Prof. dr. Bart CLEUREN
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Prof. dr. Bart CLEUREN
Associate Professor
Prof. dr. Bart CLEUREN
About Me
Research
Discipline codes: Statistical physics (01030307), Thermodynamics (01030308), Complex systems (01039902), Statistical mechanics (01030705)
Supervised PhDs
Data-Driven and Physics-Guided Modeling to Unravel Transport in Ceramic Organic Solvent Nanofiltration Membranes
Pieter-Jan Piccard for the title Doctor of Sciences: Physics (doctorate in progress)
Supervised as Copromotor
Nanoscale electro-optical characterization of biological nanofibers and their behaviour in bio-hybrid electronic devices – towards next generation biobased and biodegradable electronics
Remy Ratajczak for the title Doctor of Sciences: Physics (doctorate in progress)
Supervised as Copromotor
Flexible transparent electrodes: from ITO to ICO, a theoretical case study
Gijs Vanoppen for the title Doctor of Sciences: Physics (doctorate in progress)
Supervised as Promotor
Concept development of stochastic impedance and its lab-on-chip application to monitor DNA hybridization
Branko Meeus for the title Doctor of Sciences: Physics (doctorate in progress)
Supervised as Promotor
Stochastic thermodynamics of collective heat engines: Finite reservoirs and active particles
Iago Mamede for the title Doctor of Sciences: Physics (doctorate in progress)
Supervised as Promotor
LiCo: Line-Confocal platform for Fast, Kinetic and Cell-based Dynamic Structural Biology
Joshua Brands for the title Doctor of Biomedical Sciences (doctorate in progress)
Supervised as Copromotor
Enhanced DNA Hybridization-based Biosensors: A Thermodynamic Approach for Single-Nucleotide Variant Detection
Yannick Stulens for the title Doctor of Sciences: Physics in 2026
Supervised as Copromotor
Optimization and Phase Transitions in Stochastic Thermodynamics: from Singular Engines to Collective Effects
Fernando Francisco Silva Filho for the title Doctor of Sciences: Physics in 2026
Supervised as Promotor
From Measurement to Modeling: Advancing ToF-SIMS Methodologies for Functional Insights in Organic-Based Electronic Materials
Nico Fransaert for the title Doctor of Sciences: Physics in 2025
Supervised as Copromotor
Stochastic Transport: Impedance and a Brownian Translator
Bart Wijns for the title Doctor of Sciences: Physics in 2024
Supervised as Promotor
Cable bacteria as electronic biological materials: Towards use in biodegradable electronics
Koen Wouters for the title Doctor of Sciences: Physics in 2024
Supervised as Copromotor
Stochastic thermodynamics of collisional thermal machines and phase transition
Carlos Ernesto Fernández Noa for the title Doctor of Sciences: Physics in 2023
Supervised as Promotor
Bridging the gap between machine learning and evoked potentials in MS
Jan Yperman for the title Doctor of Sciences: Information Technology in 2021
Supervised as Promotor
Electrical wires in nature: A study of the conductive structure and intrinsic electrical properties of cable bacteria
Robin Bonné for the title Doctor of Sciences: Physics in 2020
Supervised as Copromotor
Active dynamics in cells
Stefanie Put for the title Doctor of Sciences: Physics in 2020
Supervised as Promotor
Efficiency of stochastic engines
Karel Proesmans for the title Doctor of Sciences: Physics in 2017
Supervised as Promotor
Diffusion of interacting particles in confined geometries: a random walk approach
Thijs Becker for the title Doctor of Sciences: Physics in 2015
Supervised as Promotor
Discrimination of diffusion models by ensemble-averaged microfluorimetric methods: Spatially resolved fluorescence recovery after photobleaching. Lifetime-based raster image correlation spectroscopy
Ben De Clercq for the title Doctor of Sciences: Physics in 2015
Supervised as Copromotor
Stochastic thermodynamics of two-state systems
Tim Willaert for the title Doctor of Sciences: Physics in 2014
Supervised as Copromotor
Other research activities
Conferences and speeches
Function: Co-organiser
Title conference: Are There Universal Laws in Non-Equilibrium Statistical Physics?
Place: Stockholm
Institution: NORDITA
5/2/2022 12:00:00 AM - 5/13/2022 12:00:00 AM
Function: Co-organiser
Title conference: General Scientific Meeting 2021 of the Belgian Physical Society
Place: Hasselt
Institution: Hasselt University
1/1/2021 12:00:00 AM - 12/31/2021 12:00:00 AM
Projects
29 research projects have been found
Unravelling membrane processes in organic solvents by data-driven modelling. (Research)
16/11/2022 - 15/11/2026
GENERAL ASPECTS ABOUT STOCHASTIC THERMODYNAMICS: STOCHASTIC IMPEDANCE AND THERMODYNAMICS OF BROWNIAN PARTICLES. (Research)
01/03/2021 - 31/12/2023
Machine-learning-enhanced identification of electron transporting biomolecules in electroactive microorganisms using combined Timeof- Flight Secondary Ion Mass Spectrometry (ToF-SIMS) and Scanning Probe Microscopy (SPM) data. (Research)
01/11/2021 - 31/10/2023
Structuromics@UHasselt - Experimental and theoretical platform for unravelling the spatiotemporal organisation of biomolecular assemblies (Research)
01/05/2025 - 30/04/2030
Concept development of stochastic impedance and its lab-on-chip application to monitor DNA hybridization (Research)
01/10/2024 - 30/09/2028
Sustainable thinking and action Sustainability for a new generation of scientists and engineers (Education)
01/10/2025 - 30/09/2027
Stochastic thermodynamics of collective heat engines: Finite reservoirs and active particles (Research)
19/06/2025 - 31/05/2027
Flexibele transparante elektroden: van ITO tot ICO, een theoretische casestudy (Research)
16/11/2024 - 15/11/2026
Machine-learning-enhanced identification of electron transporting biomolecules in electroactive microorganisms using combined Timeof- Flight Secondary Ion Mass Spectrometry (ToF-SIMS) and Scanning Probe Microscopy (SPM) data. (Research)
01/11/2023 - 31/10/2025
Living electrical wires: unravelling the intrinsic electrical properties of Cable Bacteria filaments (Research)
01/10/2019 - 30/09/2023
Non-linear optical and time-dependent fluorescence properties of molecular probes reveal the phases of surrounding lipid membranes: a multiscale modeling approach (Research)
19/09/2022 - 21/09/2022
Non-linear optical and time-dependent fluorescence properties of molecular probes reveal the phases of surrounding lipid membranes: a multiscale modeling approach (Research)
23/05/2022 - 25/05/2022
Computational modeling reveals the influence of lipid membrane phases on fluorescent probes' optical properties (Research)
24/07/2021 - 28/07/2021
Education
Involved in the following courses
Academic year 2026 - 2027
Academic year 2026 - 2027
Academic year 2025 - 2026
Academic year 2025 - 2026
Bart CLEUREN
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