Multiple ferroic orders squeezed into 2D materials at ambient conditions by Professor Cheng Gong’s research
Will develop spintronic devices using magnetoelectric materials
Paper focuses on controlling magnetic domain behaviors in two-dimensional quantum magnets
Another exciting year of Maryland Engineering research is underway.
An Interdisciplinary, Multi-institution Team to Advance Next-generation Microelectronics
As we come to the close of another academic year, it is a time to celebrate the achievements of our faculty, staff, students—and especially our graduates!
Anirudh Nakra Studying Microplastics using Quantum Methods
Professor Cheng Gong Part of UMD Team Receiving $5M Grant for Tech Solutions to Reduce Food Insecurity and Waste
Will Study 2D Multiferroic Heterostructures, an Unexplored Material Form integrated from 2D Ferromagnetic and Ferroelectric Materials
DURIP awards support university research in technical areas of interest to the Department of Defense.
“Small-voltage multiferroic control of two-dimensional magnetic insulators”
Study will address food and nutrition security in Maryland.
Maryland Section of American Chemical Society bestows award
A work led by Prof. Cheng Gong published in
Matter.
The event emphasized research, advanced education, and outreach collaborations for the region, the state of Maryland and the nation.
At Innovate Maryland, Pines heralds turning 'expertise into action'
New sensor technology can accurately determine the freshness of meat to help reduce food waste.
The five interdisciplinary projects funded by the BBI offer cutting-edge approaches to translational neuroscience.
Prof. Gong and students leverage quantum materials to to detect tiny quantities of airborne molecules.
Half-metallic 2D electron gas can be both created and polarized by the ferroelectrics in multiferroic superlattice, holding promise for high-efficiency spintronics.
Prof. Cheng Gong has won IUPAP’s 2020 Young Scientist Award in Semiconductor Physics for his original breakthrough research on two-dimensional quantum materials and devices.
The new research center will catalyze the development of high-impact quantum technologies.
