Heavy fermions entangled: Quantum computing’s new frontier?

A research team in Osaka, Japan, has observed “heavy fermions”—conduction electrons that behave as if massively heavier—exhibiting quantum entanglement constrained by Planckian time, the fundamental quantum unit. Using CeRhSn, a heavy‑fermion material with a quasi‑kagome lattice structure, the scientists demonstrated entanglement dynamics that could be harnessed for a new generation of solid‑state quantum computing. This breakthrough may pave the way to materials that exploit strong electron correlations and entanglement for quantum information processing, potentially surpassing conventional superconducting or trapped‑ion platforms. While early-stage, the study hints at unexplored quantum regimes in condensed matter emphasizing time‑governed coherence. The findings open new vistas for quantum technologies and fundamental physics experiments. (Asia Research News)

ISRO‑NASA radar satellite NISAR launches to track Earth’s tiny changes

India and NASA launched the NISAR (NASA‑ISRO Synthetic Aperture Radar) mission from India’s Bay of Bengal platform. The $1.3 bn satellite carries dual‑band radar systems (L‑ and S‑band) that can monitor Earth’s surface with centimeter‑scale precision, passing over nearly all land every 12 days. Its goals include tracking glacier and ice sheet melt, groundwater shifts, seismic motion, land subsidence, and carbon‑cycle related structural changes. Scheduled to begin operations by end‑October, it is hailed as a major global collaboration enhancing disaster prediction, climate modeling, and resource management. This deep partnership reflects India’s growing role in space infrastructure and Earth observation. (AP)

Deep‑sea life discovered 31,000 ft down in Pacific

An international team led by the Chinese Academy of Sciences explored depths of 31,000 feet (~9,500 m) in the northwest Pacific using the Fendouzhe submersible. They discovered a thriving community of chemosynthetic organisms living in complete darkness under extreme pressure. These previously unknown species use chemical energy (e.g. hydrogen sulfide) instead of sunlight to survive. The find marks the deepest known ecosystem to date, expanding our understanding of life’s adaptability. Scientists say this could yield insights into extremophile biology, novel biochemistry, and potential biotechnological applications. It also informs astrobiology by showing how life might exist in similarly harsh environments. (Times of India)

HKUST leads smart‑ageing tech initiative in Greater Bay Area

Hong Kong University of Science & Technology (HKUST) has launched a cross‑border collaboration to develop a “Smart Ecosystem for the Silver Population” across the Guangdong‑Hong Kong‑Macao Greater Bay Area. The initiative aims to design integrated technologies—such as assistive robotics, health‑monitoring, AI and smart homes—to support ageing populations. With five key pillars including senior empowerment and real‑world pilots, the program seeks to position the region as a leader in the silver economy. This reflects Asia’s demographic shift and urgent need for scalable ageing solutions, combining urban infrastructure and innovation in public health technology. (Hong Kong University of Science & Technology (HKUST) has launched a cross‑border collaboration to develop a “Smart Ecosystem for the Silver Population” across the Guangdong‑Hong Kong‑Macao Greater Bay Area. The initiative aims to design integrated technologies—such as assistive robotics, health‑monitoring, AI and smart homes—to support ageing populations. With five key pillars including senior empowerment and real‑world pilots, the program seeks to position the region as a leader in the silver economy. This reflects Asia’s demographic shift and urgent need for scalable ageing solutions, combining urban infrastructure and innovation in public health technology. (Open Gov Asia)

India–Philippines sign science & space cooperation agreements

During Indian Prime Minister Modi’s visit to Manila, India and the Philippines signed a suite of bilateral agreements covering defence, tourism, science & technology, and digital technology cooperation. Notably they included a 2025–2028 joint programme between their science departments and an MoU between ISRO and the Philippine Space Agency for peaceful space collaboration. The partnership also extends to maritime and air‑force staff talks. The cooperation marks a strengthening of strategic ties in innovation, research exchange, and regional security technology, highlighting India’s growing leadership in Asia’s emerging science diplomacy landscape. (Asia News Network)

US promotes AI exports in Asia, rejects EU over‑regulation model

In South Korea, US White House tech adviser Michael Kratsios urged Asian governments to avoid the EU’s strict AI regulatory framework, calling it fear‑driven and inflexible. He promoted an alternative US‑led model emphasizing innovation, adaptable governance, and AI exports—such as chips, cloud services, and language models—packaged with American firms like Nvidia and OpenAI. Kratsios also rejected China’s proposal for a global AI regulatory body. His remarks reflect a larger US strategy to expand American influence in Asia’s AI ecosystem while countering Chinese tech leadership. (FT)

China pushes domestic lithography as India deepens Taiwan tech ties

China is investing in home‑grown extreme‑ultraviolet lithography equipment to challenge Dutch ASML amid US export restrictions. Firms like SiCarrier, Shanghai Yuliangsheng, and Shanghai Micro Electronics Equipment are advancing EUV chipmaking R&D with strong government support. Concurrently, India is expanding ties with Taiwan, inviting Taiwanese firms into its Gujarat International Finance Tech‑City to diversify electronics supply chains. Over 250 Taiwanese tech companies already operate in India. These moves reflect strategic shifts in global semiconductor production and tech alliances in Asia. (FT)

Fantasy: Asia Science Mission for Sustainability pilot launched

The International Science Council’s Asia‑Pacific network has launched the Asia Science Mission for Sustainability pilot to support UN SDG goals regionally. Led by Future Earth Asia and partners in Japan, Taiwan and South Asia, the initiative will fund and coordinate sustainability research on water management, biodiversity, ecosystem health and climate resilience. Two ground‑level demonstration projects over the next three years will test transdisciplinary, policy‑oriented science engagement across diverse regional contexts. The program aims to demonstrate regional impact and scalable collaboration across Asian research institutions and civil society. (Future Earth)

NTU Taiwan scientists create stem cell‑based colorectal cancer vaccine

At National Taiwan University, researchers have developed a stem cell‑based vaccine targeting colorectal cancer. The approach uses induced pluripotent stem cells (iPSCs) engineered to present tumor‑associated antigens and elicit immune response. In preclinical tests, the vaccine showed promise for both prevention and treatment of colorectal tumors. While early-stage, the technology signifies Asia’s advances in personalized cancer immunotherapy and regenerative medicine. Further testing and safety evaluations are expected before clinical translation. (Asia Research News)

Singapore’s SUTD introduces quantum‑enhanced topological signal processing

A team at Singapore University of Technology and Design (SUTD) has proposed a quantum‑enhanced framework for processing complex topological signals, with applications in recommendation systems, network analysis and data science. Their method uses quantum algorithms to capture topological features more efficiently than classical approaches, potentially outperforming them in accuracy and computational cost. Though theoretical at this stage, it represents Singapore’s growing leadership in quantum computing applications beyond pure physics, toward pragmatic data‑driven innovation. (Asia Research News)