How To Partnrer With An Optical Lab

How To Partnrer With An Optical Lab – Geneva, Switzerland; and Boston, MA, USA – June 2, 2021 – STMicroelectronics (NYSE: STM), a global semiconductor leader serving customers in a wide spectrum of electronic applications, and Metalens Inc., a pioneer in meta-surface design and business, The collaboration and licensing agreement will see ST develop manufacturing processes for Metalenz’s meta-optics technology for mobile phones, consumer devices, maintenance health and automotive. Metalence is a collection of Federico Capasso’s group at Harvard University, which developed the technology. This innovative technology is expected to be ready for mass production by the end of this year.

Metalenz’s multifunctional meta-surface optics enables the creation of new types of sensors for mobile phones and other consumer devices, as well as healthcare and automotive applications. For example, a camera around this new type of flat lens can gather more light for brighter images and produce more consistent images. or even better than conventional progressive lenses, while using less power and less space.

How To Partnrer With An Optical Lab

How To Partnrer With An Optical Lab

ST will integrate Metalenz’s meta-surface technology into ST’s existing 300mm wafer manufacturing process fab in Croles, France, and set up the ST in the Near Infrared (NIR) fast emitting diode. Today, ST leads the market for time-of-flight (ToF) proximity and remote sensors with more than 1 billion devices shipped to customers.

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With advantages in power, efficiency, and performance, multifunctional optical technology can be a game changer for the next generation of sensors used in mobile phones and other consumer devices, as well as in health and car accessories. Once

This partnership will continue to provide ST customers with the latest and most innovative solutions. “

“We have adopted a strategic model that focuses on the innovation and design of innovative optics for the transition of devices from smartphones to cars. The collaboration with ST allows us to expand our product offering, a increasing ST’s production capacity and allowing ST’s various product lines to reach new heights.

The technology used in today’s mobile phones is changing and improving at a fast pace to fit more functions into less space. However, glasses have not changed since the Middle Ages. This is now changing, with meta-surface optics showing a different type of lens that works on different principles. Instead of using large curved materials, metasurface optics combines many complex optical functions into one complex application. This reduces the size of each lens element while reducing the number of lens elements required, greatly reducing lens size, component count, complexity and the full price.

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The technology developed by Metalenz is a perfect application of ST’s superior capabilities. Combining semiconductor manufacturing with special materials, ST will use advanced lithographic masks to create variable-length semiconductors that can be felt on a metal surface in a semiconductor wafer. Like silicon ICs, meta-lens semiconductors are processed in a clean room using the same manufacturing technology. The nanostructures in glass will be one-thousandth the diameter of a human hair. These nanostructures direct light rays to detect the same function as a complex multi-element reactive lens system in a single layer.

This technology is the first to target the growing NIR market. NIR wavelengths are used in all 3D functions, such as face detection, autofocus assist, mini-LIDAR, and AR/VR depth mapping. , is standard in today’s smartphones. Due to their flexibility, special crystals made of pure semiconductors may one day be as widespread as conventional crystals.

At ST, we have 46,000,000 semiconductor technology developers and manufacturers who manage the semiconductor supply chain with state-of-the-art manufacturing facilities. As an independent machine manufacturer, we work with more than 100,000 customers and thousands of partners with products, solutions, ecosystems to meet their challenges and opportunities, and their desire to support a world sustainability. Our technology enables smart use, energy efficiency and energy management, and extensive use of the Internet of Things and 5G technology. Additional information can be found at

How To Partnrer With An Optical Lab

Metalenz, founded in 2016, is the first company to commercialize meta-optics. Our semiconductor technology enables complex, multi-functional processing in a single semiconductor layer and enables the processing of multiple devices in Semiconductor devices – printed glass such as computer monitors. As a semiconductor company, Metalenz is focused on the design and unique applications of meta-optics, changing emotions on consumers, health and vehicles.

