A free, one-day virtual symposium
Friday, January 22, 2027 · 10:00–15:00 US Central Time
(08:00 US Pacific · 17:00 Central European Time)
About AIAPC:
This symposium builds on the 2024 FTPP Annual International AI Plasma Physics Conference (AIAPC) – AI-Informed Plasma Physics: the Opportunities, held in Huntsville, Alabama, October 28–30, 2024. This year, we take the conversation in a new direction: the intersection of plasma science and quantum science.
The meeting point of plasma physics and quantum processes opens new opportunities for both fields. From using quantum entanglement to diagnose plasmas to studying extreme plasma states where quantum and electromagnetic processes are equally important, researchers can now explore plasma physics in entirely new regimes.
Future Technologies and Enabling Plasma Processes (FTPP), in partnership with the Strategic Plasma Innovation Network (SPI-NET), invites you to a free, one-day virtual symposium:
Connecting Plasma Science and Quantum Science
Friday, January 22, 2027 · 10:00–15:00 US Central Time
(08:00 US Pacific · 17:00 Central European Time)
Because the meeting is fully online, colleagues from around the world can take part without travel. There is no registration fee, but all attendees must register.
Three 40-minute headline talks: tutorial-style presentations that build a foundational understanding of the field
Three to four 20-minute invited talks: a showcase of current research at the plasma–quantum interface
Quantum processes in astrophysical plasmas
Applications of quantum techniques to classical plasma problems
High field laser science
Quantum processes in diagnostic development
High energy density physics
Ultra-cold plasmas
Plasma spectroscopy
Plasma processing of quantum materials
Applications of quantum techniques in plasma education
Auburn University - College of Sciences and Mathematics (COSAM)
NSF EPSCoR Track 1 Project - Future Technologies Engabled by Plasma Processes (FTPP)
Strategic Plasma Innovation Network (SPI-NET)
U. S. National Science Foundation (NSF)