Why palaeontology is experiencing a revolution
Ben Igielman discusses the revolutionary advances in palaeontology which are allowing information on very small fossils to be extracted.
Ben Igielman discusses the revolutionary advances in palaeontology which are allowing information on very small fossils to be extracted.
The COVID-19 pandemic thrust medical research into the global spotlight. It bridged established disconnects between scientists and the public, between science and industry, and within the scientific community itself. It demonstrated the power of researchers working collaboratively towards a common goal. And yet, the pandemic also fostered unprecedented levels of scientific competition.
Isabel Schmidt discusses GMO crops and the debate about their safety.
For years medications have been overprescribed by doctors, costing millions and harming the environment. Amy Booth discusses how green social prescribing may be the answer to reduce these costs and help support people with nature-based interventions.
Toscanie Hulett comments on the consequences of wildlife trade on public health, and whether a blanket ban of the trade would actually be detrimental to sustainable development.
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.
Ever since the completion of the Human Genome Project in 2003, genetic research has developed in leaps and bounds. However, despite genomics being at the forefront of the scientific field, it faces one major flaw; genetic research is too white.
While the possibilities of technological advancements grow, the gap between achievable and regulated widens. Many tech giants compete for leadership in robotic advancement and powerful artificial intelligence (AI) generation.
Genome editing holds the promise of revolutionizing the future of humanity from its very core, by altering the genetic instructions that define us. It is estimated that 10,000 disorders arise from single gene mutations. All these “monogenic” diseases could be eradicated by preventing those genes from being inherited. Nevertheless, this unlimited potential comes with safety…
By Emilia Schmid Creative design is the foundation of science. To be a successful scientist, visionary ideas, innovative experimental designs and imaginative alternative hypotheses are all essentials: Creativity is required in order to make scientific breakthroughs. Hindering creativity through cultural norms will have a strong impact on technological and scientific progress, thereby hindering the progress…