myScience

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    "title": "Postdoc in an aeronautics-related field (CVLAB)",
    "description": "myScience est a la recherche d'un(e) Postdoc in an aeronautics-related field (CVLAB) pour son site de Lausanne.\n\nEPFL recrute un Postdoc en aérodynamique à Lausanne, Suisse. Rejoignez un environnement de travail stimulant.\nTâches\n•\nTravailler sur la co-conception pour formes aérodynamiques.\n•\nDévelopper des prototypes de planeurs pour des compétitions.\n•\nContribuer à des publications scientifiques de haut niveau.\nCompétences\n•\nDoctorat en aéronautique ou domaine connexe requis.\n•\nConnaissance approfondie en théorie du contrôle.\n•\nExpérience en apprentissage automatique et publication.\nPostdoc in an aeronautics-\nrelated field (CVLAB)\nSwiss Federal Institute of Technology Lausanne, EPFL\nWorkplace\nLausanne\n- Lake Geneva region - Switzerland\nCategory\nEnvironment\nPosition\nSenior Scientist / Postdoc\nPublished\n12 May 2026\nEPFL, the Swiss Federal Institute of Technology in Lausanne, is one of the most dynamic university campuses in Europe and ranks among the top 20 universities worldwide. The EPFL employs more than 6,500 people supporting the three main missions of the institutions: education, research and innovation. The EPFL campus offers an exceptional working environment at the heart of a community of more than 18,500 people, including over 14,000 students and 4,000 researchers from more than 120 different countries.\nMission\nThe EPFL computer vision lab ( https://www.epfl.ch/labs/cvlab/') ) is looking for a postdoctoral fellow to work on issues related to co-design for aerodynamic shape and control along the lines described in the following tech report https://arxiv.org/abs/2603.06760') . A potential target application is the design of model gliders to compete in FAI competitions such as https://www.fai.org/page/f5-electric-flight') .\nProfile\nPotential candidates are expected to have:\n•\nA doctorate in an aeronautics-\nrelated field\n•\nA good knowledge of Control Theory, both classical and deep learning based\n•\nA solid publication record in top level ML venues such as NeurIPs, ICML, and ICLR\n•\nAn interest in going beyond theory all the way to a flying prototype\nWe offer\n•\nA stimulating and international working environment\n•\nCompetitive salary and excellent working conditions - more information can be found on our website (https://www.epfl.ch/campus/services/human-resources/en/basic-starting-salary-of-doctoral-assistants-and-postdocs/'))\n•\nOpportunity to perform state-of-the-art research in one of the most dynamic scientific institutions in Europe.\n•\nOpportunity to interact with internationally renowned experts, and with a strong team of postdoctoral researchers and PhD candidates\nInformations\nOnly applications submitted through the online platform are considered. You are asked to supply:\n•\nA brief cover letter (pdf, up to 2 pages).\nAnd in one PDF:\n•\nA CV with a publication list.\n•\nA research statement (pdf, up to 3 pages).\n•\nContact details for 3 referees.\nContract start date : Flexible (Summer 2026 preferred)\nActivity rate : 100%\nContract type : CDD\nDuration : One year, renewable\nMore information\nIn your application, please refer to\nmyScience.ch\nand reference\nJobID69817\n.\n\nVotre prochaine etape professionnelle commence ici.",
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    "title": "Postdoctorant en biophysique expérimentale",
    "description": "Vous cherchez un emploi de Postdoctorant en biophysique expérimentale a Lausanne ? myScience recrute.\n\nRejoignez le prestigieux EPFL en tant que Postdoc en biophysique expérimentale. Opportunité de recherche innovante dans un environnement dynamique.\nTâches\n•\nCollaborer sur des projets de recherche interdisciplinaires.\n•\nAnalyser et publier les résultats obtenus.\n•\nSuperviser des doctorants et étudiants en master.\nCompétences\n•\nDoctorat récent ou en cours dans un domaine pertinent.\n•\nEsprit indépendant et créatif.\n•\nMotivation forte pour explorer de nouvelles directions de recherche.\nPostdoctorant en biophysique expérimentale\nÉcole polytechnique fédérale de Lausanne, EPFL\nLieu de metier\nLausanne\n-\nRégion du lac Léman\n-\nSuisse\nCatégorie\nSciences de la vie\n|\nPhysique\nPoste\nChercheur senior / Postdoctorant\nPublié\n11 mai 2026\nEPFL, l’École polytechnique fédérale de Lausanne, est l’un des campus universitaires les plus dynamiques d’Europe et figure parmi les 20 meilleures universités mondiales. L’EPFL emploie plus de 6 500 personnes soutenant les trois missions principales de l’institution : l’enseignement, la recherche et l’innovation. Le campus de l’EPFL offre un environnement de profession exceptionnel au cœur d’une communauté de plus de 18 500 personnes, comprenant plus de 14 000 étudiants et 4 000 chercheurs issus de plus de 120 pays différents.