Marceau HENOT

Research

Ongoing research: physical aging of supercooled liquids, molecular dynamics of polar liquids

Past research: morphogenesis of glacial structures, slip of polymer liquids

Publications

12. [Preprint] Emergence of a hump in the cubic dielectric response of glycerol: a MD study
M Hénot, F Ladieu, 2024arxiv:2410.00867
11. Crossing the Frontier of Validity of the Material Time Approach in the Aging of a Molecular Glass
M Hénot, ZA Nguyen, F Ladieu,
Journal of Physical Chemistry Letters, 15, 3170–3177, 2024hal-04504227
10. Orientational dynamics in supercooled glycerol computed from MD simulations: self and cross contributions
M Hénot, PM Déjardin, F Ladieu,
Physical Chemistry Chemical Physics, 25, 29233-29240, 2023. – arXiv:2309.11369
9. Non-linear physical aging of supercooled glycerol induced by large upward ideal temperature steps monitored through cooling experiments
M Hénot, F Ladieu
The Journal of Chemical Physics 158 (22), 224504 (2023)arXiv:2306.08409
8. How dirt cones form on glaciers: field observation, laboratory experiments and modeling
M Hénot, VJ Langlois, N Plihon, N Taberlet
Physical Review E 107 (3), 034905 (2023)arXiv:2212.08471
7. Formation of glacier tables caused by differential ice melting: field observation and modelling
M Hénot, VJ Langlois, J Vessaire, N Plihon, N Taberlet
The Cryosphere 16 (6), 2617-2628 (2022)
6. Onset of Glacier Tables
M Hénot, N Plihon, N Taberlet
Physical Review Letters 127 (10), 108501 (2021)arXiv:2103.09760
5. Temperature-controlled slip of polymer melts on ideal substrates
M Hénot, M Grzelka, J Zhang, S Mariot, I Antoniuk, E Drockenmuller, L Léger, F Restagno
Physical Review Letters 121 (17), 177802 (2018)arXiv:1810.08917
4. Sensing adsorption kinetics through slip velocity measurements of polymer melts
M Hénot, E Drockenmuller, L Léger, F Restagno
The European Physical Journal E 41 (83) (2018)arXiv:1802.00692
3. Friction of polymers: from PDMS melts to PDMS elastomers
M Hénot, E Drockenmuller, L Léger, F Restagno
ACS Macro Letters 7 (1) 112-115 (2018)arXiv:1704.02742
2. Comparison of the slip of a PDMS melt on weakly adsorbing surfaces measured by a new photobleaching-based technique
M Hénot, A Chennevière, E Drockenmuller, L Léger, F Restagno
Macromolecules 50 (14) 5592-5598 (2017)arXiv:1704.02743
1. Influence of grafting on the glass transition temperature of PS thin films
M Hénot, A Chennevière, E Drockenmuller, K Shull, L Léger, F Restagno
The European Physical Journal E 40 (1) 1-8 (2017)arXiv:1701.04711

CV

dec. 2021 – present Researcher at CEA SPEC
sept. 2020 – dec. 2021 Post-docLaboratoire de physique de l’ENS de Lyon
2018 – 2020 Physics teacher – Classes préparatoires aux grandes écoles – Le Havre
2015 – 2018 Ph.D. in Physics – Université Paris Saclay
Laboratoire de physique des solides – Team Soft Interfaces
Glissement de polymères liquides
Supervisors: Frédéric Restagno and Liliane Léger
2015 Master’s degree in PhysicsICFP Soft matter & biological physics – Sorbonne Université
2014 Agrégation de Physique – École Normale Supérieure de Cachan
2012 Bachelor’s degree in Physics – École Normale Supérieure de Cachan

Teaching experience

2023 Polytech Sorbonne – 30 h
Cours et TD de modélisation des transferts thermiques (M1).
2020-2021 ENS de Lyon – 1.5 x 192 h
TD de matière molle (M1), TP de méthodes numériques (L3), TP et Oraux dans les préparations aux agrégations de physique et chimie.
2018-2020 Classes préparatoires aux grandes écoles – 2 x 450 h
Cours, TD, TP de physique et chimie (PTSI).
2015-2018 Université Paris-Sud – 3 x 64 h
TP d’électromagnétisme (L3), TD/TP d’optique (L1), cours/TD de mécanique (PCSO).