Rosalyn Yalow: Scientist and Individualist
The scientific legacy Rosalyn Yalow is remarkable. Set against the backdrop of a hostile environment, Yalow’s path distinguishes her as one of the extraordinary scientific figures of the last century.
The scientific legacy Rosalyn Yalow is remarkable. Set against the backdrop of a hostile environment, Yalow’s path distinguishes her as one of the extraordinary scientific figures of the last century.
Despite our ever more connected world, loneliness is increasing. Jake Burton discusses how robots may be able to tackle this problem.
Trials of a male contraceptive pill have been successful at preventing pregnancy in mouse models. Isabella Kwiecinski discusses how this form of non-hormonal contraceptive works and the safety concerns that need to be addressed before its clinical use.
Megan Lee explores the approaches being taken to stop aging in its tracks and the ethical issues these studies produce.
Isabelle Goddard discusses the harmful effects of microplastics in our oceans and even in below the surface of the Earth, as well as what needs to be done to limit their future damage to the environment.
While institutions across the world are accepting the need for climate action, for individuals who have read a constant stream of “climate doomism” for years it’s becoming too much. Nell Miles tells us how to fight this climate despair.
Georgia Shave speaks with Dr Alex Ramadan, a postdoctoral research scientist at the University of Oxford Physics department about the impact of including marginalised people in Physics.
The Oxford Scientist is once again looking for a passionate team of creative individuals to contribute towards the artwork and illustrations in our next issue!
Sophie Berdugo discusses how, much like the self-isolation we have become accustomed to during the COVID-19 pandemic, ants also adopt self-isolation techniques to stop the spread of fungal infections.
By Molly Hammond This article was originally published in The Oxford Scientist Michaelmas Term 2021 edition, Change. Nuclear fusion is supposedly ‘always 30 years away’. It was however first theorised about a hundred years ago. What has changed in a century of research—and are we now, really, only 30 years away? In 1920, Arthur Eddington…