\nMission\nNotre groupe est un laboratoire de biophysique expérimentale guidé par la curiosité, visant à comprendre comment les écoulements de fluides et les propriétés mécaniques émergent de l’activité collective des assemblages moléculaires dans les cellules vivantes. Nous étudions également les mécanismes biophysiques par lesquels les cellules perçoivent, s’adaptent et répondent à leur environnement. Nous utilisons des organismes unicellulaires libres comme systèmes modèles. Grâce à la microscopie, des mesures quantitatives et des perturbations moléculaires, nous cherchons à identifier les principes physiques et les mécanismes biologiques cellulaires sous-jacents aux propriétés continues de la matière vivante.\nNous sommes un groupe interdisciplinaire et accueillons des chercheurs de divers horizons, notamment en physique, biophysique, biologie cellulaire, biochimie et ingénierie. Nous invitons les candidats postdoctoraux intéressés à développer leurs idées de recherche indépendantes en accord avec notre vision scientifique plus large à postuler.\nPrincipales tâches et responsabilités\n•\nTravailler et collaborer sur des projets de est a la recherche de ;\n•\nAnalyse, communication et publication des résultats ;\n•\nParticiper à la supervision des doctorants et étudiants de master\nProfil\n•\nDoctorat récent, ou en cours d’achèvement, dans une discipline pertinente.\n•\nEsprit indépendant, créatif et orienté solutions\n•\nForte motivation à explorer de nouvelles directions de recherche dans un environnement interdisciplinaire\nNous offrons\n•\nUn environnement de profession stimulant et international\n•\nExcellentes conditions de profession et salaires compétitifs (voir\nwww.epfl.ch/campus/services/­human-resources/en/bas.&h\n') p o i n t;.\nInformations\nSeules les candidatures soumises via la plateforme en ligne sont prises en compte. Vous devez fournir :\n•\nUne lettre de motivation expliquant votre intérêt à rejoindre le groupe ;\nEt en un seul PDF :\n•\nUn CV complet ;\nCoordonnées de 2-3 références.\nPour toute information complémentaire, veuillez contacter : [guillermina.ramirez@\nepfl.ch]\nDate de début du contrat : Dès que possible/flexible\nTaux d’activité min : 80%\nTaux d’activité max : 100 %\nType de contrat : contrat à durée déterminée\nDurée : 1 an renouvelable\nRéférence : 2229\nPlus d’informations\nDans votre candidature, veuillez mentionner\nmyScience.ch\net référencer\nJobID69812\n.\n\nRejoignez myScience et donnez un nouvel elan a votre carriere.",
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    "title": "Postdoctorat en ’Gen AI’",
    "description": "Rejoignez myScience en tant que Postdoctorat en ’Gen AI’ a Lausanne.\n\nPosition de postdoctorant en IA générative à l'EPFL, Suisse.\nTâches\n•\nDévelopper des méthodes de génération vidéo en temps réel.\n•\nTravailler sur des avatars humanoïdes et des doubles numériques.\n•\nCollaborer avec une équipe de chercheurs en vision par ordinateur.\nCompétences\n•\nDoctorat en vision par ordinateur et expérience en IA générative.\n•\nCompétences analytiques et computationnelles solides.\n•\nBonnes compétences interpersonnelles et travail en équipe.\nPostdoctorat en ’Gen AI’\nÉcole polytechnique fédérale de Lausanne, EPFL\nLieu de travail\nLausanne\n-\nRégion du lac Léman\n-\nSuisse\nCatégorie\nPédagogie\nPoste\nChercheur senior / Postdoctorant\nPublié\n28 avril 2026\nL’EPFL, l’École polytechnique fédérale de Lausanne, est l’un des campus universitaires les plus dynamiques d’Europe et figure parmi les 20 meilleures universités mondiales. L’EPFL emploie plus de 6 500 personnes soutenant les trois missions principales de l’institution : l’éducation, la est a la recherche de et l’innovation. Le campus de l’EPFL offre un environnement de metier exceptionnel au cœur d’une communauté de plus de 18 500 personnes, comprenant plus de 14 000 étudiants et 4 000 chercheurs issus de plus de 120 pays différents.\nLe Laboratoire d’Intelligence Visuelle pour le Transport (VITA) recherche un chercheur postdoctoral dans le domaine de l’IA générative.\nLes intérêts de recherche de VITA se situent à l’intersection de la vision par ordinateur, de l’apprentissage automatique (apprentissage profond) et de l’interaction homme-robot pour redéfinir la manière dont les machines interprètent les actions humaines, anticipent les intentions et interagissent de manière fluide avec les personnes dans divers contextes.\nLe candidat retenu développera de nouvelles méthodes pour la génération vidéo en temps réel, le double numérique, et des avatars humanoïdes.\nProfil\n•\nDoctorat en vision par ordinateur\n•\nFormation en informatique\n•\nExpérience de recrute en IA générative, apprentissage profond\n•\nSolides compétences en calcul et en analyse, ainsi qu’une expérience dans la gestion de grands ensembles de données\n•\nIndépendant, créatif et orienté solutions\n•\nBonnes compétences interpersonnelles, esprit d’équipe\n•\nBonne maîtrise de l’anglais (écrit et parlé)\nNous offrons\n•\nUn groupe de recherche energique et interdisciplinaire\n•\nUn environnement de travail stimulant et international\n•\nSalaire compétitif et excellentes conditions de travail - plus d’informations sont disponibles sur notre site web (\nwww.epfl.ch/campus/services/­human-resources/en/bas.&h\n') p o i n t;.