Last month we had our very first Hangout from our In The Spotlight series. This series will focus on individual interviews with women who are active in STEM fields. We will talk to them about their inspiration and motivation for embarking on their chosen career path. We kicked off this series by talking to Clarissa Silva, a behavioural psychologist.
We have a guest post from Dr Elena Giorgi as part of our Role Models series. Elena describes how she became a computational biologist, and how she successfully dealt with two common problems in science; constant geographical flux and the ‘two body problem’.
As the daughter of a developmental biologist, growing up, I shared the house with fruit flies, newts, stick insects, and toads. And, as paradoxical as it may sound, I wanted nothing to do with biology. I majored in theoretical mathematics and I went on to graduate school determined to study differential topology—one of the most abstract branches of math.
Math is pure and beautiful. It’s like a Michelangelo painting—perfect all around. You can’t be wrong when you follow the steps dictated by logic.
I was accepted into graduate school in the U.S., and my husband arranged to finish his Ph.D. dissertation off site so we could both go. We fit all our belongings into two suitcases (that’s all we had) and left.
We recently hosted another STEM Women Hangout discussing the issue of everyday sexism in academia. Our guests were Professor Rajini Rao (Johns Hopkins University, USA; content manager at stemwomen.net) and Dr. Tommy Leung (University of New England, Australia). Dr. Buddhini Samarasinghe and Dr. Zuleyka Zevallos co-hosted the hangout.
This post covers the scientific and legal definitions of sexism, sexual harassment and sexual discrimination. We include an overview of the different ways in which sexism is described, such as hostile, benevolent, accidental or unintentional. These qualifiers of sexism can sometimes confuse people, as they invite people to see sexism as an individual or subjective idea. Sexism is neither – it is about how the collective interactions that happen at the everyday level are connected to institutional practices of harassment and discrimination. We provide examples of how sexist culture operates in at various levels of STEM, from undergraduate courses to gender inequality in pay, science publishing and recognition of women’s achievements. STEM Women seeks to move beyond superficial arguments about what sexism is and isn’t. The scientific evidence, some of which is included here, has established that inequality exists. We are looking for practical solutions to address inequality and lift the participation of women in STEM.