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The company has an exclusive license to a key area of ​​special properties based on metasurfaces developed at the Capasso Laboratory at Harvard University and holds more than 20 patents on innovations that simplify and improve optical devices. For more information, please visit Special relationship with DSO National Laboratories (DSO) to strengthen research capabilities. Advanced Applied Education and Science, Technology and Research (A*STAR); and increased motivation to continue working with a professional engineer

Expressing its clear intention to improve applied research and expand its higher education system, the Singapore Institute of Technology (SIT) today signed three important memorandums of understanding with key partners – DSO National Laboratories (DSO ), the Office. Science, Technology and Research (A*STAR), and the Professional Engineering Board (PEB).

The partnership with DSO and A*STAR is set to strengthen SIT’s position as Singapore’s University of Applied Learning, where students are embedded in real learning environments in industry, and work on translational research projects aimed at solving contemporary global challenges. Strengthening the emphasis on continuing vocational training and lifelong learning, the university’s partnership with PEB will strengthen the continuing education and training (CET) framework for professional engineers, and discuss look at the industry.

“Today, SIT is an important step in our efforts to develop the use of education and research. The partnership announced today with DSO, A*STAR and PEB will help develop to our research activities and increasing the value of our applied education. As a young university, SIT is expanding our research capacity and a special focus on translational research and innovation. The main areas of robotics, cyber security and food technology that we will work with DSO and A * STAR are well suited to the needs of Singapore, and we are happy to be able to do partners and those who play important roles in these areas,” he said. Professor Chua. Kee Chaing, Vice President (Academic) & Provost, SIT.

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A joint SIT investigation @ Dover will be established in early 2021 by the DSO and SIT to carry out security related investigations and commercial value. The collaboration will start with technical translation projects in the field of Robotics / Unmanned Systems and Cyber ​​​​​​Security, including members of the SIT and students from the Engineering and Infocom Technology clusters.

The MoU signed today also reinforces the need for DSO and SIT to work together in Design Thinking, design, knowledge and skills trade and development, student projects and business graduate programs, student education schools and new jobs. attract applications and/or students.

Mr. Cheon Chee, DSO Executive Director, added: “Our first joint research with SIT is part of DSO’s strategic initiative to work closely with local schools on advanced research and applied research. Important areas of robotics and cyber security will enable and encourage future talent to push the boundaries of defense science and technology.

How To Partnrer With An Optical Lab

Those who signed the agreement are (from left): Mr. Cheon Chee, Director General, WTO; and Prof Chua Chaing, Vice President (Academic) & Provost, SIT.

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A*STAR will collaborate with SIT and other A*STAR researchers and SIT students in a collaborative Research Program (IWSP) for companies to solve solve company problems through research and innovation. Through the A*STAR Technology to Build Enterprise Capability (T-Up) program, A*STAR researchers will provide expertise and skills to students SIT projects transfer practical skills, and students who are engaged in projects will also use research and development (R&D). project. in the market.. results in A*STAR and SIT piloted the program in May 2020 with STYL Solutions, a local electronics company.

In addition, A*STAR and SIT will work together on joint research in areas such as robotics automation, food and medicine.

Professor Tan Sze Wee, Assistant Professor (Enterprise), A*STAR, said, “The partnership between SIT and A*STAR will build valuable work skills among students, as also with the transfer of research and new information to the real world. On the other hand, local companies also benefit from a local community of students and researchers who work together to improve business processes or create new products and service.

Signatories at the MoU signing ceremony (seated, from left): Professor Tan Sze Wee, Assistant Professor (Enterprise), A*STAR; and Vice President (Academic) & Provost, SIT. Witnesses (standing, from left): Mr. Frederick Chu, Chief Executive Officer, A*STAR; Dr Tan Leng, Minister in the Prime Minister’s Office, Second Minister for Trade and Industry and Energy; Soon after Professor Tan Thiam, President, SIT.

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