrived on Earth. #NSLSII #Ryugu
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Don't lose your cool... 🧊
The radiofrequency team at #NSLSII is implementing high-tech solutions to eliminate operational vulnerabilities, including a new "coldbox" for maintaining a temperature of -452 degrees Fahrenheit in the electron storage ring.
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Scientists at #NSLSII are helping develop research techniques for uncovering the chemical structures of sedimentary rocks — first from Iceland, then from Mars.
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Researchers have made a significant advance toward the goal of using bacteria to produce ethylene, a key chemical in the production of many plastics. #NSLSII
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Scientists at #NSLSII are helping develop research techniques for uncovering the chemical structures of sedimentary rocks — first from Iceland, then from Mars.
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Don't lose your cool... 🧊
The radiofrequency team at #NSLSII is implementing high-tech solutions to eliminate operational vulnerabilities, including a new "coldbox" for maintaining a temperature of -452 degrees Fahrenheit in the electron storage ring.
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Lipid nanoparticles are the delivery vehicles of modern medicine.
Now, scientists have discovered that the particles come in a surprising variety of configurations. #NSLSII
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Scientists have identified the enzyme that certain bacteria use to break down organic sulfur compounds to create ethylene.
They also, for the first time, were able to extract the enzyme from bacteria to study its function and structure. #NSLSII
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Researchers have made a significant advance toward the goal of using bacteria to produce ethylene, a key chemical in the production of many plastics. #NSLSII
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