\n•\nPossibilité de mener des recherches de pointe dans l’une des institutions scientifiques les plus dynamiques d’Europe\n•\nOpportunité d’interagir avec des experts de renommée internationale et avec une équipe solide de chercheurs postdoctoraux et de doctorants\nInformations\nSeules les candidatures soumises via la plateforme en ligne seront prises en compte. Vous êtes invité à fournir :\n•\nUne lettre de motivation succincte (pdf, jusqu’à 2 pages)\nEt dans un seul PDF :\n•\nUn CV avec liste de publications\n•\nUne déclaration de cherche (pdf, jusqu’à 3 pages)\n•\nLes coordonnées de 3 référents.\nPour toute information complémentaire, veuillez contacter : Prof. Alexandre Alahi (alexandre.alahi@\nepfl.ch)\nDate de début du contrat : Dès que possible\nTaux d’activité min : 100%\nTaux d’activité max : 100%\nType de contrat : Contrat à durée déterminée\nDurée : 24 mois\nPlus d’informations\nDans votre candidature, veuillez mentionner\nmyScience.ch\net référencer\nJobID69734\n.\n\nSaisissez cette opportunite et postulez des aujourd'hui.",
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    "@id": "https://ch-jobs.com/job/poste-de-postdoctorant-en-finance-quantitative-a-l-epfl-1#jobposting",
    "title": "Poste de postdoctorant en finance quantitative à l'EPFL",
    "description": "myScience est a la recherche d'un(e) Poste de postdoctorant en finance quantitative à l'EPFL pour son site de Lausanne.\n\nOpportunite de postdoctorant en finance quantitative à l'EPFL, un institut de renommée mondiale. Rejoignez un environnement de metier stimulant et international.\nTâches\n•\nContribuer à la recherche en finance quantitative et apprentissage machine.\n•\nAssister dans l'enseignement du programme de Master en ingénierie financière.\n•\nCollaborer avec des chercheurs internationaux et des étudiants de divers horizons.\nCompétences\n•\nDoctorat requis avec un profil de recherche exceptionnel en apprentissage machine.\n•\nCompétences en finance quantitative et apprentissage machine.\n•\nCapacité à travailler en équipe et à communiquer efficacement.\nOpportunite de postdoctorant en finance quantitative à l'EPFL\nÉcole polytechnique fédérale de Lausanne, EPFL\nLieu de emploi\nLausanne\n-\nRégion du lac Léman\n-\nSuisse\nCatégorie\nPédagogie\nPoste\nChercheur senior / Postdoctorant\nPublié\n21 mai 2026\nL'EPFL, l'École polytechnique fédérale de Lausanne, est l'un des campus universitaires les plus dynamiques d'Europe et figure parmi les 20 meilleures universités mondiales. L'EPFL emploie plus de 6 500 personnes soutenant les trois missions principales de l'institution : l'enseignement, la recherche et l'innovation. Le campus de l'EPFL offre un environnement de travail exceptionnel au cœur d'une communauté de plus de 18 500 personnes, comprenant plus de 14 000 étudiants et 4 000 chercheurs issus de plus de 120 pays différents.\nMission\nLa Chaire Swissquote en finance quantitative à l'EPFL recherche des postdoctorants pour renforcer notre recherche en finance quantitative avec un accent sur l'apprentissage automatique appliqué.\nPrincipales tâches et responsabilités\n•\nLes candidats retenus auront un doctorat et un profil de est a la recherche de exceptionnel en apprentissage automatique moderne et ses applications à la finance ou domaines connexes. Ils seront attendus pour contribuer activement à la cherche et à la diffusion de notre groupe, ainsi que pour assister à l'enseignement dans le programme de Master en ingénierie financière. Le contrat est d'une durée initiale d'un an, renouvelable jusqu'à trois ans.\nNous offrons\n•\nUn environnement de travail stimulant et international\n•\nUn salaire compétitif et d'excellentes conditions de travail - plus d'informations sont disponibles sur notre site web (\nhttps://www.epfl.ch/­campus/services/­human-resources/en/­basic-starting-salary-­of-doctoral-­assistants-­and-postdocs/\n'))\n•\nOpportunité de mener des recherches de pointe dans l'une des institutions scientifiques les plus dynamiques d'Europe\n•\nOpportunité d'interagir avec des experts de renommée internationale, ainsi qu'avec une équipe solide de chercheurs postdoctoraux et de doctorants\nInformations\nLes candidats doivent envoyer :\n•\nUn CV (incluant les noms et adresses de deux référents)\n•\nUne copie de leurs relevés de notes officiels\n•\nUne déclaration de recherche\nL'examen des candidatures commence immédiatement et se poursuit jusqu'à ce que le opportunite soit pourvu. Les candidats présélectionnés peuvent être invités à un entretien.\nTous les dossiers doivent être envoyés par courriel en pièces jointes au format PDF à sophie.cadenakauz@\nepfl.ch\nen incluant une brève lettre de motivation dans le corps principal du courriel et en indiquant en objet : Candidature pour un postdoctorat en finance quantitative.\nLes candidats doivent demander à leurs deux référents d'envoyer leurs lettres directement à la même adresse e-mail.\nPlus d'informations\nDans votre candidature, veuillez mentionner\nmyScience.ch\net référencer\nJobID69866\n.\n\nN'attendez pas -- envoyez votre candidature a myScience aujourd'hui.",
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    "@id": "https://ch-jobs.com/job/postdoctoral-researcher-in-human-stress-motivation-and-translational-biomarkers-2#jobposting",
