The Plasma Tech 2026 scientific program is structured around the following core themes:
1. Plasma Fundamentals and Computational Science
Exploring the physical and chemical processes that underpin plasma behavior and interactions.
- Atomic and molecular processes in plasmas
- Electron, ion, and photon collision cross sections
- Fundamentals of low-temperature and atmospheric-pressure plasmas
- Advanced modeling, simulation, and data-driven approaches in plasma research
2. Plasma–Matter Interactions and Functional Materials
Advancing material design through controlled plasma–surface interactions.
- Plasma–surface interactions and interface phenomena
- Plasma-assisted etching, deposition, and thin film formation
- Plasma–liquid interactions and plasma chemistry at soft interfaces
- Development of coatings with protective, tribological, optical, or electronic functionality
3. Plasma Source Design and Diagnostics
Enhancing performance, control, and efficiency of plasma systems.
- Design, optimization, and scaling of plasma sources
- Plasma diagnostics: in situ and real-time measurement techniques
- Atmospheric and high-pressure plasma systems for diverse environments
4. Environmentally Responsible Plasma Technologies
Enabling sustainable solutions for energy, resource use, and environmental protection.
- Plasma-assisted treatment of air, water, and waste streams
- Resource recovery, waste valorization, and recycling through plasma
- Energy-efficient plasma processes and decarbonization strategies
5. Plasma Applications in Health, Agriculture, and Food Systems
Translating plasma science into societal impact.
- Plasma medicine: sterilization, wound healing, and therapeutic uses
- Agricultural applications: pathogen control, seed treatment, and soil activation
- Food preservation and packaging through non-thermal plasma
6. Plasma for Advanced Manufacturing and Emerging Technologies
Empowering future industries through plasma-enabled innovation.
- Plasma technologies in nanofabrication and microelectronics
- Smart and adaptive manufacturing systems
- Plasma applications in photonics, quantum devices, and advanced semiconductors
