DOE-linked Synapse I project uses AI to deliver near–real-time imaging at national light sources Scientists described Synapse I, a foundation model in the DOE Genesis program that combines x-ray and neutron beamline data to invert detector images into object images in near real time, using large-scale GPU training and demonstrations at several DOE light-source facilities.

The groundbreaking Synapse I project is set to revolutionize scientific experiments by delivering real-time imaging and analysis, transforming the way researchers work with advanced materials.

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#US #RealTimeImaging #CitizenPortal #LawrenceBerkeley #AIInnovation #AdvancedMaterials

Via #OPG_OPTCON: Digital Facebow System for Mandibular Movement Tracking Using Near-Infrared Optical Measurement https://bit.ly/3ZGDYGU #RealTimeImaging #CameraCalibration💡⚛️

This New Sensor Shows DNA Repair in Real Time [Video] A new DNA damage sensor allows scientists to watch repair unfold in living cells with unprecedented clarity. Built from a natural protein domain, it binds gently and reversibly, highlighting damage without...

This New Sensor Shows DNA Repair in Real Time [Video] #Science #Biology #MolecularBiology #DNARepair #Biotechnology #RealTimeImaging

#attomicroscopy #bioengineering #chemicalreactions #electronmicroscopy #MaterialsScience #MohammedHassan #moleculardynamics #nanotechnology #PierreAgostini #quantumphysics #realtimeimaging #UniversityofArizona #UVlight
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Scientists Cracked the Code to Capturing Ultrafast Electron Motion in Real Time Researchers have simplified a highly complex quantum imaging technique, 2DES, used to observe ultrafast electron interactions. By refining an existing interferometer design, they improved control over...

Scientists Cracked the Code to Capturing Ultrafast Electron Motion in Real Time #Science #Physics #QuantumPhysics #UltrafastElectronMotion #RealTimeImaging