Research
Cornell is a world leader in materials characterization and testing. Our faculty are renowned for advances in nanoscience, materials science, quantum science, microscopy, bright beams, and accelerator-based science. Faculty: Judy Cha, Ankit Disa, James R. Engstrom, Valla Fatemi, Gregory David Fuchs, James Hwang, Karan Mehta, David Anthony Muller, Katja Nowack, Huili Grace Xing
Cornell faculty are experts in cutting-edge fabrication technologies, and many are creating novel techniques for new and emerging applications. Innovators in semiconductor research and manufacturing can draw upon an ever-expanding catalogue of advanced technologies for synthesis, fabrication, and processing of materials and devices. Faculty: Ankit Disa, Amal El-Ghazaly, Valla Fatemi, Gregory David Fuchs, James Hwang, Karan Mehta, Hari Nair, Huili Grace Xing
Cornell researchers are pushing the boundaries of what microelectronics can achieve. Our expertise and collaborative ethos have put Cornell at the forefront of semiconductor-related design, with innovations in advanced materials, heterostructures, microchips and hardware. Faculty: Alyssa Apsel, Christopher Batten, Amal El-Ghazaly, Valla Fatemi, James Hwang, Karan Mehta, Alyosha Christopher Molnar, Hari Nair, Huili Grace Xing
Meeting the scientific and economic goals of the CHIPS and Science Act will require a semiconductor workforce with technical expertise and specialized skills. Workforce development and education are integral to Cornell's research and innovation ecosystem. Faculty: Alyssa Apsel, Christopher Batten, James Engstrom, Allison Godwin, David Anthony Muller, Hari Nair, Huili Grace Xing