Particle physics research

Better than donuts? Here are a dozen baker’s find stories from 2021 at PPPL that you don’t want to miss.

Newswise – The year 2021 heralded a new era in scientific exploration for the Princeton Plasma Physics Laboratory (PPPL) of the United States Department of Energy (DOE). The lab has completely expanded from fusion energy research to the science of cost-effective, plasma-enhanced fabrication of materials such as quantum computer chips, the next generation of diamond sensors, and a wide range of applications. industrial. To help with this process, PPPL is advancing its capabilities in the next generation of supercomputing and has launched a high performance computer science department. The dozen of Baker’s Stories that follow, in no particular order, illustrate PPPL’s ​​discoveries over the past year, ranging from improved ways to harness fusion energy on Earth to new methods of bringing plasma to space in the laboratory, and using computer analysis and microelectronic exploration to make new discoveries. You can find these and other stories at

Solve the puzzle of crazy electrons. PPPL develops the first computational method to enable the control of rapidly moving particles in fuel for fusion energy.

The superior heat in the sun is really what matters. New findings reveal surprising pathways for inflamed subatomic particles in fusion reactions.

Bring supernova explosions into the lab. Recent breakthroughs model the precursor of cosmic processes.

Provide it and they will come. The breakthroughs that pave the way open a new path to large-scale plasma applications.

Not all diamonds are forever. Microelectronics brings PPPL into the strange world of quantum physics.

Bees are showing scientists how. Cross-pollination opens the door to improved fusion facilities.

Revealed: The 10 faces of plasma. Discovery discovers a surprising breakthrough in plasma physics.

Artificial intelligence improves control of fusion plasma. AI produces fast and accurate predictions to optimize fusion reactions.

Streaming of the results of the merger from South Korea to Princeton. The new system promises to quickly deliver experimental breakthroughs to laboratories around the world.

Taming exuberant fusion plasmas. Physicists are finding a way to calm the turbulence that disrupts fusion reactions.

Next stop: March. A new concept captures the cosmic process to propel fusion rockets.

A new process of machine learning challenges the very nature of science. Could the universe be a gigantic computer simulation?

Probe the nucleus of exploded stars. The results reveal the basis behind the bewildering events.

PPPL, at the Forrestal campus of Princeton University in Plainsboro, New Jersey, is dedicated to creating new knowledge about the physics of plasmas – ultra-hot charged gases – and developing practical solutions for creating fusion energy. The lab is managed by the Office of Science, Department of Energy, University of the United States, which is the largest support for basic research in the physical sciences in the United States and strives to address some of the most pressing challenges of our time. For more information visit