House of Zwide’ stars Shalate and Wanda spark dating rumours
Fans of the e.tv fashion drama “House of Zwide” are buzzing with speculation that actors Shalate Sekhabi and Wanda Zuma, who play a married couple on the show, may be dating in real life after appearing together in a music video.
The rumors of their off-screen romance began when actress Shalate Sekhabi shared a music video on her Instagram account that featured her on-screen husband, Wanda Zuma. Sekhabi, who is also a singer, announced the release of her first single from her EP, titled “Can You See,” and expressed her excitement to share it with her followers.
Although their faces were initially covered in the video, fans of the fashion drama quickly recognized the duo and eagerly awaited a reveal in another post.
Viewers of “House of Zwide” have begun to speculate that Sekhabi and Zuma may be dating in real life due to their apparent real-life friendship and their chemistry as an on-screen couple in the show, where they portray the characters Nkosi Zwide and Shoki Zwide.
Here are some reactions from viewers:
- @Charmaineyphasha: “Haowa lona la tshwanelana aaah” (You look great together)
- @ThandoAries: “Same here cause wow they make a great couple.”
- @Mimiezw: “Are you guys dating in real life?”
- @Aldrin: “Y’all suited for each other.”
- @Keego_m: “At this point I wish y’all were a thing in real life.”
- @Barbie_771: “Ya’ll look good together.”
- @Ceiiloo: “This is beautiful, you guys should be a couple.”
While these reactions reflect the fans’ enthusiasm and hope for a real-life romance between the two actors, it’s essential to remember that such rumors are speculative until confirmed by the individuals involved.
World’s Top Ten Most Powerful Computers and Their Estimated Prices
In the fast-evolving world of technology, computing power continues to surge to new heights. From research to artificial intelligence, weather forecasting to nuclear simulations, the world’s most powerful computers play a pivotal role in advancing science, industry, and our daily lives. As of 2023, here’s a look at the top ten most powerful supercomputers worldwide, along with their estimated prices:
1. Fugaku (RIKEN and Fujitsu – Japan)
- Peak Performance: 442 Petaflops
- Price Estimate: $1 billion
- Description: The reigning champion, Fugaku, retains its top position with remarkable performance, making it more powerful than all other supercomputers combined.
2. Summit (IBM – USA)
- Peak Performance: 148.6 Petaflops
- Price Estimate: $200 million
- Description: Located at the Oak Ridge National Laboratory, Summit is a vital resource for diverse scientific research, including climate modeling and energy solutions.
3. Sierra (IBM – USA)
- Peak Performance: 94.6 Petaflops
- Price Estimate: $160 million
- Description: Sierra is a critical component of the Lawrence Livermore National Laboratory’s mission, primarily focusing on nuclear weapon simulation and national security.
4. Sunway TaihuLight (NRCPC – China)
- Peak Performance: 93 Petaflops
- Price Estimate: $270 million
- Description: The Chinese supercomputer held the top position for a while and is still a powerhouse in scientific research and engineering simulations.
5. Selene (NVIDIA – USA)
- Peak Performance: 63.4 Petaflops
- Price Estimate: $90 million
- Description: Selene, powered by NVIDIA’s DGX A100 systems, is dedicated to AI and high-performance computing applications.
6. Tianhe-2A (NRCPC – China)
- Peak Performance: 61.4 Petaflops
- Price Estimate: $390 million
- Description: Tianhe-2A continues to be a workhorse in various scientific research fields, including climate modeling and astrophysics.
7. Perlmutter (Cray – USA)
- Peak Performance: 32 Petaflops
- Price Estimate: $146 million
- Description: Located at the Lawrence Berkeley National Laboratory, Perlmutter is indispensable in solving complex scientific problems with a focus on energy efficiency.
8. HPC5 (Eni S.p.A. – Italy)
- Peak Performance: 35.5 Petaflops
- Price Estimate: $120 million
- Description: HPC5 supports Eni’s research in the energy sector, contributing to the development of sustainable energy solutions.
9. Lassen (IBM – USA)
- Peak Performance: 20.2 Petaflops
- Price Estimate: $46 million
- Description: Lassen, part of the Lawrence Livermore National Laboratory, plays a crucial role in nuclear security and stockpile stewardship.
10. MareNostrum (BSC – Spain)
- Peak Performance: 11.1 Petaflops
- Price Estimate: $34 million
- Description: Located at the Barcelona Supercomputing Center, MareNostrum aids in a wide range of scientific and engineering applications, from weather forecasting to material science.
The estimated prices listed above are rough approximations based on the costs of development, infrastructure, and maintenance. These supercomputers are often funded and operated by governments, research institutions, and multinational corporations, highlighting the immense investments required to advance technology and drive innovation.
These supercomputers are instrumental in solving some of the most complex and pressing global challenges. As technology continues to advance, it’s certain that even more powerful machines will be developed in the years to come, pushing the boundaries of what is possible in science and computing.
