Cuban, who is also known as a former judge on Shark Tank, had appeared alongside Trump during the launch of TrumpRx.gov. The platform aims to lower the prices of around 600 generic medicines, making essential drugs more affordable for American citizens.

The initiative is being developed in partnership with several private companies, including Amazon and GoodRx. These companies are expected to help in improving access to lower-cost medicines through digital services and pricing tools.

Cuban’s appearance at the event attracted attention because of his political views. He has previously supported Kamala Harris and has often been critical of Trump in the past. His presence at the White House event led to discussions online about his role in the initiative.

In his now-deleted post, Cuban had defended his decision to attend the event, saying that the goal of lowering drug prices was more important than political differences. However, after facing criticism and public debate, he removed the post without giving a detailed explanation.

The TrumpRx initiative is part of a broader effort to address rising healthcare costs in the United States. Supporters say it could help millions of Americans save money on essential medicines, while critics are still reviewing how effective the program will be in practice.

Despite the controversy, the launch of TrumpRx has added to ongoing discussions in U.S. politics about healthcare reform and the role of private companies in public health programs.

The jury’s decision gives a clear win to OpenAI and ends one of the most closely followed legal battles in Silicon Valley. The case had attracted major attention because it involved some of the biggest names in the technology industry and raised important questions about the future of artificial intelligence companies.

The trial lasted about three weeks and included testimony from several well-known tech figures. During the hearings, Musk argued that OpenAI had moved away from its original purpose. He said the company was first created as a nonprofit organisation to develop artificial intelligence for the benefit of humanity, but later changed direction to become more profit-driven.

However, the jury did not rule on whether OpenAI’s business model change was right or wrong. Instead, it focused on legal timing and decided that Musk’s lawsuit was filed too late under the law.

OpenAI’s lawyers argued that the company had been transparent about its changes and that Musk had known about the developments for years before filing the case. The jury accepted this argument and ruled in favour of the company.

The verdict effectively ends the courtroom dispute, at least for now, and strengthens OpenAI’s position in the fast-growing artificial intelligence industry. The company is best known for developing ChatGPT, one of the most widely used AI tools in the world.

Musk, who co-founded OpenAI in its early years before later leaving the organisation, has been critical of its direction and leadership. The case highlighted ongoing tensions between early founders and the company’s current management over its mission and future goals.

The decision is seen as an important moment in the wider debate about how artificial intelligence companies should be structured and regulated as the technology continues to grow rapidly worldwide.

However, a recent report by Fortune shows a different trend. Instead of shrinking, the customer support industry is still growing, even as companies introduce more AI tools and automated systems. Offshore call centers continue to hire more workers to handle customer queries and support services.

Economists now say that AI is not fully replacing human jobs in this field. Instead, it is changing the way work is done. AI tools are helping employees handle simple and repetitive tasks faster, while human agents focus on more complex problems that require communication and decision-making skills.

Because of this, companies are able to serve more customers than before. As businesses expand their services and customer base grows, the demand for human support staff also increases in many regions.

In countries like India and the Philippines, the outsourcing industry is still creating new job opportunities. Workers are now being trained to work alongside AI systems rather than being replaced by them.

Experts believe that AI may actually be helping the industry grow by improving efficiency and allowing companies to scale their operations. Instead of reducing employment, it may be reshaping the sector and creating new types of roles in customer service.

Despite these worries, scientific research offers a more complex picture. While people do switch tasks more often, there’s no clear evidence that our ability to concentrate has declined. Laboratory studies show sustained attention remains steady when distractions are minimized.

However, real-world data reveals a different story. Workers now focus on single tasks for shorter periods, moving between activities more frequently. This habit may lead to mental fatigue and reduced efficiency, even if it doesn’t impair core concentration skills.

Experts debate whether these habits could reshape our brains over time. Some suggest frequent task-switching might weaken executive control—the brain’s ability to manage attention—though evidence remains limited.

Ultimately, while modern distractions are significant, the jury is still out on whether they’ve fundamentally altered our capacity to focus.

A study published in Frontiers in Astronomy and Space Sciences found that when sunspot numbers reached about 70% of their peak levels, space debris experienced a sharp increase in orbital decay. This means they drop toward Earth more rapidly due to added atmospheric drag caused by solar heating.

The Sun’s radiation fluctuates over an 11-year cycle. At its peak, increased solar activity heats and expands the thermosphere—a layer of atmosphere above Earth. When this happens, space debris in low Earth orbit (which spans about 160 to 2,000 kilometers above Earth) encounters more atmospheric resistance. This added friction slows down the debris, causing it to fall back to Earth sooner.

Researchers tracked 17 pieces of space junk for over three decades and observed how their orbits changed during three solar cycles. Each time solar activity peaked, the debris experienced a noticeable drop in altitude before stabilizing until the next cycle began.

This finding is important for managing space operations as humanity faces growing challenges from orbital debris colliding with satellites and spacecraft. Understanding how solar activity affects space junk could help improve predictions and planning for future missions.