Solicited Advice #6: Doctoral Researcher Zeki Seskir, Germany

Zeki Seskir is a Doctoral Researcher at the Karlsruhe Institute of Technology (KIT) in Germany and a member of the scientific staff in the research group Life, Innovation, Health, and Technology at the Institute for Technology Assessment and Systems Analysis (ITAS). He is also the Founding Director of the Future Technologies Association. Dr. Seskir’s research focuses on the societal, ethical, and policy dimensions of emerging technologies, with a particular emphasis on quantum technologies. His selected publications include Democratization of Quantum Technologies, The Landscape of the Quantum Start-up Ecosystem, and Quantum Games and Interactive Tools for Quantum Technologies Outreach and Education. He is currently involved in several interdisciplinary projects, including Military Use of Quantum Technologies, Technology Assessment for Quantum Technologies, Inspiring and Anchoring Trust in Science, Research and Innovation (IANUS), QuTec: Quantum Technology Innovations for Society, and Conditional Futures of Quantum Technologies.

Empowering Quantum Futures: Doctoral Researcher Zeki Seskir’s Perspective for the SheQuantum Community

Quantum computing is still in its early days and that’s a good thing. The community is open, welcoming, and actively seeking fresh perspectives. If you’re just getting started, now is the time to dive in. It’s a rapidly evolving field, even faster than many anticipated when IBM first opened access to its five-qubit device in 2016.

But don’t just be a passive observer. If you want to be part of this emerging field, you need to actively engage. Join grassroots communities like SheQuantum, QWorld, Womanium, and Girls in Quantum. These platforms provide accessible entry points to connect with like-minded individuals and seasoned professionals. Visibility matters, contributing to open-source projects through initiatives like the Quantum Open Source Foundation or applying for Unitary Foundation microgrants can significantly impact your learning journey and future opportunities.

Be enthusiastic, but grounded. Quantum computing is potentially powerful, but it is not magic. No, it hasn’t opened a wormhole or a portal to the multiverse, despite what some sensationalized headlines might suggest.

Maintain scientific integrity in your conversations and actively counter misinformation. We have a responsibility to keep quantum computing grounded in facts, not hype.

Inclusivity and openness are essential. This is a field that requires all hands on deck, whether you’re contributing to research or simply spreading awareness. Efforts like World Quantum Day and the International Year of Quantum are excellent ways to stay engaged, promote public understanding, and foster a global sense of community.

And finally, consider the broader societal impact. Quantum computing holds immense promise, but with that power comes responsibility. Be aware of initiatives like the Open Quantum Institute, the Quantum Ethics Project, and the Quantum Energy Initiative. Aligning the technology with societal good will ensure we maximize benefits and minimize harm.

If, after all this, you decide quantum isn’t for you, that’s okay too. But at least you’ll walk away understanding that quantum computing isn’t magic — it’s (mostly) linear algebra and advanced engineering, and it has the potential to reshape our computational capabilities in profound ways.


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