Registration Now Open for the 9/19 Innovative Technology Showcase & Business Matching

2026 -09 -03

To bridge the gap between research and the market, the FUTEX Future Tech Pavilion’s Innovative Technology Showcase & Business Matching: Advanced Materials & Chemical Engineering × Natural & Sustainable Technologies × Net-Zero × Humanities & Technology brings together selected Future Tech Award technologies and research teams.

Covering advanced materials, semiconductors, AI thermal management, the circular economy, net-zero technologies, climate resilience, and inclusive technology, the event will present eight frontier technologies with strong potential for industrial applications. One-on-one business matching sessions will also enable research teams to engage directly with companies and explore real-world industry needs.

As AI Gets More Powerful and Chips Run Hotter, the Next Competitive Edge Lies in Materials and Thermal Management

With generative AI rapidly gaining adoption, much of the market’s attention has focused on computing power and chip performance. Yet behind the continued growth of the AI industry lies an entire supply chain encompassing materials, thermal management, and manufacturing processes.

A team from National Taiwan University has developed Passive Helical Vapor–Liquid Separation Technology for Cross-Gravity Advanced Thermal Management, targeting the thermal management needs of high-heat-flux equipment.

Through a specially designed flow-guiding structure, the technology enhances heat dissipation without requiring additional energy input. With advantages including zero energy consumption, no degradation, and low cost, the technology has potential applications in AI chips, high-performance computing, and other advanced thermal management scenarios.

But the competition in semiconductors goes far beyond cooling.

National Tsing Hua University’s MICAtronics: A Universal Platform for Fabricating Atomically Flat Single-Crystal Metal and Oxide Films uses mica to fabricate atomically flat single-crystal metal and oxide thin films. The platform addresses the growing demand for high-performance materials in AI chips, satellite communications, flexible electronics, and advanced semiconductor manufacturing.

Meanwhile, National Taiwan University of Science and Technology approaches the challenge from another angle: how new materials themselves are developed.

Its Autonomous Materials Intelligence Platform for Predictive Materials Design uses computational and intelligent methods to predict material performance before extensive physical experimentation begins. By reducing the time and cost associated with repeated trial-and-error testing in conventional materials development, the platform has potential applications across batteries, semiconductors, hydrogen energy, and smart manufacturing.

From thermal management and thin films to predictive materials design, these innovations reveal another side of the AI race: as chip performance continues to approach its limits, innovation in materials and manufacturing processes is becoming a critical source of competitiveness for the industry’s next stage of development.

The Next Step for Net-Zero Technology: Turning Waste into Resources

Beyond AI and semiconductors, another challenge businesses can no longer avoid is the transition toward net zero.

A team from Ming Chi University of Technology has developed New generation of green and environmentally friendly magnesium alloy anti-corrosion coating technology, starting with one of the most fundamental processes in manufacturing: surface treatment.

While improving the corrosion resistance of magnesium alloys, the technology also aims to reduce the pollution, carbon emissions, and costs associated with conventional processes—demonstrating that material performance and greener manufacturing do not necessarily have to be a trade-off.

Another technology, Dynamic Phosphors, turns its attention to industrial wastewater.

Traditionally, phosphorus in wastewater has been treated by companies as a pollutant that requires additional expenditure to remove. The Ming Chi University of Technology team behind Dynamic Phosphors takes the concept a step further by exploring ways to efficiently remove phosphorus and recover it for reuse.

This shifts wastewater treatment from simple pollution control toward resource circularity. For manufacturers facing environmental regulations and ESG pressures, finding ways to create new value from waste is becoming an increasingly important part of the net-zero transition.

Metal–organic frameworks, or MOFs, face a different but equally important challenge in moving from the laboratory to commercial applications.

These highly porous emerging materials have potential applications in carbon capture, water treatment, gas purification, and advanced semiconductor manufacturing. However, stable and efficient large-scale production remains a key barrier to commercialization.

National Tsing Hua University’s CONTINUE-MOF: A Continuous Green Processing and Circular Manufacturing Platform for Scalable MOF Production focuses specifically on scalable production and circular manufacturing, aiming to overcome a common commercialization challenge for emerging materials: they can be successfully produced in the laboratory, but are far more difficult to manufacture efficiently at scale.

From Climate Resilience to Inclusive Technology, Research Is Addressing Broader Social Needs

The applications of technological innovation are also expanding beyond factories and chips into agriculture and everyday life.

Academia Sinica’s Pollen Revive: HOPA-Based Active Restoration Technology addresses the impact of extreme heat on pollen viability.

By helping maintain pollen activity under adverse environmental conditions, the technology aims to reduce the impact of climate change on pollination, plant breeding, and agricultural production.

Another innovation, Haptic Color Universal System: Inclusive Technology and Social Practice for Color Cognition and Communication among People with Visual Impairments, begins with a very different question: how can people with visual impairments understand and communicate the concept of “color”?

The system converts visual color information into a form that can be recognized through touch, demonstrating how technology can go beyond the pursuit of speed and efficiency to become a tool for accessibility, cultural participation, and social inclusion.

A Great Technology Is Only the Beginning—Finding the First Company Willing to Adopt It Matters Even More

For research outcomes to move from the laboratory to the market, they must overcome a series of challenges, including real-world validation, cost-effectiveness, process integration, scalable production, and viable business models.

For academic and research teams, companies are not merely potential customers; they can also become essential partners in completing the final stages of technology validation. For businesses, meanwhile, academic research can provide an alternative and potentially faster path to accessing innovative technologies beyond their own internal R&D efforts.

That is why this event goes beyond showcasing eight technologies. It also includes one-on-one business matching sessions, allowing companies to bring real industry needs directly to research teams and explore opportunities ranging from technology adoption and real-world validation to industry–academia collaboration.

The true value of scientific research lies not only in papers, patents, or awards, but in whether a technology can find the right application and genuinely solve problems faced by industry and society.

When companies are searching for solutions and research teams are searching for applications, the bridge created by FUTEX may be where Taiwan’s next frontier technology takes its first step from a research outcome toward a genuine business opportunity.

September 19 (Sat.) | 10:00–12:00 | Taipei World Trade Center Hall 1

Eight selected frontier technologies from the Future Tech Award will be showcased in one event.

Discover technologies, identify potential partners, and explore industry collaboration and business matching opportunities—all in one place.

Limited capacity. Register now:https://btoday.cc/9hp4cb

This article was originally published by Business Today and is republished with permission.