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Alumnilezing (in Dutch)
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Interscience Fout?
Seminar (in Dutch) about mistakes: how does the brain process mistakes, how can good practices still lead to wrong conclusions, what are mistakes in photography and why maybe we shouldn’t avoid making mistakes.
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#RadboudReads
For Jeroen Dera’s project to promote reading (#RadboudReads), I was interviewed about my favourite book. This was then posted at Tiktok (#booktok) and Instagram (#bookstagram)
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Interview about work-life balance
In the summer of 2022 I was interviewed for ‘Humans of Radboud’ about how to maintain a healthy work-life balance.
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Radboud Young Academy recognises and rewards
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Interview in Elsevier Weekly (in Dutch)
I was interviewed for the ‘Elsevier Weekly’ about my work and motivation.
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Video for ‘De Jonge Akademie’
Video about my work and my plans at ‘De Jonge Akademie’.
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Interview about online education (in Dutch)
Interview about online teaching in Covid times (in Dutch).
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ANS Interview about Open Science
Read here the interview of ANS with Rogier Kievit and me about Open Science, Recognition and Rewards, and more (in Dutch)!
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Donders Inclusion Seminar on CrowdCast
Watch the Donders Inclusion Seminar back on CrowdCast!
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Podcast (in Dutch): What can a computer learn from our brain?
In the middle of the night from October 5th to 6th, I was interviewed by Mirthe van der Drift in the Dutch Radio NPO1 in program “NPO Focus”. We talked about brains, computers, and music!
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Video: Strategies for online teaching
How do you deal with students with diverse backgrounds? And how do you keep track of your students during a lockdown? Here I explain how I dealt with this.
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How hacking the human heart could replace pill popping
Interesting article on BBC Future by Gemma Church about “smart” implantable devices (to which I contributed a little bit about implants and the neural code).
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Video: A peek into the brain
IS THE BRAIN A COMPUTER? How are we able to play football, find a light switch in a dark room, interact with our surroundings? I argue in this video that the only way to understand what calculations the brain has to do in order to perform such complex tasks, is by regarding it as a computer and measuring how information flows. I explore the hardware of the brain: networks of neurons and their connections. How can we do calculations with biological hardware?