NS Nanotech Inc Semiconductor Company Profile Report Released … The Dawn of the Nanophotonics Age
Santa Rosa, Calif. –(November 27th, 2023)–The StatisticsMatrix, producer of the Semiconductor & IP Core Subject Matter Expert Database, announced today the availability of The NS Nanotech Semiconductor Company Profile Report. The report is the first in a series of semiconductor company profiles that focuses on emerging semiconductor technologies that are expected to become main-stream next-generation technologies.
According to Mark Stansberry creator and developer of the Semiconductor & IP Core Subject Matter Expert Database “NS Nanotech was selected from over 3000 semiconductor companies to be the lead semiconductor company profile report for the Semiconductor Company Profiles series.”. He continues, “NS Nanotech’s and its licensing partners, McGill University, and the University of Michigan’s have developed nanophotonic based micro laser and micro LED array technology and in addition have built a biophotonic healthcare application with it. NS Nanotech’s technology is considered a necessary component for the creation of next-generation, transistor-free, compute in light processors and light based healthcare and medical diagnostic systems. The ability to integrate LEDs and lasers into everyday silicon chips foretells the beginning of the nanophotonics age, the end of the transistor age, and the beginning of significant advances in healthcare technology.”
The nanophotonics age is expected to be just as or more economically significant than the transistor age was to the vacuum tube age in terms of size, power consumption, cost of manufacturing and applications. New micro and nano light circuits are expected to effectively usurp, and potentially obsolete today’s nanometer based CMOS digital and analog electronic chips and quell the demand for massive billion dollar sub 10 nanometer semiconductor wafer fabrication foundry facilities. The microelectronics transistor age which resulted in the portable and low cost technology we now use every day is expected to give way to the nanophotonics age allowing for new and very affordable applications in agriculture, healthcare, medicine, robotics, transportations, and numerous other industries.
Free space micro laser and laser like microLED arrays that can be packaged with today’s integrated circuits means that today’s data communications and memory throughput bottlenecks that transistor based technology presents can be overcome. The slow and power hungry electronic circuit based IO ports found in today’s chips can be removed, allowing chip-to-chip communications at light speed.
Chips of the future can now be imagined as layers of micro photodetectors (light to voltage converters) arrays in 3D microcubes that receive vast amounts of high speed data, both in analog and digital form, from layers of microLaser and microLED (voltage to light converters) arrays.
Availability of the NS Nanotech Company Profiles Report
The NS Nanotech Semiconductor Company Profiles Report … The dawn of the nanophotonics age, is available now on Amazon. Amazon was selected as the book vendor of choice because it is considered a central and reliable book repository and an experienced and trusted eBook vendor.
About the NS Nanotech Company Profiles Report
The special collector’s edition of the report includes a concise summary and overview of NS Nanotech’s business, research, product development, services, patent and partner infrastructure. The profile also includes a listing of NS Nanotech patent technology and inventors as well as the related patents that its partners the University of Michigan and McGill University hold. A special section to help familiarize the reader with the technology behind semiconductor and photonics integrated circuits is included along with the abridged classification system the Semiconductor and IP Core Subject Matter Expert Database uses. Information and companies in the databases are classified by semiconductor business segments, products, services, manufacturing and process technology. A complete alphabetized list of technology terms that represents the NS Nanotech’s product development efforts is included to facilitie further product, market, patent and technology research. .
About NS Nanotech
NS Nanotech Inc, founded in 2017, and based in Ann Arbor Michigan and Montreal Quebec Canada develops photonic integrated circuit micro and nano laser and LEDs arrays and biophotonic healthcare system products based on those devices. Their technology includes micro and nanoLEDS, micro and nano Lasers and light driven air purification systems that eradicate viruses. The company’s founder, Seth, has numerous patents in the nanophotonics field as do the scientists the company works with at McGill University and Michigan University. The company is currently engaged with the National Research Council of Canada, and its associated wafer fabrication and laboratory facilities to expedite the rapid commercialization of its technology as part of Canada’s government led initiatives for semiconductor and clean technology economic and social advancement programs.
For more information: www.nsnanotech.com
About McGill University
McGill University, founded in 1821 and based Montreal, Quebec, Canada is one Canada’s major technology colleges. Facilities at the campus inlcudeThe McGill Nanotools Micro and Nanofabrication Facility, It is a shared facility thaat provides the academic, industrial and government researchers access to modern mcro and nanofabrication equipment used to prototype nanometer based chips and systems.
McGill through its McGill Innovation Fund seeks out partners to develop their technology and McGills’ patent technology. The fund operates through McGill’s The Office of Innovation + Partnerships program. Through the Office partnerships and transfer technology licenses are approved and arranged.
For more information: https://www.mcgill.ca/
About The University of Michigan
The University of Michigan, founded in 1817 and located in Ann Arbor Michigan, is one of the leading technology universities in the United States. For the development of next generation semiconductor technology and nanomaterials, the university houses the Lurie Nanofabrication Facility (LNF). That facility is 13,500 square foot modern shared clean-room facility is equipped with a 150 mm wafer fabrication and associated assembly and packaging equipment for the production of micromachine, semiconductor and nanometer based photonic integrated circuit prototypes The facilitiy is also used for materials and devices research for applications in biotechnology, medical devices, solid-state lighting, energy, photonics and electronics.
For more information: https://umich.edu/
About the StatisticsMatrix
The StatisticsMatrix produces the Semiconductor & IP Subject Matter Expert database and compiles, write and publishes directories and reports on different geographic segments of specific semiconductor product technology markets As well, the StatisticsMatrix provides professional services to technology companies which involve the development of engineering and marketing collateral like white papers, press releases, patent applications, conference papers, web content, social media posts, eBooks, design and instructional manuals, and associated graphic designs, electronic and photonic schematics, flow charts, patent art and technology diagrams. The StatisticsMatrix also produces technology training and education posters, posters that educate, elucidate, and decorate for the office, classroom, and home. .The StatisticsMatrix is a creation of Mark Stansberry, a writer, engineer, and illustrator with over three decades in the semiconductor and associated electronic design automation (EDA) industry.
For more information contact:
Mark Stansberry
Email: mark.c.stansberry@gmail.com
