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15 June 2022 | Story Leonie Bolleurs | Photo Leonie Bolleurs
from the left: Dieter Schwab and Alex Reither from Sky-Skan, and Prof Matie Hoffman, Barry Crous (Instrumentation), and Pat van Heerden (Department of Physics) from the UFS
During the installation of the new computer and projector equipment at the Naval Hill Planetarium, were from the left: Dieter Schwab and Alex Reither from Sky-Skan, and Prof Matie Hoffman, Barry Crous (Instrumentation), and Pat van Heerden (Department of Physics) from the UFS.

The Naval Hill Planetarium at the Centre for Earth and Space on Naval Hill was inaugurated on 1 November 2013. It was the first digital planetarium in Africa south of the Sahara. 

The Department of Physics at the University of the Free State (UFS) is responsible for the Naval Hill Planetarium (formerly the Lamont-Hussey Observatory). The department uses the planetarium to educate and inform citizens about the natural sciences. The planetarium, together with the Boyden Observatory, is also important for the display and communication of South Africa’s astronomical heritage.

The planetarium system was recently upgraded in a project that cost R6 million. According to Prof Matie Hoffman from the Department of Physics, it was time to upgrade the computers and graphic cards, and to replace the lamp projectors with laser projectors.

Funding for the state-of-the-art equipment came from the Faculty of Natural and Agricultural Sciences and the Information and Communication Technology Services (ICT Services) at the university. Businesses in Bloemfontein – First Technology and Raubex Construction – also contributed to the project. 

Presenting programmes more often

Planetarium specialists Dieter Schwab and Alex Reither from Sky-Skan Europe, based in Germany, installed the new equipment over a period of two weeks.

Prof Hoffman says the new equipment will enhance the experience of people visiting the planetarium for a close encounter with the wonders of the universe to deepen their appreciation of science and astronomy.

“Besides a clearer image with better colour, the new projectors will also be more economical to operate. This means we will be able to offer programmes at the planetarium more often,” he says. 

The upgrades also include new software. Prof Hoffman explains that the software will enable more sophisticated presentations and open the door to the use of the planetarium for higher level visualisation of scientific data where any large data sets with many variables are involved, such as climate science, astrophysics, and cosmology. 

Offering an incredible experience

After completion of the installation, a period of two weeks will be spent on training to master the use of the new equipment and the software. The public can expect the first show with the new equipment at the end of June. 

“I am most looking forward to the planetarium creating an incredible experience – better than in the past – for the public and increasing everyone's admiration and understanding of the universe. I also believe the planetarium is an excellent facility to improve students' skills in science communication, and it provides these students the opportunity to share their knowledge with the public,” concludes Prof Hoffman. 

News Archive

Science is diversifying the uses of traditional medicines
2017-07-17

Description: Dr Motlalepula Matsabisa  Tags: traditional medicines, Indigenous Knowledge Systems, Dr Motlalepula Matsabisa, Malaria, priority disease  

Dr Motlalepula Matsabisa.
Photo: Anja Aucamp

According to the World Health Organisation, a large majority of the African population are making use of traditional medicines for health, socio-cultural, and economic purposes. In Africa, up to 80% of the population uses traditional medicines for primary healthcare.

The Indigenous Knowledge Systems (IKS) was identified as a lead programme under the directorship of Dr Motlalepula Matsabisa. Research undertaken by the IKS Lead Programme focuses on some key priority diseases of the country and region – including malaria, HIV, cancer, and diabetes.
 
Not just a plant or tree

Malaria is a priority disease and is prevalent in rural and poor areas, resulting in many traditional health practitioners claiming to treat and cure the disease. There may well be substance to these claims, since as much as 30% of the most effective current prescription medicines are derived from plants.  For instance, chloroquine, artemisinin for malaria, Metformin for diabetes, Vincristine and Vinblastine for cancer, are plant-derived drugs.  

Dr Matsabisa’s current research is investigating a South African medicinal plant that has been shown to have in vitro antiplasmodial activity, with subsequent isolation and characterisation of novel non-symmetrical sesquiterpene lactone compounds offering antimalarial activity. These novel compounds are now patented in South Africa and worldwide. This research is part of the UFS and South Africa’s strive to contribute to the regional and continental malaria problem. The UFS are thus far the only university that has been granted a permit by the Medicines Control Council to undertake research on cannabis and its potential health benefits.

“All of these projects are aimed
at adding value through the scientific
research of medicinal plants, which
can be used for treating illnesses,
diseases, and ailments.”

Recognition well deservedThrough Dr Matsabisa’s research input and contributions to the development of the pharmacology of traditional medicines, he recently became the first recipient of the International Prof Tuhinadrin Sen Award from the International Society of Ethnopharmacology (ISE) and the Society of Ethnopharmacology in India. ISE recognises outstanding contributions by researchers, scientists, and technologists in the area of medicinal plant research and ethnopharmacology internationally.

More recently, Dr Matsabisa undertook research projects funded by the National Research Foundation, as well as the Department of Science and Technology, on cancer, gangrene, and diabetes. He is also involved in a community project to develop indigenous teas with the community. He says, “All of these projects are aimed at adding value through the scientific research of medicinal plants, which can be used for treating illnesses, diseases, and ailments”.

Dr Matsabisa has worked with many local and international scientists on a number of research endeavours. He is grateful to his colleagues from the Department of Pharmacology in the Faculty of Health Sciences, who are dedicated to science research and the research of traditional medicines. The IKS unit also received immense support from the Directorate of Research Development.

 

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