I believe in a strong combination of fundamental and applied research serving tomorrow’s societal needs.
Job Beckers is Assistant Professor within the Elementary Processes in Gas Discharges group at Eindhoven University of Technology (TU/e). His research focuses on discovering how nanometer- to micrometer-scale particles interact with plasmas on the most fundamental level. These researched plasmas include electrically generated discharges and plasmas induced by highly energetic photons and electrons.
Earlier in his career, Beckers developed a wearable plasma filter for medical purposes, to reduce the odor of ostomy bags.
His specialties include general and applied physics, plasma physics, dusty plasmas, physics of the plasma sheath and pre-sheath, extreme UV (EUV) plasma sources for lithography and EUV-induced plasmas.
Job Beckers obtained his MSc degree in Applied Physics from Eindhoven University of Technology in 2007. As part of his Master's degree studies, he did internships at CERN (Switzerland) and San Diego State University (USA) and at the companies Philips Lighting and Océ. He then did his PhD studies at TU/e on dust particle(s) (as) diagnostics in plasma, which he completed cum laude in 2011. In this time period, Beckers worked as a researcher at Sydney University, Australia. After his PhD, Beckers worked at XTREME Technologies (Germany) for a year before being appointed Assistant Professor at TU/e. In June 2017, Beckers was awarded the NWO VIDI grant.
Microparticles in a Collisional Rf Plasma Sheath under Hypergravity Conditions as Probes for the Electric Field Strength and the Particle ChargePhysical Review Letters (2011)
Temperature dependence of nucleation and growth of nanoparticles in low pressure Ar/CH4 RF dischargesJournal of Physics D: Applied Physics (2009)
Thermalization of electrons in decaying extreme ultraviolet photons induced low pressure argon plasmaPlasma Sources Science and Technology (2016)
Fast and interrupted expansion in cyclic void growth in a dusty plasma27th NNV Symposium on Plasma Physics and Radiation Technology (2015)
Ion energy distributions in highly transient EUV induced plasma in hydrogenJournal of Applied Physics (2018)
- Information technologies of the future
- Bachelor final project (15 ECTS)
- Bachelor final project (10ECTS)
- Bachelor final project extension general
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