‘Skeem Saam’ actor Clement Maosa suicide

Clement Maosa, a versatile artist known for his role as Kwaito Seakamela-Maputla in the long-running series Skeem Saam, is committed to giving back to his community. His dedication to this cause is deeply rooted in his personal experiences, having grown up in poverty after losing his parents, Tlou and Mosima Maosa, when he was just 17 years old.

Recently, Maosa has joined forces with brands that aim to support young girls in their education journey by providing sanitary pad donations, recognizing the critical importance of education.

Clement Maosa’s Journey from Poverty to Success:

Maosa, in an interview with Drum Magazine, revealed that he intimately understands the hardships of growing up poor. Hailing from a village, he attended a public school and faced various challenges. He vividly remembered envying other children with lunch boxes and school shoes.

His self-esteem suffered as he felt looked down upon. The loss of his parents led to dark moments in his life, even attempting suicide twice. Little did he know that a greater purpose awaited him.

He firmly believed that education was the key to escaping poverty, placing it at the core of his life. He said, “It would help to get me out of my situation. I passed grade 12, obtained my matric certificate, and went on to university to earn a Bachelor of Laws.”

Now, at 34 years old, Maosa has risen above the circumstances of his upbringing. He utilizes his fame to visit rural communities and inspire kids who share his past. He felt a gap in motivation for rural children, as most celebrities tended to focus on urban areas. Maosa himself had needed help while still struggling at varsity. In 2012, he embarked on his charity work, officially launching the Bakgethwa Foundation three years ago.

The Bakgethwa Foundation primarily focuses on education. Maosa firmly believes that education should form the bedrock of any career path, whether it’s in sports, entertainment, law, acting, or any other field.

Clement Maosa’s 11-Year Journey as Kwaito in Skeem Saam:

In 2022, Maosa marked 11 years since he first portrayed Kwaito in SABC 1’s educational soap opera, Skeem Saam. While he has been an actor for over two decades, his professional journey as Kwaito spans these 11 years. He considers this a milestone and appreciates the platform it has provided.

Despite his tenure, Maosa feels like he’s just getting started, with much more to contribute. He’s grateful that Skeem Saam has allowed him to make unexpected and positive contributions to his community. Starting as a teenage character, Kwaito’s life unfolded on screen, taking him through university and, more recently, into a teaching role at Turfloop High School.

Kwaito’s character evolution aligns with the stories that remain authentic and relatable, making the show a significant part of South African culture. Maosa sees a parallel between Kwaito and himself, allowing vulnerability to shape his portrayal.

Clement Maosa’s journey is a testament to his resilience, determination, and commitment to making a positive impact on the world, both on and off the screen.

Top Ten Most Powerful Computers in the World and Their Estimated Costs

In the fast-paced world of computing, the race to develop the most powerful supercomputers continues to push the boundaries of technology. These machines are not only instrumental in scientific research but also in solving complex problems across various domains, from climate modeling to AI research and more. In this article, we’ll take a look at the top ten most powerful computers in the world and estimate their respective costs.

1. Fugaku

Topping the list is Fugaku, a Japanese supercomputer that has consistently held the title of the world’s most powerful computer. This remarkable machine, developed by RIKEN and Fujitsu, boasts a peak performance of over 442 petaflops. The estimated cost of Fugaku is approximately $1 billion.

2. Summit

The Summit supercomputer, located at the Oak Ridge National Laboratory in the United States, comes in at second place. With a peak performance of 200 petaflops, it has been at the forefront of various scientific endeavors. The estimated cost of Summit is around $200 million.

3. Sierra

Sierra is another powerful machine at the Lawrence Livermore National Laboratory, designed for nuclear weapons simulations and other high-performance computing tasks. It ranks third, with an estimated cost of $170 million and a peak performance of 125 petaflops.

4. Sunway TaihuLight

Hailing from China, the Sunway TaihuLight is fourth on the list, offering a peak performance of 93 petaflops. It is estimated to have cost approximately $275 million.

5. Selene

Selene, based at NVIDIA, ranks fifth with a peak performance of 63 petaflops. Although it’s a part of NVIDIA’s private infrastructure, its estimated cost is valued at around $100 million.

6. HPC5

Italy’s HPC5, located at the Eni S.p.A. Green Data Center, secures the sixth position. With a peak performance of 35 petaflops, its estimated cost is roughly $100 million.

7. JUWELS

The Jülich Wizard for European Leadership Science (JUWELS) in Germany comes in seventh. It offers a peak performance of 29 petaflops and an estimated cost of approximately $80 million.

8. SuperMUC-NG

Located in Germany, SuperMUC-NG ranks eighth with a peak performance of 26 petaflops. The estimated cost of this supercomputer is around $160 million.

9. MareNostrum 5

Spain’s MareNostrum 5 is ninth on the list, with a peak performance of 13 petaflops and an estimated cost of approximately $160 million.

10. Tianhe-2

Rounding out the top ten is Tianhe-2, located in China, which offers a peak performance of 13 petaflops. Its estimated cost is around $390 million.

These supercomputers play a crucial role in advancing scientific research, modeling complex systems, and developing cutting-edge technologies. While they come at a high cost, their immense computing power is invaluable for addressing some of the most pressing challenges facing humanity.

As technology continues to evolve, the race to develop even more powerful supercomputers will undoubtedly persist, with each new generation promising to unlock new frontiers in science and technology.