News related to
Engine

By T N Ashok The dust may have settled on the 2026 West Bengal Assembly election, but the political war has only intensified. Defeated former Chief Minister Mamata Banerjee has launched perhaps the most serious challenge yet to the legitimacy of the Bharatiya Janata Party’s sweeping victory, alleging that the saffron party manipulated electoral rolls, […]

The article Poll Results Were Out In Bengal A Month Ago, But Political Violence Is Still Continuing appeared first on Latest India news, analysis and reports on Newspack by India Press Agency).

Advancing Research Commercialization and Building a Vibrant I&T Ecosystem

HONG KONG SAR – Media OutReach Newswire – 2 June 2026 – The Hong Kong University of Science and Technology (HKUST) today successfully hosted its annual “Unicorn Day,” one of Hong Kong’s flagship innovation and entrepreneurship events. The event brought together over 1,800 participants, including students, faculty, and alumni, as well as international and local government representatives, industry partners, investors, innovation and technology entrepreneurs, and researchers. Participants exchanged insights on strategies to strengthen collaboration across the innovation ecosystem, foster cross-disciplinary partnerships, and accelerate the translation of research outcomes into real-world impact.

The event was officiated by Prof. SUN Dong, Secretary for Innovation, Technology and Industry of the HKSAR Government, alongside consuls-generals and senior officials from countries including Australia, Chile, France, Hungary, India, Japan, Malaysia, the Netherlands, Vietnam, and the United Arab Emirates. They were joined by Prof. Nancy IP, HKUST President; Prof. Lionel NI, HKUST (Guangzhou) President; and Prof. Tim CHENG, HKUST Vice-President for Research and Development; in touring over 100 HKUST-nurtured startups, showcasing innovations and applications spanning areas such as healthcare, electronics, and artificial intelligence systems, as well as new materials, green energy, and sustainability.

Prof. Sun Dong remarked, “Innovation and technology (I&T) has always been at the top of the Hong Kong SAR Government’s agenda. We fully recognise the crucial role of local universities — not only as key partners, but as the bedrock of Hong Kong’s I&T ecosystem. In just three and a half decades, HKUST has risen to become a global powerhouse in deep tech, entrepreneurship, and innovation as demonstrated by its ability to nurture unicorns and deep-tech ventures. Hong Kong is entering a golden era of I&T development. We are building new engines to drive Hong Kong’s high-quality development, focusing on research and development in key fields and leading industry applications. I am confident that Hong Kong will rise as a leading international I&T center and contribute meaningfully to our nation’s high-quality development, and that HKUST will continue to be a driving force in this amazing journey.”

President Ip said, “As we mark the 35th anniversary of HKUST this year, we also celebrate the spirit of innovation and entrepreneurship that has long been embedded in our DNA. Both the Technology Transfer Center and the Entrepreneurship Center were established in the University’s early years to support faculty and students in realizing their entrepreneurial aspirations and to promote the translation of research outcomes into practical solutions. Over the past 35 years, the University has forged ahead with determination, sowing the seeds of innovation and yielding remarkable achievements across multiple frontier fields. Today, HKUST continues to broaden its horizons, strategically positioning itself in key domains. One example is medical education. The establishment of the HKUST Medical School will integrate the life sciences with cutting-edge technologies to nurture a new generation of interdisciplinary medical professionals.

Concurrently, HKUST has been actively involved in national initiatives such as the Chang’E 8 lunar exploration mission and research projects for the Tiangong Space Station, and the launch of the first commercially viable aerospace project under the RAISe+ Scheme. These achievements exemplify HKUST’s enduring ‘can do’ spirit over the past decades and echo the theme of today’s event—’From Ideas to Miracles—35 Years of Impact and Beyond’. Looking ahead, HKUST will continue to nurture bold ideas and action, working hand in hand with partners across different sectors to cultivate a vibrant innovation ecosystem, ensuring that research achievements benefit society and create lasting global impact.”

To support startups in expanding into global markets and to promote cross-border collaboration, HKUST introduced an “International Pavilion,” featuring startups and innovation organizations from various countries and regions. Participants from Thailand, Singapore and Korea were among those represented, strengthening connections between Hong Kong, and countries and regions along the Belt and Road in technology application and industry development.

