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2022
Every week, I interview startup founders and industry experts working on the future of computing to bring you the latest insights from this exciting field. Every edition reaches a few thousand entrepreneurs, investors, and computing geeks.
2024
Bringing innovators together at the intersection of deep tech and dual-use in Europe, starting with an inaugural hackathon on June 28-30 in Munich, Germany
2022
2024
Lunar Ventures invests pre-seed/seed in computer science moonshots e.g. in cryptography, machine learning, databases, developer tools, and much more. If you’re a technical founder whose struggle is to explain your vision to investors, we set up a fund for you. We invest pre-revenue to help turn your sci-fi idea into reality: www.lunar.vc
2022 - 2023
It's been two incredible years at Lunar Ventures, where I've had the chance to learn a ton about VC and deep tech, meet many great entrepreneurs and fellow investors, and lead our investment in SemiQon – a Finnish quantum hardware startup, building silicon-based quantum processors for the million-qubit era.
2019
We are a publishing company based in Germany focusing on open-source publishing and open education
2022
2022
Building tomorrow's tech society with cultural diversity: 2hearts is a community of people with immigration backgrounds from the tech scene (founders, investors, top executives) with the mission to empower great talent with immigration backgrounds to enrich Europe`s tech economy.
2021 - 2021
2021 - 2021
Entrepreneur First brings together extraordinary people to build startups from scratch in London, Singapore, Berlin, Toronto, Paris, and Bangalore. EF funds individuals and helps build co-founding teams, develop ideas, and accelerate through fundraising from the world's best investors.
2019 - 2021
2019 - 2021
Ph.D. at the Institute for Theoretical Condensed Matter Physics (TFP) of the Karlsruhe Institute of Technology: www.tfp.kit.edu
2017 - 2019
2017 - 2019
I began my PhD at the Institute of Theoretical Physics of TU Dresden within the Collaborative Research Center (SFB) 1143 "Correlated Magnetism: From Frustration to Topology", dealing with the phase diagram of chiral antiferromagnets on mean-field level. It involves both analytical calculations from quantum many body theory and numerical simulations based on Python programming. In the end, we are doing basic research investigating why some materials are magnetic while others are not and what sorts of magnetism do exist. This turns out to be much richer than one might think considering just ferromagnets such as iron, as some materials called helimagnets are hosting spin spirals or so-called skyrmions constituting topological structures. Investigating the properties of exactly these helimagnets is main focus of our research. https://tu-dresden.de/mn/physik/itp/tfp