After a volatile start to the week, Wall Street managed a modest recovery as investors found reassurance in steady tech performances and stronger private job numbers, hinting at resilience in the U.S. economy.

The United States Supreme Court has opened hearings on a pivotal case examining the legality of tariffs enacted during the Trump administration, marking an important moment in the evolution of executive authority and trade governance. The case centers on the International Emergency Economic Powers Act (IEEPA), a 1977 law that outlines the president’s ability to regulate commerce during national emergencies.

At the heart of the review is the question of how far presidential powers can extend when trade restrictions are justified on security grounds. Legal analysts suggest the Court’s interpretation will help define clearer boundaries for future administrations, enhancing both transparency and policy consistency in a rapidly changing global economy.

For decades, presidents have used emergency trade powers to respond to geopolitical challenges, protect domestic industries, and address economic disruptions. However, the expansion of these powers has prompted renewed debate about the need for modern oversight and accountability. The Court’s involvement signals a step toward refining the balance between swift executive action and long-term economic stability.

Observers note that the case transcends political divides, focusing instead on the structural principles of American governance. By clarifying how and when IEEPA can be invoked, the Court could bring predictability to an area of law that affects millions of jobs, international trade relationships, and the competitiveness of U.S. businesses.

Economists and trade experts view the hearings as an opportunity to modernize outdated frameworks in line with 21st-century realities. Global trade now involves complex supply chains, digital markets, and strategic dependencies — areas that demand legal clarity to ensure both national security and fair competition.

The outcome could help policymakers build more balanced trade policies, reducing uncertainty for exporters and investors alike. Supporters of the review say it promotes responsible governance by ensuring that future administrations exercise power within well-defined limits while retaining flexibility during genuine crises.

While the case revisits policies introduced under Donald Trump, it is being approached through an institutional lens rather than a partisan one. Constitutional scholars believe the Court’s decision may strengthen the rule of law, reaffirming that even emergency powers must align with legislative intent and due process.

If the Court establishes clearer standards, it could enhance America’s reputation as a predictable and law-based trading partner — a factor that underpins global economic trust. Businesses operating in manufacturing, technology, and agriculture are watching closely, hoping the verdict will simplify compliance and reduce the risk of sudden policy reversals.

Ultimately, the review represents a healthy democratic process — one where judicial oversight supports effective governance. By addressing complex legal questions with transparency, the Supreme Court helps reinforce confidence in the nation’s institutions while paving the way for more sustainable, accountable economic policy.

Regardless of the final decision, the hearings highlight America’s ability to adapt its legal and economic systems to modern challenges. In doing so, they reaffirm that progress often emerges from reflection, dialogue, and institutional strength — principles that continue to guide the country’s role in global trade and governance.

In a leap toward practical quantum computing, IBM reveals its error correction algorithm can run on conventional AMD chips—making the future of super-powerful, accessible computing closer than ever

IBM has made a breakthrough that could redefine the path toward commercial quantum computing. The company announced that its advanced quantum error correction algorithm can now run on conventional chips made by Advanced Micro Devices (AMD), marking a significant step toward bringing quantum capabilities into the mainstream.

Quantum computers have long been hailed as the next frontier in computational power, capable of solving problems that would take traditional computers thousands of years to crack.

However, the major hurdle has always been error correction. Qubits, the fundamental units of quantum computing, are fragile and easily disrupted by even the smallest environmental interference.

IBM’s announcement provides new hope that these challenges can be tackled without needing highly specialized, prohibitively expensive hardware.

IBM’s research shows that the algorithm, first unveiled in June, can run in real time on a widely available chip known as a field programmable gate array (FPGA), manufactured by AMD.

This breakthrough means that IBM’s algorithm is not only viable in a lab setting but can also be deployed on affordable, commercially accessible hardware.

Jay Gambetta, Director of IBM Research, described the development as a “big deal” for both the company and the global tech community. “Implementing the algorithm and showing that it runs ten times faster than what’s required is a major validation,” he said. “It shows that quantum error correction is no longer theoretical—it’s becoming practical.”

This achievement comes as IBM races against industry giants Microsoft and Google, both of which are pushing forward in the quest to develop scalable quantum systems.

Google made headlines earlier this week by unveiling a new quantum algorithm, but IBM’s latest move stands out for its real-world applicability.

