New Study Puts 38 AI Chatbots to the Test – What It Means for Safety and Trust
A team of researchers built a tough quiz of 313 questions that span cutting‑edge topics like biochemistry and cybersecurity, then used it to probe 38 of the world’s biggest language‑model AIs. To judge how well these systems handle scientific facts, the team also compared their answers against almost 100,000 research papers from the Dongbi Global Scientific Literature Data Platform.
The findings, presented at the 2026 Global Digital Economy Conference, show that even the most knowledgeable models can still slip into unsafe territory. Reliability alone isn’t enough – the real challenge is keeping accurate knowledge inside the bounds of what’s considered safe and compliant.
Zhao Lin, dean of the School of Digital Economy at Shanghai University of Finance and Economics, explained that a model’s scientific accuracy does not guarantee safety; the key is whether the model can be constrained to follow ethical and regulatory rules.
China is pushing hard on AI governance, featuring it in recent government work reports and launching a Global AI Governance Initiative to promote responsible AI use worldwide. Wu Dengsheng, founder of Dongbi Technology Data, said the industry is moving beyond simple “keyword blocking” toward full‑scale risk assessments. Continuous improvements to these evaluation tools are expected to guide healthier, more precise AI regulation across the globe.
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China’s Chip Boom: Market Set to Top $800 Billion by 2026, Storage Chips Surge 263%
A new forecast from research firm Omdia says China’s semiconductor industry is on track to become a $812 billion market by the end of 2026 – a jump of almost 93% over the previous year. The biggest surprise comes from the storage‑chip segment, which Omdia now expects to grow by a staggering 262.9%, pushing its value to roughly $450 billion. The sharp upward revision follows a series of upgrades to the firm’s market‑size models, lifting the 2026 outlook by $265 billion compared with earlier estimates.
The surge reflects a mix of factors: rising demand for data‑center servers, AI‑driven workloads, and consumer electronics that need ever‑larger memory capacities. Chinese chip makers are also benefitting from government support and a push to localise more of the supply chain, reducing reliance on foreign technology.
While the overall semiconductor market is expanding rapidly, Omdia notes that other tech sectors are seeing mixed results. Mini‑games are projected to double to $20 billion by 2030, and premium smartphones are expected to command higher prices even as unit shipments fall. Meanwhile, U.S. PC shipments slipped 7% in Q1 2026, the steepest decline since 2023. All these trends point to a tech landscape where high‑value, data‑intensive products are driving growth, and China’s chip industry is poised to capture a large share of that upside.
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China’s Drug Revolution: Why the World Is Watching Its Pharma Boom
China’s pharmaceutical sector is booming, and the rest of the world is taking notice. In 2025 the country approved a record 76 innovative medicines and 76 cutting‑edge medical devices, while the total pipeline swelled to 4,751 new drugs – about a third of every new drug in development worldwide.
Foreign outlets are buzzing. The U.S. trade journal *Drug Discovery & Development* says China now leads in anti‑cancer and weight‑loss drugs, delivering breakthroughs faster and cheaper than the global average. France’s *Le Monde* notes China is closing the gap with the United States, and the *Wall Street Journal* reports big multinational firms are turning to Chinese labs for fresh ideas.
What fuels this surge? Long‑term government planning, such as the 15th Five‑Year Plan, earmarks biotech as a priority pillar. Massive public investment builds state‑of‑the‑art labs and scholarships for young scientists, while streamlined regulations cut the time from discovery to human trials by half the world’s average.
Clinical activity reflects the momentum: new trials in China rose 6.5 % year‑on‑year in Q1 2026, making up one‑third of all global starts. From “producer” of generic drugs to a genuine innovator, China is reshaping the global health landscape with high‑value, cost‑effective therapies that promise new options for patients worldwide.
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Why 60% of a Quantum Computer’s Price Is Just Its ‘Control Panel’ – Inside China’s Quest to Be the NVIDIA of Quantum Tech
Jin Yirong, a veteran of China’s quantum‑research scene, says the biggest expense in a superconducting quantum computer isn’t the qubits themselves but the measurement‑and‑control system that reads and steers them – it eats up more than 60 % of the total cost. After a decade of basic research at the Chinese Academy of Sciences, Jin helped launch the Beijing Quantum Information Science Research Institute in 2019 and, two years later, founded Coherent Technology to commercialise the control hardware.
His company grew from a modest start‑up in a warehouse to a business pulling in over 30 million yuan by 2025, selling the pricey control modules rather than whole quantum machines. Jin stresses that quantum computing is moving along two parallel tracks: error‑correction research and noisy‑quantum‑classical hybrid computing, both of which need robust control electronics.
To bridge the gap between hardware makers and potential users, Jin pushed for a cloud platform that lets scientists run real quantum jobs online. Launched in 2023 with a 136‑qubit chip, the platform now hosts four hundred‑qubit systems, has processed more than 9 million tasks, and attracted thousands of users – still far behind IBM’s trillion‑execution cloud, but a vital step toward an ecosystem.
Jin’s ultimate ambition? To become the “NVIDIA of quantum computing,” providing the foundational hardware and software tools that let the whole industry build on his technology.
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