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17 May 2024 | Story Precious Shamase | Photo Sonia Small
Humanities graduate
UFS Humanities graduate, ready to make a mark in the world.

The Faculty of The Humanities at the University of the Free State (UFS), in line with the goals of Vision 130, hosted a dynamic career webinar on Thursday 9 May. This event, organised by the Department of Communication Science, offered invaluable guidance and inspiration to students pursuing Communication Science degrees as their future career path.

The webinar featured a lineup of successful alumni who shared their diverse career paths within the ever-evolving communication landscape. Students gained practical insights from these experienced professionals, fostering a clearer understanding of the vast opportunities available to them. A particular highlight of the event was a presentation by Dr Phumzile Mmope, whose powerful and motivational graduation speech continues to resonate with many. Dr Mmope, a renowned expert in leadership communication, generously volunteered her time to address the students. This act embodied the spirit of mentorship and community that Vision 130 seeks to cultivate.

Beyond offering career guidance, the webinar served as a powerful symbol of the UFS' dedication to excellence and societal impact, as outlined in Vision 130. By connecting current students with accomplished alumni and promoting a culture of volunteerism, the Faculty of The Humanities empowers graduates to become well-rounded professionals equipped to make a significant difference in the world and contribute meaningfully to society.

A glimpse into the future of communication

The webinar not only provided practical career advice, but also offered a glimpse into the future of communication. Alumni speakers discussed emerging trends and the evolving skillsets required for success in the field. Students gained a deeper understanding of how their communication degree can be leveraged in new and exciting ways, preparing them to thrive in this dynamic and ever-changing landscape.

A network of support

The webinar fostered a sense of community and support among communication students. By connecting them with successful alumni, the event showcased the diverse career possibilities that await graduates. Additionally, the opportunity to learn from experienced professionals provided valuable insights and inspiration, empowering students to navigate their career paths with confidence.

Vision 130: building a brighter future

This career webinar exemplifies the core principles of Vision 130. By prioritising student success, fostering mentorship, and promoting community engagement, the Faculty of The Humanities equips graduates with the knowledge, skills, and connections necessary to become impactful leaders in the field of communication.

News Archive

Einstein's gravitational waves as creative as Bach's music, says UFS physicist
2016-02-19

Description: Gravitational waves  Tags: Gravitational waves

Profile of the gravitational waves of the colliding black holes.

Prof Pieter Meintjes, Affiliated Researcher in the Department of Physics at the University of the Free State, welcomed the work done by the Laser Interferometer Gravitational-Wave Observatory (LIGO) science team.
 
For the first time, researchers from two of the American Ligo centres, in Washington and Louisiana respectively, observed gravitational waves directly, 100 years after Albert Einstein said they existed. "My study field in astrophysics involves relativistic systems. Therefore, Einstein's view of gravity is crucial to me. I consider the theory as the highest form of human creativity - just like the music of JS Bach. Over the past 100 years, the theory has been tested through various experiments and in different ways.
 
“The discovery of gravitational waves was the last hurdle to overcome in making this absolutely unfaltering. I am therefore thrilled by the discovery. It is absolutely astounding to imagine that the equations used to make the predictions about the gravitational-wave emissions when two gravitational whirlpools collide - as discovered on 14 September 2015 by LIGO - are basically Einstein's original equations that were published way back in 1916 - in other words, 100 years ago.
 
“The LIGO detectors have been operational since the early 1990s, but they had to undergo several stages of upgrades before being sensitive enough to make detections. LIGO is currently in its final stage, and is expected to function at optimal sensitivity only within a year or two. To be able to conduct the measurements at this stage is therefore a fantastic achievement, since much more funding will certainly be deposited in the project,” Prof Meintjes says.

Description: Prof Pieter Meintjes Tags: Prof Pieter Meintjes

Prof Pieter Meintjes
Photo: Charl Devenish

The search for gravitational waves by means of the Square Kilometre Array (SKA) is one of the focus points in research by both Prof Meintjes and PhD student, Jacques Maritz. This involves the study of radio signals from pulsars that might show signs of effects by gravitational waves. They are looking for signs of gravitational waves. The gravitational waves discovered and studied in this manner would naturally vary much more slowly than the signal discovered from the two colliding gravitational waves.
 
The discovery will definitely provide renewed impetus to the Square Kilometre Array (SKA) Project to use the dispersion of pulsar signals, and to search for the impact of gravitational waves on signals as they travel through the universe. According to Prof Meintjes, the SKA will definitely contribute fundamentally to the Frontier research, which will provide a good deal of publicity for the UFS and South Africa, if significant contributions are made by local researchers in this field.

Video clip explaining gravitational waves

 

  • The Department of Physics will present a general, non-technical talk concerning the recent detection of gravitational waves by the 2 Laser Interferometer Gravitational Wave Observatories (LIGO):

Wednesday 24 February 2016
11:00-12:00
New lecture auditorium, Department of Physics

 

 

 

 

 

 

 

 

 

 

 

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