By proving that its correction technology can run on AMD’s readily available chips, IBM has set itself apart as a pioneer in bridging the gap between cutting-edge research and accessible implementation.

IBM’s multi-year plan aims to build a fully functional quantum computer, codenamed “Starling,” by 2029. The newly demonstrated algorithm was originally scheduled for release next year, but IBM completed the work a full year ahead of schedule—a signal of the company’s accelerating progress in this high-stakes race.

The partnership-like synergy between IBM and AMD is also worth noting. While not an official collaboration, the compatibility between IBM’s software and AMD’s FPGA chips hints at a future where traditional and quantum systems coexist seamlessly.

This hybrid approach could drastically reduce costs for research institutions, startups, and enterprises exploring quantum computing solutions.

Experts say this advancement represents a turning point in making quantum computing accessible beyond elite laboratories. By running the algorithm on conventional chips, IBM is effectively demonstrating that quantum capabilities can be integrated into existing technological infrastructures.

That means smaller companies, universities, and developers could soon experiment with quantum-enhanced applications without needing to invest millions in specialized equipment.

IBM’s momentum in the quantum space reflects its broader vision for the decade ahead—a world where quantum computing moves from experimental novelty to industrial tool.

The company’s focus on error correction underscores a pragmatic approach: before quantum computers can achieve supremacy, they must first achieve reliability.

Beyond the technical triumph, IBM’s achievement carries a broader message about collaboration, adaptability, and the future of computing.

In an era where the boundaries between hardware and software are blurring, this milestone shows that innovation doesn’t always require starting from scratch—it can come from reimagining what already exists.

With this new development, IBM has not only strengthened its position as a leader in the quantum race but also reignited global optimism about the technology’s future.

The fusion of IBM’s algorithmic innovation with AMD’s conventional hardware could accelerate quantum research across industries—from finance and medicine to logistics and artificial intelligence.

As quantum technology continues to evolve, the line between the classical and the quantum world is beginning to fade. Thanks to IBM’s early and decisive strides, the day when quantum computing becomes a part of everyday digital life may arrive sooner than anyone expected.

In a world increasingly powered by data and computation, IBM’s announcement stands as a reminder that the next revolution in technology might not come from distant possibilities—but from harnessing the power of what we already have.

Gandhinagar (Reuters) – U.S. chipmaker Advanced Micro Devices (AMD.O) said on Friday it will invest around $400 million in India over the next five years and will build its largest design center in the tech hub of Bengaluru.

AMD’s announcement was made by its Chief Technology Officer Mark Papermaster at an annual semiconductor conference that started Friday in Prime Minister Narendra Modi’s home state of Gujarat. Other speakers at the flagship event include Foxconn (2317.TW) Chairman Young Liu and Micron (MU.O) CEO Sanjay Mehrotra.

Despite being a late entrant, the Modi government has been courting investments into India’s nascent chip sector to establish its credentials as a chipmaking hub.

AMD said it will open its new design centre campus in Bengaluru by end of this year and create 3,000 new engineering roles within five years.

“Our India teams will continue to play a pivotal role in delivering the high-performance and adaptive solutions that support AMD customers worldwide,” Papermaster said.

The new 500,000-square-foot (55,555 square yards) campus will increase AMD’s office footprint in India to 10 locations. It already has more than 6,500 employees in the country.

From personal computers to data centers, AMD chips are used in a wide range of devices. The Santa Clara, California-based firm is also working on an artificial intelligence chip that will take on market leader Nvidia Corp (NVDA.O).

Unlike its top rival Intel, AMD outsources production of chips it designs to third-party manufacturers like Taiwan’s TSMC.

TSMC and the South Korea’s Samsung are among the elite few chipmakers globally to have mastered cutting-edge chipmaking, a technology many nations are now vying for to avoid supply chain shocks, such as faced during the pandemic.

India in 2021 unveiled a $10 billion incentive programme for the chip sector, but the plan has floundered as no company has so far managed to get clearance for setting up a fabrication plant, the centerpiece to Modi’s ambitions.

Other investments in India include a multi-year $400 million plan by U.S. chip equipment maker Applied Materials (AMAT.O) in June to set up an engineering center, and chipmaker Micron’ $825 million investment in a semiconductor testing and packaging unit in Gujarat.