EYCN Podcast - Chemistry To Your Ears

In this episode, our host Konstantina Armadorou interviews Prof. Sam Stranks about all things optoelectronics. They discuss the journey from fundamental research to real-world products, and the future of the field in clean energy and medical imaging.

Prof. Stranks is Professor of Energy Materials and Optoelectronics in the Department of Chemical Engineering & Biotechnology and a Cavendish Joint Member in the Cavendish Laboratory, University of Cambridge. His research focuses on the optical and electronic properties of emerging semiconductors, particularly halide perovskites, for low-cost technologies such as solar cells, LEDs, and radiation detectors. He is also co-founder of two startups, Swift Solar and Clarity Sensors.

Host, Intro, Outro: Konstantina Armadorou

Writing: Konstantina Armadorou

Editing: Jasper Kluten, Jaspen Hahn, Konstantina Armadorou

In this episode, our host Marie-Désirée Schlemper-Scheidt interviews Prof. Martin Putala about his experience as both a coach and member of the Scientific Committee of the International Chemistry Olympiad (IChO).

Prof. Martin Putala is the Head of the Chemistry Department at the University of Bratislava and has played a pivotal role in establishing the presence of Slovakia in the Chemistry Olympiads, including organizing the 50th edition of the Olympiad in 2018. He has also been a long-standing figure in coaching the Slovakian students participating in the Olympiads.

Read more about the 50th anniversary of the Olympiad here: https://doi.org/10.1021/acs.jchemed.7b00640

Host: Marie-Désirée Schlemper-Scheidt Intro and Outro: Carl SchneiderWriting: Marie-Désirée Schlemper-Scheidt and Carl SchneiderEditing: Jasper Hahn

Welcome to our new Podcast episode, with an all-new host! In this episode, Konstantina Armadorou interviews Chemistry Europe laureate and accomplished computational chemist Professor Stefan Grimme. A captivating conversation about current trends in the field of chemistry and unlikely collaborations awaits you. Enjoy!

Host: Konstantina Armadorou
Intro and Outro: Carl Schneider
Writing: Carl Schneider and Konstantina Armadorou
Editing: Miguel Steiner

In this episode our host Carl Schneider interviews IUPAC’s

In this episode, we delve into the intricate world of science policy and explore avenues for greater collaboration between scientists and policymakers.

To address this complex topic, Marie Perrin sits down with two distinguished experts to unravel the complexities and synergies between science and policy. From the science side, Prof. Jovana Milić, assistant professor at the university of Fribourg (Switzerland) and member of the Swiss Young Academy and Global Young Academy, and from the policy side Marton Kottmayer, science communication and policy officer at the European Chemical Society (EuChemS).

Whether you’re a passionate scientist, a policy enthusiast, or simply curious about the forces shaping our world, this episode promises to ignite your intellect and inspire action.

During this conversation we cover:

If you want to go further, you can read about « The Role of Early-Career Chemists in European Policy-Making » and « Engaging Early-Career Scientists in Global Policy-Making » and check out the EuChemS magazine to get the latest science policy news from Brussels. Moreover, the EuChemS workshops targeting the selected elements carbon, lithium, nitrogen and phosphorus can be watched online! And for a more active involvement you can always find the public consultations from the European Commission online.

In this episode Carl Schneider interviews IUPAC’s past-president Prof. Dr. Javier García Martinez about the 2023 “IUPAC Top Ten”. Javier and Carl talk about the origin of this tradition, what concerns the chemists of the world, and how IUPAC as a global organization encourages local acting.

For a further look at last year’s finalists you can read up on them here.

Until the 31st of March you can also submit your candidates here to be considered for the 2024 edition of the Top Ten.

In this episode, we dive into an under-explored yet thrilling career path for chemists: becoming a full-time science communicator. To discuss this topic, Marie Perrin interviews not one but two successful science communicators, Rute Pereira, founder of amazingchemist and social media editor for the ESA and Fernando Gomollón Bel, founder of the science communication startup Agata.

During this conversation we cover:

2:18 What does a typical day in the life of a science communicator look like?

6:08 How can one become a full time science communicator ? 9:47 How can one learn about the tools commonly used in science communication?

17:51 What are the most effective media to reach out to the public about science?

24:24 What are the rewards and challenges of being in science communication?

37:03 How can mentoring help you in defining your dream career path and how can a network like the EYCN enable that?

47:20 Take home message from our guests.

If you want to seize the opportunity of building strong mentoring connections and friendships, don’t forget to sign up for the ECC9 in Dublin! Application for abstracts are open until the 8th of December.

In this episode, we looked into the private sector as a potential career path.

For that, Katarina Josifovska interviewed our guest Dr. David Giltner, and discussed the switch into industry by providing a great overview into the company mindset and by giving many helpful tips that could ease your transition.

In our latest podcast episode, we are discussing Carbon turnover in the deep biosphere, its relevance to modern society, how it takes place and how it influences life on the surface.

In this episode, we focus on the importance of electrocatalysis in general and water splitting in particular. For that, Katarina Josifovska interviewed Prof. Dr. Kai Exner, an expert in this field.

Dr. Exner explains the fundamentals of electrocatalysis and why it is popular nowadays. Further, we discuss the oxygen evolution reaction, OER, as the limiting process in electrolyzers. Dr. Exner gave an overview of challenges in the OER, ranging from the atomic to the industrial scale.