The Strongest Friends Circle! Domestic and International Academicians and Scholars Gather at LinkZill

Recently, at the invitation of Dr. Linrun Feng, Founder and Co-CEO of LinkZill, several domestic and international academicians and scholars visited the company. They explored the interdisciplinary progress of Thin-Film Transistor (TFT) technology in the fields of new optoelectronics and life sciences. Friends gathered, and the conversations were delightful!

01.

Optoelectronics Field 「 Zhi 」 friend

Academicians and Scholars Gather

Professor S. Ravi P. Silva, a Fellow of the Chinese Academy of Engineering, the Royal Academy of Engineering (UK), the European Academy of Sciences, and the National Academy of Sciences of Sri Lanka, a Commander of the Order of the British Empire (CBE), and the founder and head of the Advanced Technology Institute (ATI) at the University of Surrey, recently visited LinkZill's TFT semiconductor R&D centre in Hangzhou, which spans over 1,000 square meters. He engaged in discussions with the LinkZill team on technological R&D, international industrialization developments, and collaboration opportunities.

/Professor S. Ravi P. Silva from the University of Surrey (left) and Dr. Linrun Feng, Founder and Co-CEO of LinkZill (right)/

Dr. Feng Linrun introduced Professor Ravi Silva to LinkZill's innovative achievements and global Layout in the fields of new optoelectronics and interdisciplinary life sciences. He stated that LinkZill, backed by China's strong and mature TFT semiconductor manufacturing industry, is rooted in China and aims to bring innovative technologies and products to the global market. He hopes to deepen cooperation with global partners to contribute positively to technological progress and industrial development in China and beyond.

/Professor S. Ravi P. Silva from the University of Surrey visited LinkZill's TFT semiconductor R&D centre/

Professor Ravi Silva expressed full recognition of LinkZill's innovative work. He noted that LinkZill's industrialization of TFT technology in life sciences, new sensing, and display fields has garnered widespread international attention. He looks forward to more opportunities for in-depth exchanges with LinkZill in the future.

During the same period, Professor Arokia Nathan, a Fellow of the Royal Academy of Engineering and the Canadian Academy of Engineering, and former professor at the University of Cambridge, now at Shandong University, also visited LinkZill for exchanges. As Dr. Linrun Feng's mentor during his visiting scholarship at the University of Cambridge, Professor Arokia Nathan has maintained close communication with us. He expressed affirmation and appreciation for LinkZill's recent vitality and achievements on the international stage.

/Professor Arokia Nathan from Shandong University (left) and Dr. Feng Linrun, Founder and Co-CEO of LinkZill (right)/

As a pioneer in developing and applying TFT circuit technology, Professor Arokia Nathan has had a profound impact on the design and development of TFT circuit architectures. He stated that LinkZill has solid technical accumulation in the TFT field and is very pleased to see LinkZill continuously leveraging the advantages of TFT technology to play a unique role in global interdisciplinary innovation. He expressed genuine happiness for the progress we have made.

/The LinkZill team introducing self-developed TFT chips to Professor Arokia Nathan from Shandong University/

Former Senior Vice President of Samsung R&D Center, Professor Jong Min Kim from the University of Cambridge, and Researcher Luigi G. Occhipinti. from the University of Cambridge also attended the event, discussing research trends and collaboration opportunities with us.

/Researcher Luigi G. Occhipinti from the University of Cambridge (left 1) and Professor Jong Min Kim from the University of Cambridge (left 2) participating in the sharing event/

Several globally leading academic experts delivered academic reports in various fields, including TFT semiconductors, perovskite materials, nanomaterials, and flexible wearable devices. The aim is to focus on the latest international industry advancements, address practical industrial needs, and explore new ways of industry-academia-research collaboration.

Currently, in the optoelectronics field, LinkZill has pioneered a series of portable standardized system products and continues to provide TFT-customized chip services to domestic and international customers. In 2023, the company achieved nearly ten million in revenue, serving over 200 global customers, with approximately 30% of the business coming from overseas markets.

At the same time, LinkZill is actively unlocking the potential of TFT technology in the life sciences field, empowering high-throughput construction and testing R&D scenarios, and addressing key bottleneck issues in life sciences research.

02.

Life Sciences Field

Linking zillions Partners

Semiconductor technology and biotechnology play crucial roles in global technological development. These two industries profoundly influence the current and future global economic landscape, driving technological progress and becoming focal points of international competition.

LinkZill is committed to integrating TFT semiconductor technology with various fields of life sciences, creating a "Moore's Law" for the life sciences field. Over the past year, our team has developed and launched a series of life science products based on TFT-DNA synthesis technology, achieving initial Commercial closed-loop validation.

In the process of cross-border innovation, LinkZill actively links with numerous potential partners. Recently, we have visited the Wellcome Sanger Institute, industry-leading companies, and national key laboratories, engaging in technical exchanges and exploring collaboration opportunities. At the same time, we also invited academician teams from top Chinese universities and renowned industry companies to visit LinkZill.

Stay tuned for new developments that we will be revealing soon!