Academic

Peer-reviewed publications, conference communications, teaching, degrees, and science outreach.

Featured publications

Graphical abstract: micropatterning of quantum dots for biofunctionalization and nanoimaging

Paul Robineau, Jérémie Béal, Thomas Pons, Rodolphe Jaffiol, Cyrille Vézy. Micropatterning of Quantum Dots for Biofunctionalization and Nanoimaging. ACS Applied Nano Materials, 2023, 6 (10), pp.8444-8452. ⟨10.1021/acsanm.3c00778⟩. ⟨hal-04815917⟩

Graphical abstract: radiological impact of the Fessenheim NPP decommissioning

Paul Robineau, Maria Boltoeva, Nicolas Arbor, Gaetana Quaranta. Radiological impact of the Fessenheim Nuclear Power Plant decommissioning through prospective Life-Cycle and Risk Assessment approaches. Science of the Total Environment, 2025, 974, pp.179200. ⟨10.1016/j.scitotenv.2025.179200⟩. ⟨hal-05010305⟩

Graphical abstract: hydrogen ICE-CHP in decentralized energy systems (TEA-LCA)

Paul Robineau, Naqib Salim, Maria Boltoeva, Maurice Kettner, Nicolas Arbor, et al.. Hydrogen internal combustion engine CHP in decentralized energy systems: Towards TEA-LCA in an open-source framework. Journal of Cleaner Production, 2026, 562, pp.148170. ⟨10.1016/j.jclepro.2026.148170⟩. ⟨hal-05633384⟩

Graphical abstract: integration of a single-photon source with a fibre-compatible photonic waveguide

Aurélie Broussier, Muhammad H. Muhammad, Nancy Rahbany, Abdelhamid Hmima, Paul Robineau, Cyrille Vezy, Régis Déturche, Antoine Kevorkian, Sylvain Blaize, Christophe Couteau. Integration of a single photon source with a fibre-compatible photonic waveguide. npj Quantum Information, 2026, 12 (1), pp.67. ⟨10.1038/s41534-026-01209-y⟩.

Publications

Automatically gathered from HAL and ORCID (tagged HAL/ORCID); other items are Manually added.

Peer-reviewed journal articles

  1. Paul Robineau, Naqib Salim, Maria Boltoeva, Maurice Kettner, Nicolas Arbor, et al.. Hydrogen internal combustion engine CHP in decentralized energy systems: Towards TEA-LCA in an open-source framework. Journal of Cleaner Production, 2026, 562, pp.148170. ⟨10.1016/j.jclepro.2026.148170⟩. ⟨hal-05633384⟩ HAL/ORCID
  2. Aurélie Broussier, Muhammad H. Muhammad, Nancy Rahbany, Abdelhamid Hmima, Paul Robineau, Cyrille Vezy, Régis Déturche, Antoine Kevorkian, Sylvain Blaize, Christophe Couteau. Integration of a single photon source with a fibre-compatible photonic waveguide. npj Quantum Information, 2026, 12 (1), pp.67. ⟨10.1038/s41534-026-01209-y⟩. HAL/ORCID
  3. Paul Robineau, Maria Boltoeva, Nicolas Arbor, Gaetana Quaranta. Radiological impact of the Fessenheim Nuclear Power Plant decommissioning through prospective Life-Cycle and Risk Assessment approaches. Science of the Total Environment, 2025, 974, pp.179200. ⟨10.1016/j.scitotenv.2025.179200⟩. ⟨hal-05010305⟩ HAL/ORCID
  4. Mehdi Iguider, Paul Robineau, Michal Kozderka, Maria Boltoeva, Gaetana Quaranta. Life cycle assessment of an upcoming nuclear power plant decommissioning: the Fessenheim case study from public data. International Journal of Life Cycle Assessment, 2024, 29 (7), pp.1229-1245. ⟨10.1007/s11367-024-02315-9⟩. ⟨hal-04564041⟩ HAL/ORCID
  5. Paul Robineau, Jérémie Béal, Thomas Pons, Rodolphe Jaffiol, Cyrille Vézy. Micropatterning of Quantum Dots for Biofunctionalization and Nanoimaging. ACS Applied Nano Materials, 2023, 6 (10), pp.8444-8452. ⟨10.1021/acsanm.3c00778⟩. ⟨hal-04815917⟩ HAL/ORCID

To be published one day, maybe

  1. Robineau P., Pacaud D., Bucciarelli P., Burger N., Grimal L. Merging organization with facilitation of your peers? Autoethnography of the IESF Scientists Assembly on Knowledge. Manually added
  2. Robineau P., Boltoeva M., Arbor N., Quaranta G. Shifting to prospective and dynamic LCA for future industrial projects: the case of the Fessenheim NPP decommissioning. Targeted: J. Cleaner Production / J. Industrial Ecology. Manually added
  3. Robineau P., Guendouz Z., Sahel A., Boltoeva M., Arbor N., Quaranta G., Kozderka M. Prospective life-cycle assessment for radioactive waste management: the case of VLLW recycling in France. Targeted: J. Cleaner Production / J. Industrial Ecology. Manually added
  4. IESF. Impacts environnementaux de la Convention Scientifique IESF sur les Connaissances. Report, forthcoming. Manually added

