The “Women in Science” panel, hosted by Johnson &Johnson Innovation tackled the persistent gender inequality evident in the science and STEM field and discussed finding solutions against unequal pay and the unique obstacles faced by women in the field.
“We need to fix the system. We need to think about the conditions in the pipeline itself. We need to do more than just plug the holes,” said epidemiologist and NEF fellow Dr. Tolu Oni.
A 2018 United Nation’s study found that only 1 in 4 people read or heard about in news are women, and that more than half of all rural women globally lacked basic literacy, while close to 4 billion women were not connected to the internet.
“We need to focus a little less on making women more empowered and more resilient to actually fixing the system so that you don’t have to fight so hard,” said Oni, an Associate Professor at South Africa’s University of Cape Town with over 40 published articles in international journals.
The hot topic of blockchain and crypto currencies roused particular interest, especially following last week’s signing of the African Continental Free Trade Agreement by forty-four African countries, laying the ground for what could be the largest trade bloc in the world.
The consensus between the panel and the audience debating the “Opportunities for Blockchain Technologies in Addressing Africa’s Challenges” was that there were as many challenges as opportunities in the process of realising the future promised by blockchain technology.
“Before these kinds of applications can replace fiat currency they must have the full support of governments. This forum shines a light on these technologies, as so many decision makers are gathered here,” said Professor Sam Yala, Account Manager at Belgian e-payments firm Worldline and a Professor at Kinshasa University.
Kenyan born Blockchain specialist at IBM Komminist Weldermariam argued that even before blockchain could be used as a continental common currency, it could be used to simplify and speed-up cross border transactions by creating “digital ledger”.
Throughout the day, speaker after speaker stressed the importance of civil and governmental institutions in crafting the conditions necessary for scientific discovery to flourish and for young scientists to feel free to pursue their inspiration.
“When Einstein discovered his equation he wasn’t trying to describe the universe. He was just trying to describe gravity. That’s very spooky, that these equations not only describe the universe but they predict phenomena that were unimagined,” said Neil Turok, founder of the African Institute of Mathematical Sciences (AIMS).
AIMS operates a continent-wide network of centers of excellence for post-graduate training, research and public engagement in mathematical sciences, providing financial support and mentorship for talented science graduates to pursue post doctoral study and research.
He added: “When Africans enter the sciences in large numbers; with their diversity, their different backgrounds; and their extreme levels of motivation, they can make massive transformative discoveries.
At one of the day’s marquee discussions, titled “Inspiring the Next Generation”, Nobel laureate Klaus von Klitzing stressed the importance of creating the conditions for researchers and experimental scientists to “develop an intuition” and be free to pursue their academic interests free of financial and administrative pressures.
“The freedom to ask questions, that is what is important for scientists. The freedom to follow a new direction” said von Klitzing, describing the 2.a.m revelation in 1985 that won him that year’s Nobel Prize for Physics.
“All scientist want to generate new knowledge and then to be able to apply it,” von Klitzing added.
The NEF Global Gathering will continue to explore the role of science, technology, engineering and mathematics (STEM) education in social and economic transformation on the continent today Tuesday March 27th and Wednesday March 28th.