The event also saw the signing of multiple partnership agreements, including six strategic collaborations with:

• GPTX Investment Management Limited
• China Everbright Water Limited
• Jiangsu Daotop Environmental Technology
• Samsung R&D Institute China – Guangzhou
• CalmCar Physical AI Innovation Center
• InnoAngel

to advance talent development and industry–academia integration, and foster innovation-driven research and real-world technology translation.

HKUST’s I&T Strength Driving Economic Growth

In addition, HKUST also released the report Driving Socioeconomic Impact Through Research and Innovation: Insights from HKUST, commissioned by the University and prepared by the international research information analytics organization Elsevier. The report highlights HKUST’s outstanding performance in innovation and entrepreneurship. Over the past five years, research output has recorded an average growth of 10%, approximately 9% higher than that of other local institutions. More than 65% of the research is concentrated in engineering and computer science, while 6.2% involves academia-industry collaboration, significantly higher than the global average of 2.7%. These collaborations have translated into impactful intellectual property, with approximately 1,670 patent applications and 700 grants over the same period, and a high IP utilization rate of above 30%.

Prof. Tim Cheng noted that the findings demonstrate HKUST’s steadily strengthening capabilities in research translation and academia-industry collaboration. HKUST’s publications achieved a Field-Weighted Citation Impact of 4.40, indicating that their citation impact is 4.4 times the global average. This underscores HKUST’s significant contributions to advancing Hong Kong’s socioeconomic development and enhancing its competitiveness in innovation and technology.

In addition, a “Marketplace” was also featured, showcasing products already launched by startups, including AI analytics tools, healthcare technologies, and smart city solutions, demonstrating the progress of translating research into practical applications.

Hashtag: #unicorn #unicornday #HKUST #partnership #innovation #startup #tech #AI #space #robotics #materialscience

The issuer is solely responsible for the content of this announcement.

At the center of VinDynamics’ showcases is Dyno, an intelligent humanoid robot designed to serve as a versatile assistant for modern living environments. Equipped with an advanced AI platform and a highly responsive environmental sensing system, Dyno is optimized for security and surveillance applications across urban areas, campuses, and integrated service complexes. The robot is also being developed as a household assistant capable of supporting a wide range of everyday tasks through its flexible arm span and dexterous object manipulation capabilities.

A key highlight at both ICRA 2026 and Computex 2026 is Dyno’s live demonstration as a robotic guide. The humanoid robot was previously piloted at Vinpearl Safari Phu Quoc, one of Vietnam’s largest semi-wildlife conservation parks. Operating in a demanding outdoor environment, Dyno demonstrated natural communication abilities, multilingual narration, and flexible responses to visitors’ questions, delivering a distinctive and engaging guest experience.

The pilot program at Vinpearl Safari showcased Dyno’s adaptability in real-world service scenarios and highlighted the potential of humanoid robots across tourism, hospitality, and customer service applications. Its ability to operate reliably in real-world environments, handle dynamic situations, and interact directly with people represents an important step toward future commercial deployment of humanoid robotics.

At both events, VinDynamics is also presenting a comprehensive robotics technology ecosystem developed by its team of Vietnamese engineers. In addition to the fully-integrated Dyno humanoid robot, the company is showcasing two high-value core components: a specialized actuator system and a robotic hand with internationally-benchmarked dexterity. VinDynamics is also introducing a dedicated AI training dataset optimized for real-world application scenarios.

Mastering the entire humanoid robotics value chain, from hardware to software and from mechanical design to artificial intelligence, stands as clear evidence of the research and development capabilities of Vietnamese engineers. VinDynamics’ efforts also provide a strong foundation for its global expansion strategy and long-term technology partnerships with leading technology corporations, research institutions, and international enterprises in robotics and AI. These initiatives will gradually position humanoid robotics developed by Vietnamese engineers more deeply within the global technology value chain.

Mr. La Manh Hung, Chairman of VinDynamics, said: “The introduction of Dyno at ICRA 2026 and Computex 2026 is not only an important milestone for VinDynamics but also reflects the aspirations of Vietnamese engineers to contribute to one of today’s most advanced technology fields. With the belief that humanoid robots will play an increasingly important role in daily life, VinDynamics is focused on developing practical technologies with people at the center.”