    "title": "Postdoctoral Researcher in Human Stress, Motivation and Translational Biomarkers",
    "description": "Vous cherchez un emploi de Postdoctoral Researcher in Human Stress, Motivation and Translational Biomarkers a Lausanne ? myScience recrute.\n\nRejoignez l'EPFL, un leader mondial en recrute et innovation. Ce poste offre une expérience enrichissante dans un cadre dynamique.\nTâches\n•\nDiriger la est a la recherche de sur le stress et la motivation humaine.\n•\nDévelopper des tests comportementaux en réalité virtuelle.\n•\nSuperviser le recrutement et les évaluations psychobiologiques.\nCompétences\n•\nDoctorat en psychologie ou neurosciences requis.\n•\nCompétences en recherche expérimentale et biomarqueurs.\n•\nExcellentes capacités d'organisation et de communication.\nPostdoctoral Researcher in Human Stress, Motivation and Translational Biomarkers\nSwiss Federal Institute of Technology Lausanne, EPFL\nWorkplace\nLausanne\n- Lake Geneva region - Switzerland\nCategory\nHealth | Life Sciences\nPosition\nSenior Scientist / Postdoc\nPublished\n7 May 2026\nEPFL, the Swiss Federal Institute of Technology in Lausanne, is one of the most dynamic university campuses in Europe and ranks among the top 20 universities worldwide. The EPFL employs more than 6,500 people supporting the three main missions of the institutions: education, research and innovation. The EPFL campus offers an exceptional working environment at the heart of a community of more than 18,500 people, including over 14,000 students and 4,000 researchers from more than 120 different countries.\nPostdoctoral Researcher in Human Stress, Motivation and Translational Biomarkers\nPerimetre\nSwiss National Science Foundation (SNSF)-funded project on human motivation, stress physiology, immersive behavioral testing, and biological phenotyping.\nThe Laboratory of Behavioral Genetics at EPFL, led by Prof. Carmen Sandi, is seeking an outstanding postdoctoral researcher with a strong technical and quantitative profile to join a SNSF-funded project investigating human motivation and stress responsiveness.\nThe project will develop and validate individually calibrated behavioral tasks in immersive virtual reality (VR) to quantify effort-based motivation, vigor, persistence, and goal-directed versus habitual control. It will then test how acute stress alters these processes, combining behavioral performance, physiological monitoring, movement-based phenotyping, and advanced statistical and computational analyses.\nThis position is part of a broader two-position recruitment linked to the same SNSF-funded project. The present call is for the position focused on human experimental implementation, participant recruitment, psychobiological assessment, biological sampling, and translational biomarker integration. A complementary position will focus more specifically on multimodal sensing, experimental systems, physiological and movement data, and advanced behavioral data analysis.\nThe position is funded for three years. In line with standard EPFL procedures, the contract is issued on a one-year basis and renewable annually, subject to satisfactory progress and institutional regulations.\nProject background\nUnderstanding how stress influences motivated behavior requires experimental approaches that combine rigorous behavioral testing with careful assessment of individual differences and biological stress responses. In this project, participants will complete immersive behavioral tasks designed to measure how they choose, initiate action, sustain effort, adapt to changing contingencies, and respond to acute stress.\nThe study will combine a standardized acute stress manipulation and behavioral assessments in VR, physiological monitoring, and biological sampling. In addition to endocrine measures, we are eventually interested -in the second part of the project implementation- in integrating broader hormonal, metabolic, inflammatory, and mitochondrial-\nrelated biomarkers to better characterize individual biological profiles linked to stress responsiveness and motivated behavior.\nA central aim is to develop and validate novel motivational tasks for VR and to understand how anxiety-related traits, stress physiology, and biological response profiles shape motivated behavior. The successful candidate will play a key role in ensuring that the human experimental pipeline is scientifically rigorous, ethically sound, well organized, and suitable for future translational applications.\nMain responsibilities\nThe postdoctoral researcher will lead the human experimental and translational phenotyping arm of the project. Responsibilities will include:\n•\nCoordinating participant recruitment, screening, scheduling, consent, testing, and retention.\n•\nImplementing the human experimental protocol with high fidelity, including acute stress and neutral control sessions, VR-based behavioral tasks, questionnaires, physiological recordings, and biological sampling.\n•\nDeveloping and maintaining standard operating procedures for participant flow, stress testing, biological sample collection, sample processin",
