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28 January 2021 | Story Igno van Niekerk | Photo Supplied
Pictured from the left: Lucas Erasmus from the Department of Physics, Piet le Roux from the Astronomical Society of SA – Bloemfontein, Quinton Kaplan from the Department of Physics, Thinus van der Merwe from the Astronomical Society of SA – Bloemfontein. Front: Prof Matie Hoffman

In his book, The World is Flat, Thomas Friedman mentions how at first countries, then companies, and eventually communities went global. In true flat-world fashion, a combined team of the University of the Free State (UFS) and the Astronomical Society of South Africa – led by Prof Matie Hoffman, Associate Professor in the Department of Physics – participated in a once-in-a-lifetime event with their counterparts from the Ellinogermaniki Agogi School and the Skinakas Observatory in Greece.

On 21 December 2020, Earth was treated to the Jupiter-Saturn conjunction, when the two planets were only 0.1 degrees apart in the sky. Although conjunctions are regular phenomena, NASA mentions that the great conjunction of Jupiter and Saturn in 2020 was the closest since 1623 and the closest observable since 1226! A pinkie finger at arm’s length could cover both planets – although they were still millions of kilometres apart in space.

Planning started months ahead of the event, with the Ellinogermaniki Agogi Observatory in Greece and the Boyden Observatory in Bloemfontein chosen as the two selected vantage points. From both the Southern and Northern Hemisphere, the conjunction would be broadcast live on YouTube. As with any other technical project on an international scale, challenges arose. For example, in the Northern Hemisphere, it was already dark at 17:45 while the South African astronomers were still basking in sunlight until after 19:00. The conjunction would only be visible from South Africa after 19:30, almost two hours after it would be visible in Athens. The time was well used, with the event including a word of welcome by the Consul General of Greece in South Africa, Ioannis Chatzantonakis, presentations on Saturn and Jupiter, as well as a virtual tour of the Boyden Observatory, emphasising its connection with Greece through its first Director, Stefanos Paraskevopoulos. 

On Saturday, 19 December, the teams ‘gathered’ on opposite sides of planet Earth to do a dry run. One could sense the urgency and tension as both teams realised that they would have a huge captive audience on YouTube, and plans had to be made in case of connectivity challenges and if the weather did not allow the conjunction. As preparations progressed, Prof Hoffman was talking to his Greek counterparts and was simultaneously walking around with his laptop to share the landscape and activities via his webcam with colleagues in Greece. 

Monday 21 December 2020 – the weather prediction was correct. Clouds covered the Free State sky and scattered raindrops started to fall. Revert to Plan B. A recording made on Saturday evening was shared via the YouTube link, while a live feed of the conjunction from elsewhere in South Africa was arranged. From both sides of the world, information was shared about the history of the venues, as well as the marvel of what was happening in space. Fortunately, expert planetary photographer Clyde Foster was able to share a live feed just after 19:30 from the observatory at his home in Centurion, Gauteng. Those attending the event where visuals and speakers were together on one screen – yet thousands of kilometres apart – watching an event in outer space, will indeed agree with Thomas Friedman: the world is flat. The live-stream event of the conjunction was a catalyst that will result in continued collaboration between the UFS and colleagues in Greece in the field of astronomy. 

By the time of this writing, the livestream has reached more than 50 000 people.


News Archive

Suspension of the South African Doping Control Laboratory (SADoCoL) by the World Anti-Doping Agency (WADA)
2016-05-04

The senior leadership of the UFS and the management of the South African Doping Control Laboratory (SADoCoL) take note of the decision by the World Anti-Doping Agency (WADA) to suspend the laboratory’s accreditation to perform doping control analysis on biological samples of athletes and sportsmen and -women until 30 September 2016. During this time of suspension, all sport-related samples will be sent for analysis to the WADA accredited laboratory in Qatar until the accreditation of SADoCoL is re-established. Analysis according to WADA accreditation will therefore not be interrupted during the period of the suspension of the accreditation of SADoCoL.

The announcement by WADA on 3 May 2016 follows a voluntary decision by SADoCoL in March 2016 to temporarily close the laboratory for some of its routine analytical duties for six months, as from 1 April 2016. The decision was taken in consultation with the senior leadership of the UFS and other role players, especially the Department of Sport and Recreation of South Africa (SRSA) and the South African Institute for Drug-Free Sport (SAIDS). SADoCoL is a specialised service laboratory of the University of the Free State (UFS) and has been in existence for more than thirty years.

Due to the ever-increasing demands on the number, variety and analytical sensitivity of compounds to be analysed according to the Prohibited List of WADA, technical and infrastructure adaptations need to be implemented in the laboratory continuously to keep up with the demands. Over the last year, SADoCoL has drastically increased its capacity in both personnel and infrastructure, to a point where these changes can be implemented for optimal performance of the laboratory.  This has to be done while normal routine analysis continues, and it became clear that at present, implementation cannot be successfully accomplished together with the workload from normal routine analyses.

The time of suspension will be utilised to implement and test these new systems in order to achieve the standard presently required by WADA, as well as to perform development and improvements.  This development will be performed in close collaboration with other role players in the anti-doping movement in South Africa, such as SAIDS and SRSA. Scientific development aid will also be acquired from other doping control laboratories worldwide in order to assure that the high analytical quality is maintained and expanded to meet the fast growing challenges in this field. The progress of the process will be closely monitored, and the upgraded methodologies will then, after rigorous testing, be implemented to ensure that the required analytical quality is maintained so as to obtain re-accreditation by WADA at the conclusion of the suspension period.

Issued by: Lacea Loader (Director: Communication and Brand Management)
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