Bettina Lier (she/her) is a PhD student in Computational (Bio)Chemistry at the Institute of Molecular Modeling and Simulation, University of Natural Resources and Life Sciences, Vienna. She is enrolled at the international doctoral school for biomolecular technology of proteins. She is passionate about biomolecular simulations to study the behaviour of biomolecules and investigate their physicochemical properties. Her PhD project deals with the development and application of a neural network based hybrid simulation technique to study metalloproteins at the quantum level of theory. With her project, she is recipient of the DOC fellowship of the Austrian Academy of Sciences. Follow her on Twitter: @BettinaLier

PhD Scholarship Proposal: Why I Would Write It Again!

In this article, Bettina Lier shares her experience of applying for a PhD scholarship and how she initially found the application process overwhelming. With the support of her supervisor she overcame her doubts, and successfully completed the proposal. Her story is a great example of how with the right mindset and support, we can overcome any challenge.

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Realising I Have ADHD During My PhD: A Hidden Battle

This article details the experience of a Professional Doctorate student (and full-time working parent) suddenly becoming aware that she has ADHD – being given a new, neurodivergent lens through which to see herself, and the additional challenges (and solutions) that it brings to a PhD journey. The article offers solutions for coping with a neurodivergent brain in a world generally designed for neurotypical ways of functioning.

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Solidarity In The Collective

It’s important to find community and support while undertaking a PhD. For Kathryn, forming a decolonisation collective held potential for friendship. In this article she reflects on the valuable lessons learned from being part of a collective, including the need for solidarity, sharing resources, and supporting one another emotionally and mentally.

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Electromagnetic Compatibility (EMC) for Power Electronic Converters

In modern smart grids, the majority of electromagnetic interference (EMI), particularly within the conducted emission frequency range, arises from Power Electronic (PE) converters. These converters have the potential to cause EMC issues. In accordance with European and British directives, EMC compliance mandates that devices operating within a network should function without introducing interference that leads to “substantial degradation of service under normal operating conditions.” Consequently, any device intended for the market must undergo tests specified in standards like CISPR-16.

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