Preprints

  1. Paul Robineau, Naqib Salim, Maria Boltoeva, Maurice Kettner, Gaétana Quaranta, et al.. Hydrogen internal combustion engine CHP in decentralized energy systems: Towards TEA-LCA in an open-source framework. 2025. ⟨hal-05410000⟩ HAL/ORCID
  2. Broussier A., Muhammad M. H., Hmina A., Robineau P., Le Cunff L., Vezy C., Deturche R., Kevorkian A., Blaize S., Couteau C. Integration of a single-photon source with a photonic waveguide. Preprint. Manually added

Reports

  1. IESF. 2026. Rapport de la Convention Scientifique IESF sur les Connaissances. URL. Manually added
  2. CO2InnO. 2025. Rapport final du projet Interreg CO2InnO, lot de travail n°7. Interreg Rhin supérieur 2021–2027, A1-3, 2025/09/03. URL. Manually added

Invited communications

  1. Robineau P. 2025. L'impact environnemental du démantèlement de la centrale de Fessenheim à travers l'analyse du cycle de vie. Entretiens du Grillenbreit 8, "Droit de propriété et avenir du nucléaire", 2025/11/21, Colmar, France. URL. Manually added
  2. Robineau P. 2025. Impacts environnementaux du démantèlement de la centrale de Fessenheim par l'analyse du cycle de vie. Les Lundis de l'OHM Fessenheim, online, 2025/10/06. URL. Manually added
  3. Robineau P., Arbor N. 2024. CO2InnO – Laboratoire vivant pour une région d'innovation pilote neutre en CO2 : développement de solutions énergétiques et de mobilité. Séminaire scientifique de l'OHM Fessenheim, 2024/11/29, Strasbourg, France. URL. Manually added

Oral communications at conferences

International

  1. Robineau P., Bucciarelli P., Clément S., Burger N., Grimal L. 2026. From Academic Deliberation to Public Formation: A Deweyan Analysis based on the IESF Scientists Assembly. 2nd International Conference of the Deliberating Universities Network (UNIDELIB): "Are university deliberative assemblies political spaces?", 2026/06/15–16, Fontainebleau, France. URL. Manually added
  2. Robineau P., Boltoeva M., Arbor N., Quaranta G. 2025. TEA-LCA of hydrogen-based ICE-CHP in decentralized energy systems: feedback on OpenModelica–ActivityBrowser interfacing from code-curious users. Brightcon 2025, 2025/10/12–17, Grenoble, France. URL. Manually added
  3. Robineau P., Jaffiol R., Pons T., Vézy C. 2024. Quantum dots micropatterning: towards biofunctionalization and nano-imaging. 68th Biophysical Society Annual Meeting, 2024/02/10–14, Philadelphia, USA. URL. Manually added

National

  1. Paul Robineau, Gaétana Quaranta, Nicolas Arbor. L'impact environnemental du démantèlement de la centrale de Fessenheim à travers l'analyse du cycle de vie. « Droit de propriété et avenir du nucléaire », 8e Entretiens du Grillenbreit, Centre Européen de recherche sur le Risque, le Droit des Accidents Collectifs et des Catastrophes (CERDACC), Nov 2025, Colmar, France. pp.34-49. ⟨hal-05696682⟩ HAL/ORCID
  2. Robineau P., Boltoeva M., Arbor N., Quaranta G. 2024. Radiological impact of the Fessenheim NPP decommissioning via the Life-Cycle Assessment framework. R3C 2024 – 3es Rencontres Rayonnement Radiochimie, 2024/06/18–20, Nîmes, France. URL. Manually added
  3. Robineau P., Jaffiol R., Vézy C. 2022. Micropatterning of a quantum-dot monolayer for FRET nano-imaging of cell adhesion. Rencontres Jeunes du C'Nano EST 2022, 2022/03/01. URL. Manually added