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    "title": "Postdoktorand/-in im Bereich bioökonomische Modellierung der Bodenverdichtung (100%)",
    "description": "Offre d'emploi : Postdoktorand/-in im Bereich bioökonomische Modellierung der Bodenverdichtung (100%) -- myScience, Zürich.\n\nAgroscope recherche un(e) postdoktorant(e) en bioéconomie. Un environnement de travail dynamique avec des opportunités de recherche innovantes vous attend.\nTâches\n•\nAnalyser les impacts agronomiques et économiques de la compaction du sol.\n•\nDévelopper un modèle bioéconomique pour évaluer des stratégies préventives.\n•\nPublier des résultats et présenter lors de conférences internationales.\nCompétences\n•\nDoctorat en agronomie, économie ou sciences environnementales requis.\n•\nCompétences en modélisation et programmation nécessaires.\n•\nMaitrise de l'analyse de données et collaboration interdisciplinaire.\nPostdoktorand/-in im Bereich bioökonomische Modellierung der Bodenverdichtung\nAgroscope\nWorkplace\nZürich\n- Zurich region - Switzerland\nCategory\nAgronomy & Food Science | Economics\nPosition\nSenior Scientist / Postdoc\nOccupation rate\n100%\nPublished\n20 May 2026\nAgroscope\nDas macht uns aus\nGutes Essen, gesunde Umwelt\nAgroscope ist das Kompetenzzentrum des Bundes für die Forschung in der Land- und Ernährungswirtschaft. Die Forschenden üben ihre Tätigkeiten an verschiedenen Standorten in der Schweiz aus. Hauptsitz ist Bern-Liebefeld (ab 2026: Posieux FR). Angesiedelt ist Agroscope beim Eidg. Departement für Wirtschaft, Bildung und Forschung WBF.\nPostdoktorand/-in im Bereich bioökonomische Modellierung der Bodenverdichtung\n8046 Zürich | 100-100%\nAuf den Punkt gebracht\nDer/die Postdoktorand-in ist Teil eines interdisziplinären Teams in einem Kooperationsprojekt von Agroscope und Syngenta. Das Projekt soll die wissenschaftlichen Grundlagen für Kosten-Nutzen-Analysen von Massnahmen zur Vermeidung oder Behebung von Bodenverdichtung erarbeiten. Langfristiges Ziel (über das aktuelle Projekt hinaus) ist die Erarbeitung eines in der Praxis umsetzbaren Entscheidungshilfsmittels.\nDescription\n•\nAuswerten und Zusammenstellen von Daten zu den agronomischen und wirtschaftlichen Auswirkungen der Bodenverdichtung, einschliesslich Kosten und Nutzen von Präventionsmassnahmen\n•\nEntwickeln und Umsetzen eines bioökonomischen Modells, um Strategien zur Verhinderung von Bodenverdichtung zu bewerten\n•\nSimulieren der Auswirkungen von Bodenverdichtung auf das Pflanzenwachstum und wichtige Ökosystemfunktionen\n•\nAnalysieren der Auswirkungen von Bodenverdichtung - und deren Prävention - auf die Rentabilität landwirtschaftlicher Betriebe\n•\nDurchführen von Kosten-Nutzen-Analysen zu Massnahmen für die Minderung und Prävention der Bodenverdichtung\n•\nPublikation der Ergebnisse in peer-reviewten Publikationen und im Rahmen von Vorträgen an internationalen wissenschaftlichen Konferenzen\nRequirements\n•\nPhD in Bodenkunde, Agrarökonomie, Umweltwissenschaften oder einem ähnlichen Fachgebiet\n•\nErfahrung in der Anwendung prozessbasierter Modelle sowie in der Programmierung\n•\nKenntnisse in Bodenphysik, Agronomie und Agrarökonomie\n•\nInteresse an Betriebsführung und Entscheidungsprozessen in Landwirtschaftsbetrieben\n•\nAusgeprägte analytische Fähigkeiten, Fähigkeit zur Formulierung fundierter Hypothesen, sicherer Umgang mit unsicheren oder unvollständigen Daten sowie Erfahrung in interdisziplinärer Forschung und Zusammenarbeit\n•\nKenntnisse zweier Amtssprachen und des Englischen\nWe offer\nDas bieten wir\n•\nArbeiten für die Schweiz\nWir setzen uns für das Erfolgsmodell Schweiz ein und arbeiten zum Wohl der Bevölkerung.\n•\nGelebte Vielfalt\nDank Chancengleichheit entfalten wir unsere Kompetenzen und bringen unterschiedliche Perspektiven ein.\n•\nGesund am Arbeitsplatz\nWir unterstützen und beraten unsere Mitarbeitenden im Bereich der physischen und psychischen Gesundheit.\nAlle Benefits (https://www.stelle.admin.ch/stelle/de/home/bundesverwaltung/ihre-vorteile-auf-einen-blick.html'))\nContact and Address\nZusätzliche Informationen\nDie Forschungsgruppe Bodenqualität und Bodennutzung beschäftigt sich mit dem Einfluss der landwirtschaftlichen Bewirtschaftung auf die Bodenqualität. Ein wichtiger Fokus ist die Bodenstruktur und ihre Rolle für das Bodensystem und die Bodenfunktionen. Weitere Schwerpunkte sind die Entwicklung von Bodenqualitäts-\nIndikatoren und die Langzeit-Bodenbeobachtung.\nFragen zur Stelle\nThomas Keller\nLeiter Team «Bodenstrukturdynamik»\n0041 (0)58 46 87605\nOnlinebewerbung unter www.stelle.admin.ch'), Ref. Code JRQ$540-18886\nWeb\nwww.agroscope.admin.ch\nApply online\nIn your application, please refer to\nmyScience.ch\nand reference\nJobID69798\n.\n\nInteresse(e) ? Postulez directement sur notre site.",
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    "title": "PhD position on high-order harmonic generation spectroscopy in noble-gas liquids",
