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Science behind the 2025 Nobel Prizes

18:00
19:30
A203
Public lectures about the science behind the 2025 Nobel Prizes

New centre to advance drug discovery to address Africa’s healthcare needs

The Africa Centre for Therapeutic Innovation (ACTI) will fill a critical gap in South Africa and Africa’s drug discovery capabilities. The new centre will have a strong focus on interdisciplinary research with contributions from chemistry, biology, and pharmacology, thereby further strengthening the university’s position in the health innovation space.

L’Oréal-UNESCO award for SU researcher tackling mining waste challenges

Dr Bambesiwe May won a L’Oréal-UNESCO For Women in Science Award. She develops sustainable frameworks to manage mining waste. Her work reduces environmental risks and makes the industry more sustainable.

2nd Stellenbosch University Undergraduate Research Conference (SUURCon 2025)

08:00
17:00
STIAS
The benefits of undergraduate research experiences are well documented. Students gain more confidence in their work when involved in "real" research.

From the pill to menopause: balancing health versus risk

18:30
19:30
Konservatorium
Science Café Stellenbosch explores the complex relationship between steroid hormones and women's health.

The scientists (and science) behind South Africa's first quantum satellite link with China

18:30
19:30
Konservatorium
Join us for this Science Café Stellenbosch and meet the physicists behind the world's longest quantum satellite link.

Why study space rocks?

18:30
19:30
Konservatorium
Space rocks - killers of habitable worlds in outer space?

Ismail Yaseera

Dr Yaseera Ismail is an experimental physicist in the Department of Physics

Fielding Bertie

Prof Bertie Fielding is Dean of the Faculty of Science at Stellenbosch University

Fight against deadly malaria parasite: New drug target identified

Malaria caused by Plasmodium falciparum parasites remain the deadliest form of malaria, and it remains a significant global health challenge New research from Stellenbosch University shows that three small, highly specialized proteins in P. falciparum play a critical role in the parasite’s survival across its complicated life cycle. Disrupting those three proteins could significantly impact on the parasite’s ability to survive and propagate
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