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Tag: ATAP Division

Berkeley Lab and NVIDIA Collaboration Accelerates U.S. Leadership in Hybrid Quantum–Classical Computing

Berkeley Lab’s QubiC (Quantum bit Controller) at AQT with NVIDIA DGX Spark and NVIDIA NVQLink (Credit: Keegan Houser / UC Berkeley )

Why the Energy Department’s science labs will spearhead the federal push into AI

Nighttime photo of the Vera C. Rubin Observatory, just one of many big facilities that are flooding the U.S. Department of Energy’s science labs with data and necessitating the greater use and exploration of artificial intelligence. Photo Credit: P.J. Assuncao Lago, NSF/DOE Rubin Observatory

Accelerating Science with Digital Twins

A simulation from a digital twin representing a fusion device. Plasma shape and position can be seen in red and yellow.

3Q4: José Luis Rudeiros Fernández

Elements 3Q4 logo banner with photo of José Luis Rudeiros Fernández

What Is a Digital Twin?

Thumbnail from short video associated with Digital Twins articles. Credit: Jenny Weger, Berkeley Lab

Using AI to Stabilize High-Power Lasers for Laser-Plasma Accelerators

Top-down schematic overview of the hundred terawatt undulator (HTU) experimental setup. Credit: Curtis Ervin Berger, Berkeley Lab

Modeling Laser-Based Particle Acceleration for Muon Production

Jean-Luc Vay, head of ATAP’s Advanced Modeling Program, presents a simulation of laser-plasma acceleration. (Credit: Thor Swift, Berkeley Lab)

Agentic AI Enables Advanced Light Source Experiments

Graphic illustration of the system architecture of the Accelerator Assistant. Credit: Thomas Hellert, Berkeley Lab

Final Magnet for the LHC's High-Luminosity Upgrade Leaves Berkeley Lab

Berkeley Lab staff stand next to the final magnet for the high luminosity upgrade to the Large Hadron Collider. (Credit: Robinson Kuntz/Berkeley Lab)

AI for Smarter, More Powerful, More Efficient Particle Accelerators

Three researchers in white coveralls and protective eyewear stand over equipment in a lab. A monitor with colorful figures is in the background.

Made in Berkeley Lab: elegant arcs for superconducting magnets

A computer numerical control (CNC) machine in Berkeley Lab Engineering’s building 77 traces the intricate pattern of a groove for a superconducting cable into an aluminum bronze mandrel. Credit: Bun Pa Lim, Berkeley Lab

Leading the Field in Magnets

Caption: Giorgio Vallone (left) and Marika D’Addazio test components for a superconducting magnet at Berkeley Lab. Credit: Robinson Kuntz/Berkeley Lab Alt text: Two researchers in protective glasses look into a superconducting magnet experimental setup.

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