Founded in September 2025, VinDynamics is Vingroup’s pioneering humanoid robotics company, with a vision to develop versatile, human-centric robots capable of seamlessly integrating into everyday life and scaling globally. As the global humanoid robotics market is projected to reach tens of trillions of dollars by 2050, driven by rapid advances in AI, sensors, and automation, VinDynamics’ presence at ICRA 2026 and Computex 2026 further reinforces the pioneering role of Vietnamese enterprises in one of the 21st century’s most strategic technology trends.

Hashtag: #VinDynamics

The issuer is solely responsible for the content of this announcement.

About VinDynamics

VinDynamics is a technology company under Vingroup, dedicated to the research, development, and manufacturing of advanced robotics and automation solutions, particularly in the field of humanoid robots. Leveraging cutting-edge technologies such as artificial intelligence, mechatronics, and motion control, VinDynamics aims to deliver intelligent, safe, and cost-effective robotic products that enhance productivity and improve quality of life.

Learn more at: https://vindynamics.net/en

The memorandum of understanding, signed by the Government of Odisha, Intel and 3DGS, covers an advanced packaging glass-core substrate manufacturing facility in the Bhubaneswar-Khurda region. The project is expected to focus on substrates used in next-generation chip packaging, a part of the semiconductor supply chain that has gained strategic importance as artificial intelligence, high-performance computing and advanced data-centre processors demand larger, faster and more power-efficient packages.

The agreement places Odisha in a stronger position within India’s semiconductor map, which has so far been led by assembly, testing, marking and packaging projects, outsourced semiconductor assembly facilities, compound semiconductor proposals and early-stage fabrication investments. The planned plant would add a specialised layer to that ecosystem by targeting glass-core substrates and high-density interconnect technologies, areas that are increasingly viewed as critical for advanced packaging.

Intel’s role is expected to centre on technology know-how, process expertise and ecosystem support, while 3DGS brings specialisation in glass-based integration platforms. 3DGS, a US-based company, has developed glass-centric technologies for radio-frequency, photonics and semiconductor packaging applications. Its involvement gives the Odisha plan a sharper focus than conventional electronics manufacturing projects, as glass-core substrates remain an emerging technology rather than a mature commodity segment.

Glass substrates are attracting industry attention because conventional organic substrates face physical limits as chip packages become larger and denser. Advanced processors now often combine multiple chiplets, memory stacks and interconnect layers in one package. That increases pressure on the base material to carry more power and data connections while reducing warpage, signal loss and thermal stress. Glass offers better dimensional stability, finer interconnect potential and the ability to support larger package sizes, though yield, tooling and commercial-scale production remain challenges.

Intel has publicly positioned glass substrates as a key packaging technology for the second half of this decade. The company has argued that glass could help extend system-level performance gains beyond the limits of transistor scaling, particularly for artificial intelligence accelerators and high-performance computing chips. For India, participation in this segment could move the country beyond back-end assembly into a more advanced part of the global chip supply chain.

The Odisha project is also politically significant. The signing was witnessed by Union electronics and information technology minister Ashwini Vaishnaw and Odisha chief minister Mohan Charan Majhi, alongside senior executives from Intel and 3DGS. The state has been pushing to attract electronics, data centre and semiconductor-linked investments as part of a broader industrial strategy aimed at diversifying beyond metals, mining and ports.

The proposed facility is expected to be developed over several years, with industry estimates placing the build-out period at five to six years. Employment projections point to high-skilled roles across engineering, materials science, process control, quality systems and equipment maintenance, while indirect jobs could emerge through chemicals, gases, logistics, clean-room services and precision component suppliers.

The investment comes as India seeks to reduce dependence on overseas semiconductor supply chains after pandemic-era shortages exposed vulnerabilities in electronics, automotive and defence manufacturing. The Union government’s semiconductor programme has already backed projects by Tata Electronics, Micron Technology, CG Power and Kaynes, while several states are competing to attract design, packaging and manufacturing facilities. Gujarat and Assam have emerged as early beneficiaries, while Odisha’s Intel-3DGS agreement signals a broader geographic spread of the chip ecosystem.

