PlasmaTech 2027 Main Themes
Plasma Science, Modelling & AI-Driven Plasma Systems
- Fundamental plasma physics and chemistry
- Electron, ion, photon, and molecular processes
- Multiphysics modelling, simulation, and digital twins
- AI, machine learning, and data-driven plasma discovery and control
Plasma Sources, Diagnostics & Process Control
- Innovative low-temperature, atmospheric-pressure, and high-pressure plasma sources
- Plasma source design, scaling, and energy efficiency
- Advanced, in-situ, and real-time diagnostics
- Intelligent monitoring, control, and optimisation of plasma processes
Plasma–Matter Interactions & Advanced Materials
- Plasma–surface, plasma–liquid, and plasma–gas interactions
- Plasma-assisted deposition, etching, functionalisation, and synthesis
- Advanced coatings, nanomaterials, 2D materials, and thin films
- Plasma-enabled materials design and interface engineering
Sustainable Plasma Technologies, Energy & Circularity
- Plasma for air, water, and waste treatment
- Resource recovery, recycling, and waste valorisation
- Plasma-assisted decarbonisation and sustainable chemistry
- Plasma technologies for hydrogen, energy conversion, and renewable-energy systems
Plasma in Health, Food & Agri-Environmental Applications
- Plasma medicine, sterilisation, wound healing, and therapeutic applications
- Plasma agriculture, seed treatment, and plant protection
- Food preservation, safety, and packaging
- Plasma applications in environmental and biological systems
Plasma for Advanced Manufacturing & Emerging Technologies
- Plasma-enabled nanofabrication, microelectronics, and semiconductor technologies
- Additive and advanced manufacturing
- Plasma for photonics, quantum technologies, and functional devices
- Emerging plasma applications and next-generation industrial technologies