Poster communications at conferences

International

  1. Paul Robineau, Maria Boltoeva, Nicolas Arbor, Gaétana Quaranta. Towards a techno-economic and life-cycle assessment simulation tool for H2 / Natural gas CHP-based systems to help local energy policies. Brightcon 2024, Sep 2024, Hambourg, Germany. , 2024. ⟨hal-04812009⟩ HAL/ORCID
  2. Paul Robineau, Maria Boltoeva, Nicolas Arbor, Gaétana Quaranta. From midpoint to endpoint level radiological impacts on human health in prospective LCA: leveraging open source solutions to investigate the Fessenheim NPP decommissioning. Brightcon 2024, Sep 2024, Hambourg, Germany. . ⟨hal-04811989⟩ HAL/ORCID
  3. Paul Robineau, Rodolphe Jaffiol, Cyrille Vézy. Micropatterning of quantum dots monolayer for quantitative FRET-based imaging. Focus on Microscopy 2022, Apr 2022, Online, France. ⟨hal-03954561⟩ HAL/ORCID
  4. Paul Robineau, Rodolphe Jaffiol, Cyrille Vézy. Micropatterning of quantum dots monolayer for FRET-based imaging of cell adhesion dynamics. AQV Days : quantitative approaches to living systems, Jan 2022, Paris, France. ⟨hal-03637786⟩ HAL/ORCID

National

  1. Robineau P., Boltoeva M., Arbor N., Quaranta G. 2024. A techno-economic and life-cycle assessment simulation tool for H2 / natural-gas CHP-based systems to help local energy policies. Journée plénière de l'hydrogène à l'Université de Strasbourg, 2024/06/17, Strasbourg, France. URL. Manually added
  2. Robineau P., Jaffiol R., Vézy C. 2022. Micropatterning of a quantum-dot monolayer for quantitative FRET-based imaging of cell-adhesion dynamics. AQV Days: quantitative approaches to living systems, 2022/01/19–21, Paris, France. URL. Manually added

Seminars & lectures

  1. Robineau P. Analyse du cycle de vie pour la transition énergétique dans le Rhin supérieur : prendre en charge l'ancien, anticiper le nouveau. Séminaires du LASIRE, 2025/06/16, Lille, France. Manually added
  2. Robineau P. Nanosciences et analyse du cycle de vie : allers-retours. Séminaires de l'IPCMS, 2024/11/27, Strasbourg, France. URL. Manually added
  3. Robineau P. Quantum dots micropatterning for biofunctionalization & imaging. Séminaires de l'IPHC, 2023/12/14, Strasbourg, France. URL. Manually added
  4. Paul Robineau. Modèle HSN : Représentation des interactions Humain·e·s - Système technique - Nature. École d'ingénieur. INSA Lyon, France. 2022. ⟨hal-04180290⟩ HAL/ORCID
  5. Robineau P. Micropatterning of a quantum-dot monolayer for cell-adhesion studies. L2n Day 2021, 2021/12/10. Manually added

Science mediation

  1. Robineau P. 2025. Impacts environnementaux des systèmes énergétiques. ÉNERGIES vis-à-vis, the trinational review of the TRION-climat network, n°12, Sep 2025. URL. Manually added
  2. Robineau P. 2025. Impacts environnementaux des systèmes énergétiques utilisant de l'hydrogène. Colloque final CO2InnO, 2025/09/25, Strasbourg, France. URL. Manually added
  3. Tournier T., Mahé F., Niedergang J.-C., Dro B., Duscher R. 2024. Rapport de l'enquête publique sur le démantèlement de la centrale nucléaire de Fessenheim (dossier n°E2300120/67) : liste des observations enregistrées. URL. Manually added
  4. Robineau P. 2023. Utilisation d'une centrale de cogénération H2 : l'étude de cas de la ville d'Offenburg. Colloque CO2InnO, 2023/12/12, Fribourg, Germany. URL. Manually added

Software & datasets

  1. Robineau P. 2025. Outils pour la Convention IESF Connaissances et Société. GitHub. Manually added
  2. Robineau P., Salim N. 2025. Scenarios outputs of 'CO2InnO-H2-CHP-Demonstrator' OpenModelica TEA model [Data set]. Zenodo. ⟨10.5281/zenodo.16919026⟩. Manually added

Teaching

As a teaching assistant I supervised practical work in physics & chemistry in 2020–2021 at the University of Technology of Troyes, covering topics from classical mechanics to the structural properties of matter and light–matter interactions.

Experiments ranged from the analysis of a cannonball's trajectory or a spring's oscillation, to more elaborate ones – using a photoelectric cell to verify Planck's constant, or recreating the Thomson experiment to find the electron's mass.

I also designed and taught a section on abiotic resources within a general course on modelling Human–Systems–Nature interactions, through a sociotechnical lens informed by the social and environmental sciences (resources slides, modelling slides).

Teaching materials on abiotic resources

Science outreach

I gave talks on two occasions (2016 & 2017) during BarCamps organised by the UNG (UTT Net Group) association – each a chance to build and share a reflection grounded in my reading of the social sciences and humanities.

The first presented R. Perron's conceptualization of different models of scientific approach (taxonomy, functional analysis, clinical method, historical approach, and the "hard-science method"; Perron, 2010) (slides). The second discussed two strategies used to construct the legitimacy of video games in public discourse – as a medium containing already-legitimate art forms, or as a specific art form in itself (slides).

BarCamp talk on scientific models