As the Cornell NanoScale Science and Technology Facility (CNF) approaches its fiftieth yr, a brand new $9.5 million investment from Cornell Duffield College of Engineering will, in partnership with Cornell Research and Innovation, place the power for its subsequent period of management in semiconductor research, schooling and workforce training.
Located in Duffield Hall, CNF has been a cornerstone of nanoscale research at Cornell, serving scientists and college students from throughout campus, enabling them to fabricate gadgets for functions in microelectronics, quantum programs, digital agriculture and biology. The investment from the Duffield Launch Fund, established in January with a portion of a record-setting naming gift to the school from David Duffield ’62, MBA ’64, will assist new research capabilities and strengthen the power’s function as a training floor for future semiconductor and quantum scientists and engineers.
“Duffield Engineering’s investment will allow CNF to build on its legacy as the place where researchers from academia and industry come to fabricate first-of-a-kind devices and technological innovations that underpin advances in electron beam lithography, photonics and optoelectronics, robotics and a range of other fields that will define our future,” stated Lynden Archer, the Joseph Silbert Dean of Engineering. “We’re committed to enhancing CNF’s capabilities to do even more.”
A significant part of the funding will assist and lengthen CNF’s immersive training initiatives, which use virtual reality to put together college students and technicians to function the forms of tools used in the power and throughout the semiconductor business. CNF plans to expand a set of digital training modules that educate complicated fabrication processes whereas creating new content material.
“This approach allows us to extend CNF’s reach beyond its physical footprint and help meet the nation’s growing demand for skilled semiconductor technicians,” stated Judy Cha, the Lester B. Knight Director of CNF and the Rick and Betty Tsai Ph.D. 1981 Professor in Materials Science and Engineering. “By sharing these training tools with partners beyond Cornell, we can both expand access to semiconductor education and build new financial pathways to support the facility’s long-term sustainability.”
The funding may even strengthen CNF’s research infrastructure by the hiring of technical workers and the acquisition of recent instruments that expand the power’s fabrication capabilities and course of management. These upgrades will assist align the power with main business requirements and working environments.
One deliberate addition – a complete reflection X-ray fluorescence spectrometer – will permit researchers to monitor contamination throughout cleanroom tools with distinctive sensitivity, serving to to appeal to new customers to the power, together with business collaborators and college students engaged on utilized tasks with company companions.
“Whether from industry, Cornell or another academic institution, researchers require increasingly stringent materials controls to achieve maximum device performance,” stated Ron Olson, director of operations at CNF. “Whether they’re working on next-generation power electronics or superconducting qubits, maintaining that level of precision is critical. This investment helps ensure we continue to meet those expectations.”
The facility additionally contributes to Cornell’s Ok-12 outreach and teaching programs. For instance, regional highschool college students spend time working in CNF as a part of its Accelerated Training for Labor Advancement in Semiconductors program.
By strengthening each research capabilities and training packages, the brand new partnership will assist place CNF for long-term sustainability whereas increasing its management in nanotechnology, stated Gary Koretzky, vice provost for research at Cornell.
“With this support, CNF can continue to evolve as a platform that connects cutting-edge research infrastructure with education and workforce development in areas of expanding national importance,” Koretzky stated. “That integration is essential to advancing both Cornell’s mission and the technologies shaping the future.”
Syl Kacapyr is affiliate director of selling and communications for Duffield Engineering.