For Intel, the deal fits into a wider effort to strengthen its foundry and advanced packaging credentials at a time when the global chip industry is being reshaped by artificial intelligence demand. The company has been investing in packaging platforms such as EMIB and Foveros, while also promoting glass substrates as a future enabling technology. Its broader turnaround remains under scrutiny because of competitive pressure from Nvidia, AMD, TSMC and Samsung, but advanced packaging offers a route to relevance in custom accelerators and multi-die systems.

The project will still have to pass execution tests before it becomes a production anchor. Semiconductor substrate manufacturing requires tight process control, specialised equipment, stable utilities, skilled technical labour and reliable supply of materials. Glass-core technology also needs commercial validation at scale, as the industry has not yet shifted from established organic substrate supply chains in volume applications.

The Mach33: Physical AI Fashion Show, held on 28 May at Galaxy Robot Park in Gangdong District, was presented as more than a novelty catwalk. Galaxy Corporation framed the event as an experiment in coexistence, asking how people and robots might share cultural spaces rather than treating humanoids only as factory tools, laboratory platforms or service machines.

Each model appeared with a shorter humanoid counterpart, often wearing matching or complementary outfits. A tasselled blue Texan-style look, complete with a robot-sized cowboy hat, stood alongside retro silver outerwear, silky dresses fitted to rigid frames and space-age black trousers reminiscent of David Bowie’s 1970s stage style. The styling made the mechanical bodies appear less like exposed prototypes and more like performers entering a commercial entertainment format.

Galaxy Corporation founder and chief executive Choi Yong-ho said the company had realised that robots “need to wear clothes” and argued that robots, like people, should have distinct identities. The company designed the outfits and intends to launch them under the MACH 33 name by the end of the year, positioning robot fashion as a potential extension of its entertainment-technology business.

The event followed the opening phase of Galaxy Robot Park, a 16,500-square-metre venue in eastern Seoul designed around robot concerts, interactive shows, robotic portrait drawing, boxing-style demonstrations and visitor experiences. The park is part of Galaxy Corporation’s effort to create a new live-entertainment category built around “physical AI”, a term used to describe artificial intelligence moving from screens and software into embodied machines operating in shared human spaces.

Galaxy Corporation, known for managing cultural figures including G-Dragon, Taemin and actor Song Kang-ho, has been seeking to merge K-pop spectacle with robotics. Its robot performances have included choreographed dance routines, synchronised stage movement and plans for several shows a day. The company has said it wants to stage more than 1,000 robot performances annually and ultimately take robot-led shows beyond South Korea.

The robot models appeared to be Unitree G1 humanoids, a relatively low-cost platform made by Hangzhou-based Unitree Robotics. The G1 is widely used in demonstrations because of its compact size, balance control, range of motion and comparatively accessible pricing for developers and institutions. Its ability to walk, turn, gesture and respond to programmed choreography makes it suitable for controlled performances, though it remains far from a fully autonomous general-purpose worker.

The show also highlighted the gap between polished presentation and engineering reality. Humanoid robots are becoming more agile, but smooth movement in a runway setting still requires careful staging, reliable control systems and predictable conditions. Research into whole-body teleoperation, motion retargeting and autonomous loco-manipulation continues to point to unresolved challenges, including latency, balance recovery, hand dexterity, human-robot interaction and safe operation in crowded public spaces.

For South Korea’s entertainment sector, the Galaxy event fits a broader pattern of experimentation with virtual idols, AI-generated content, immersive fan platforms and digitally enhanced performances. K-pop’s visual emphasis makes it a natural testing ground for robotic spectacle, but the commercial test will be whether audiences view robot performers as compelling cultural products or as temporary curiosities.

Fashion offers Galaxy a softer route into that debate. Unlike industrial robotics, a runway show does not require humanoids to prove productivity. It asks whether machines can be styled, branded and given a visible role in popular culture. The clothes also conceal some of the awkwardness of exposed mechanical frames, making the robots appear less clinical and more theatrical.

The commercial stakes are growing. Forecasts for humanoid robotics vary widely, but major financial institutions and technology analysts expect the sector to expand sharply over the next two decades as costs fall and AI systems improve. Optimistic projections point to hundreds of millions, or even more than a billion, humanoids by 2050, though adoption is expected to move gradually as companies work through safety, reliability, regulation and public acceptance.