    "description": "Nouvelle opportunite : PhD position on high-order harmonic generation spectroscopy in noble-gas liquids chez myScience (Zurich).\n\nRole de doctorat à l'ETH Zurich sur la spectroscopie HHG. Opportunité d'avancer en sciences attosecondes.\nTâches\n•\nConcevoir des expériences sur la génération d'harmoniques élevées.\n•\nDévelopper des systèmes à jets liquides cryogéniques.\n•\nAnalyser les données expérimentales sur la engage électronique.\nCompétences\n•\nDiplôme de master en physique ou chimie physique exigé.\n•\nIntérêt fort pour la science des lasers ultrarapides.\n•\nCompétences en programmation scientifique souhaitées.\nPhD position on high-order harmonic generation spectroscopy in noble-gas liquids\nEidgenossische Technische Hochschule Zürich, ETHZ\nWorkplace\nZurich\n- Zurich region - Switzerland\nCategory\nPhysics | Environment\nPosition\nJunior Researcher / PhD Position\nPublished\n28 April 2026\nPhD position on high-order harmonic generation spectroscopy in noble-gas liquids\n100%, Zurich, fixed-term\nWe are offering a PhD position in attosecond science and strong-field physics at the Laboratory of Physical Chemistry, ETH Zürich. The project focuses on high-order harmonic generation (HHG) in noble-gas liquids, in particular liquid helium. This research aims to explore a new regime of ultrafast electron dynamics in condensed matter and to bridge the gap between gas-phase and liquid-phase HHG. The position offers the opportunity to work at the forefront of attosecond spectroscopy using state-of-the-art ultrafast laser systems and cryogenic technology. This 4-year PhD position is funded by our SNSF grant.\nProject background\nHigh-order harmonic generation has become a cornerstone of attosecond science, enabling the observation of electron dynamics on their natural timescales. While HHG is well understood in gases and increasingly explored in solids, its extension to liquids offers intriguing opportunities to study electron scattering and delocalization properties. Noble-gas liquids, and liquid helium in particular, provide a unique platform: they combine the simplicity of atomic systems with the density of condensed matter. Their relatively long electron mean free paths offer access to a regime where strong-field physics can be studied under conditions intermediate between gases and molecular liquids. This project aims to establish HHG spectroscopy in noble liquids, investigate the role of electron scattering and coherence, and explore new phenomena such as HHG in the superfluid phase of helium.\nJob description\n•\nDesign and perform experiments on high-order harmonic generation in liquid and gas-phase targets\n•\nDevelop and operate cryogenic liquid-jet systems for noble-gas liquids\n•\nImplement advanced ultrafast laser techniques (e.g., few-cycle pulses, two-colour fields, CEP stabilization)\n•\nAnalyze experimental data to extract information on electron dynamics (cut-off scaling, phase, emission times)\n•\nContribute to the development of new experimental methods in attosecond spectroscopy\n•\nPresent results at international conferences and publish in high-impact journals\nProfile\n•\nMaster’s degree in physics, physical chemistry, or a closely related field\n•\nStrong interest in ultrafast laser science, attosecond physics, or strong-field phenomena\n•\nExperimental skills and motivation to work on complex laboratory setups\n•\nAbility to work independently and as part of a collaborative research team\n•\nGood communication skills in English (spoken and written)\nExperience in one or more of the following areas is an advantage: ultrafast optics, nonlinear optics, HHG/strong-\nfield physics, vacuum technology, spectroscopy, or scientific programming (Python, MATLAB).\nWorkplace\nWe offer\n•\nA fully funded PhD position at ETH Zürich, one of the world’s leading universities\n•\nAccess to state-of-the-art ultrafast laser systems and experimental infrastructure\n•\nA stimulating, international research environment with strong collaborations\n•\nOpportunities to attend international conferences and build a scientific network\n•\nSupervision and training in cutting-edge experimental techniques in attosecond science\n•\nAttractive working conditions and benefits according to ETH Zürich standards\nWorking, teaching and research at ETH Zurich\nWe value diversity and sustainability\nIn line with our values , ETH Zurich encourages an inclusive culture. We promote equality of opportunity, value diversity and nurture a working and learning environment in which the rights and dignity of all our staff and students are respected. Visit our Equal Opportunities and Diversity website to find out how we ensure a fair and open environment that allows everyone to grow and flourish. Sustainability is a core value for us - we are consistently working towards a climate-neutral future .\nCurious? So are we.\nWe look forward to receiving your online application with the following documents:\n•\nCV\n•\ntranscripts\n•\na",
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    "@id": "https://ch-jobs.com/job/postdoctoral-researcher-hydraulic-stimulation-and-proppant-behaviour-in-crystalline-rock-2#jobposting",
    "title": "Postdoctoral Researcher: Hydraulic stimulation and proppant behaviour in crystalline rock",
