“Antoine nous a aidés à structurer notre réflexion sur la valeur que notre entreprise peut apporter à ses clients. Son regard extérieur et ses questions nous ont permis d’y voir plus clair et d’avancer concrètement sur notre positionnement. Merci Antoine !”
Antoine DURIEUX
Paris, Île-de-France, France
8 k abonnés
+ de 500 relations
À propos
I am now starting chapter 2 of my professional life. I'm seeking an audacious…
Activité
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Je suis ravie de partager avec vous une activité qui me passionne depuis un peu plus d’un an, et menée en parallèle de mon travail chez Autodesk : A…
Je suis ravie de partager avec vous une activité qui me passionne depuis un peu plus d’un an, et menée en parallèle de mon travail chez Autodesk : A…
Aimé par Antoine DURIEUX
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📢 Exciting News! Salsify is delighted to welcome visionary leader Jeffrey Barnett, former CEO of Salesforce Commerce Cloud, to our Board of…
📢 Exciting News! Salsify is delighted to welcome visionary leader Jeffrey Barnett, former CEO of Salesforce Commerce Cloud, to our Board of…
Aimé par Antoine DURIEUX
Expérience
Formation
Expériences de bénévolat
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Chapter Champion for startup leaders and scalers membership growth
YPO
- 1 an 6 mois
Formation
Participating to the YPO 2018 Be Exponential initiative that aims to bring more startup leaders and scalers to YPO.
https://www.youtube.com/watch?v=n4nmTZYbxCE
Publications
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The plasma levitation of droplets
Applied Physics Letters
We show how to levitate a liquid droplet above a plasma. Submitting a conductive droplet to a voltage larger than 50V, we get a levitation regime that looks like the one obtained with the well-known thermal Leidenfrost effect, except that light is emitted from beneath the droplet. Spectroscopic analysis shows that this light is emitted by a cold and dense plasma and also that lines coming from the cathode plate material are present revealing a local cathodic sputtering effect. We examine the…
We show how to levitate a liquid droplet above a plasma. Submitting a conductive droplet to a voltage larger than 50V, we get a levitation regime that looks like the one obtained with the well-known thermal Leidenfrost effect, except that light is emitted from beneath the droplet. Spectroscopic analysis shows that this light is emitted by a cold and dense plasma and also that lines coming from the cathode plate material are present revealing a local cathodic sputtering effect. We examine the conditions for the levitation to occur and show that the levitation is essentially of thermal origin. Assuming a stationary heat transfer, we present a model that accounts well for the observed levitation conditions. In particular, stable levitation is shown to be possible for thin cathode plates only.
Autres auteurs -
Prix et distinctions
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Laureate at Prix du jeune dirigeant de la technologie
IVY
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Top 5 most innovative SAP Startup
SAP Startups, SAPPHIRE Orlando
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Member of the selection committee
International Joint Conference on Artificial Intelligence
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Top 3 Hottest Tech SAP Startups
SAP CEO Vishal Sikka, SAPPHIRE Madrid
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Best Presentation Award
SAP Startup Forum 2012
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Most Advanced Software For Cooking
Computer Cooking Contest
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Member of the selection committee
European Conference on Artificial Intelligence
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First Prize, Marketing hacks
Hack Day Paris
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HackStars France Laureate
TechStars
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Scientific Project Prize, 3rd Prize, Quad-tilt rotor UAV
Ecole Polytechnique
Langues
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French
Bilingue ou langue natale
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English
Capacité professionnelle générale
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Spanish
Compétence professionnelle limitée
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Russian
Notions
Organisations
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YPO
Paris Chapter member
- aujourd’hui
Recommandations reçues
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