    "description": "Rejoignez myScience en tant que Postdoctoral Researcher: Hydraulic stimulation and proppant behaviour in crystalline rock a Zurich.\n\nRole de chercheur postdoctoral à l'ETH Zurich sur la stimulation hydraulique. Rejoignez un environnement de est a la recherche de dynamique et international.\nTâches\n•\nConduire des expériences de stimulation hydraulique en laboratoire.\n•\nÉvaluer l'efficacité des stratégies de stimulation variées.\n•\nCollaborer avec des partenaires sur des projets européens complexes.\nCompétences\n•\nDoctorat en géologie, géophysique ou domaine connexe requis.\n•\nCompétences en modélisation numérique et programmation.\n•\nExcellentes compétences en communication en anglais.\nPostdoctoral Researcher: Hydraulic stimulation and proppant behaviour in crystalline rock\nEidgenossische Technische Hochschule Zürich, ETHZ\nWorkplace\nZurich\n- Zurich region - Switzerland\nCategory\nEnvironment | Earth Sciences\nPosition\nSenior Scientist / Postdoc\nPublished\n13 April 2026\nPostdoctoral Researcher: Hydraulic stimulation and proppant behaviour in crystalline rock\n100%, Zurich, fixed-term\nThe Chair of Engineering Geology and the BedrettoLab at ETH Zurich invites applications for a Postdoctoral Researcher position within the European research project UPLIFT, focusing on environmentally friendly hydraulic stimulation technologies in crystalline rock formations. The position is based at ETH Zurich and involves experimental research at the Bedretto Underground Laboratory. Hydraulic stimulation is a key technology for enhancing permeability in geothermal reservoirs. While multi-stage stimulation using proppants and chemical additives is widely applied in the oil and gas industry, its acceptance in Europe remains limited due to environmental concerns. Water-only stimulation approaches are more commonly accepted, yet their effectiveness compared to proppant-based methods particularly in crystalline rock remains insufficiently understood. The Bedretto Underground Laboratory provides a unique, highly instrumented environment to investigate coupled seismo-hydro-thermo-mechanical processes during hydraulic stimulation. Within the UPLIFT project, controlled laboratory and field-scale experiments will be conducted to evaluate water-only, proppant-based, and chemically assisted stimulation techniques. The goal is to develop safe, efficient, and environmentally acceptable stimulation strategies for geothermal applications across Europe.\nJob description\n•\nPlan, conduct and analyse hydraulic stimulation experiments including proppant in vertical and horizontal boreholes (30-120 m scale) to investigate proppant transport, placement efficiency, and interaction with natural fracture networks\n•\nAssess the effectiveness of different stimulation strategies and proppant placement approaches under varying geological conditions in terms of permeability enhancement and fracture geometry\n•\nCollaborate with project partners performing small-scale laboratory experiments (GFZ) regarding joint interpretations and recommendations for the design full-scale hydraulic stimulation operations (e.g., Litomerice site and other European contexts)\n•\nContribute to project deliverables and reporting, publish results in peer-reviewed journals and present findings at international conferences\n•\nCollaborate closely with project UPLIFT partners (GFZ, various industry partners) and support coordination between experimental, modelling, and field activities\nProfile\n•\nPhD in Engineeing Geology, Geophysics, Geomechanics, Earth Sciences, Physics, Engineering, or a related field\n•\nStrong background in rock mechanics, hydrogeology, or reservoir engineering\n•\nExperience with laboratory experiments and/or fieldwork in subsurface environments\n•\nWillingness to participate in underground field campaigns\n•\nSkills in numerical modelling (e.g., fracture mechanics, fluid flow)\n•\nStrong programming skills (e.g., Python, MATLAB, or similar)\n•\nExperience with seismic or fibre-optic sensing data is an asset\n•\nAbility to work independently and lead research tasks within a collaborative environment\n•\nExcellent communication skills in English\nWorkplace\nWe offer\n•\nA fully funded postdoctoral position (initially 2 years, with possible extension)\n•\nEmployment according to ETH Zurich regulations\n•\nAccess to unique underground research infrastructure at BedrettoLab\n•\nA dynamic, interdisciplinary and international research environment with strong links to academia and industry\n•\nOpportunities to lead publications and develop an independent research profile\n•\nParticipation in international collaborations within a major European project\nSupervision and Environment\nThe postdoctoral researcher will be hosted at the Chair of Engineering Geology at ETH Zurich and collaborate strongly with the BedrettoLab Team and the Swiss Seismological Service. 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    "@id": "https://ch-jobs.com/job/phd-position-optimization-of-shut-in-strategies-to-reduce-induced-seismicity-2#jobposting",
    "title": "PhD Position: Optimization of shut-in strategies to reduce induced seismicity",
    "description": "myScience est a la recherche d'un(e) PhD Position: Optimization of shut-in strategies to reduce induced seismicity pour son site de Zurich.\n\nOuverture de doctorat à l'ETH Zurich sur l'optimisation des stratégies de fermeture. Opportunité de recherche dans un environnement collaboratif.\nTâches\n•\nAnalyser les données de stimulation hydraulique pour modéliser les processus sismiques.\n•\nDévelopper des modèles hydromécaniques pour tester des hypothèses concurrentes.\n•\nConcevoir des expériences contrôlées et quantifier les effets sur la sismicité.\nCompétences\n•\nDiplôme MSc en géologie, géophysique ou un domaine connexe.\n•\nCompétences en programmation (Python, MATLAB).\n•\nAptitude à travailler dans un environnement interdisciplinaire.\nPhD Position: Optimization of shut-in strategies to reduce induced seismicity\nEidgenossische Technische Hochschule Zürich, ETHZ\nWorkplace\nZurich\n- Zurich region - Switzerland\nCategory\nEarth Sciences | Environment\nPosition\nJunior Researcher / PhD Position\nPublished\n13 April 2026\nPhD Position: Optimization of shut-in strategies to reduce induced seismicity\n100%, Zurich, fixed-term\nThe Chair of Engineering Geology and the BedrettoLab at ETH Zurich invite applications for a PhD position within a research project on poroelastic effects and induced seismicity in geothermal systems. The position focuses on post-shut-in seismicity and the design of safer operational protocols. Induced seismicity in geothermal systems often continues after injection or production is stopped, a phenomenon known as post-shut-in or trailing seismicity. In many cases, the largest seismic events occur after shut-in, posing challenges for hazard mitigation and operational safety. Despite extensive modelling efforts, the governing mechanisms are still not fully understood, and field observations of pressure and deformation during shut-in, that may improve our process understanding, are rare. This project exploits the unique monitoring capabilities of the Bedretto Underground Laboratory to investigate these processes and to develop experimentally validated guidelines for safer shut-in strategies.\nJob description\n•\nInvestigate pressure, deformation, and seismicity data from hydraulic stimulation experiments to derive conceptual models of post-shut-in processes\n•\nDevelop hydromechanical models to reproduce observed shut-in behaviour and test competing hypotheses (e.g., pressure diffusion vs. poroelastic effects)\n•\nDevelop/apply earthquake source physics models to understand induced seismicity processe\n•\nDesign and execute controlled hydraulic stimulation and production experiments with different shut-in protocols\n•\nQuantify how different shut-in strategies influence seismicity rates and magnitudes\n•\nDerive recommendations for optimized shut-in procedures to minimize induced seismic hazard\n•\nPublish results, present at conferences, and contribute to project reporting\nProfile\n•\nMSc degree in Engineering Geology, Geophysics, Seismology, Earth Sciences, Physics, Engineering, or a related field\n•\nInterest in induced seismicity, geomechanics, and field experiments\n•\nStrong quantitative and analytical skills\n•\nInterest in learning complex numerical modelling tools\n•\nProgramming skills (Python and/or matlab required)\n•\nWillingness to participate in underground field campaigns\n•\nAbility to work in an interdisciplinary and collaborative environment\n•\nStrong communication skills in English (German and/or French is a plus)\nWorkplace\nWe offer\n•\nA fully funded PhD position (up to 4 years)\n•\nEmployment according to ETH Zurich regulations\n•\nAccess to the Bedretto Underground Laboratory\n•\nA collaborative environment bridging research, field experiments, and real-world applications\n•\nOpportunities for publications and international conference participation\nSupervision and Environment\nThe PhD candidate will be hosted at the Chair of Engineering Geology at ETH Zurich and will closely collaborate with a multidisciplinary research teams of the Swiss Seismological Service and the BedrettoLab.\nWorking, teaching and research at ETH Zurich\nWe value diversity and sustainability\nIn line with our values , ETH Zurich encourages an inclusive culture. We promote equality of opportunity, value diversity and nurture a working and learning environment in which the rights and dignity of all our staff and students are respected. Visit our Equal Opportunities and Diversity website to find out how we ensure a fair and open environment that allows everyone to grow and flourish. Sustainability is a core value for us - we are consistently working towards a climate-neutral future .\nCurious? So are we.\nPreferred start date: August 2026\nWe look forward to receiving your online application until end of May 2026 with the following documents:\n•\nMotivation letter\n•\nCV\n•\nAcademic transcripts\n•\nContact details of 2-3 references\nFurther information about BedrettoLab can be found on our websi",
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