Sokrates Pantelides
Experiments into amorphous carbon monolayer lend new evidence to physics debate, lay groundwork for future devices
Jan. 8, 2020—A new study into two-dimensional amorphous carbon is providing answers to long-standing questions regarding the atomic makeup of bulk amorphous materials, opening the door to exciting device applications in the future.
Discovery in ferroelectric material reveals unique property, promising application potential
Nov. 18, 2019—A discovery from a team of physicists and other researchers is breaking new ground in the study of ferroelectricity, a characteristic of certain dielectric materials that are used in high-technology applications.
Nanoscale origami: Smallest-ever, atomically precise structures set stage for quantum breakthroughs
Sep. 6, 2019—New technique for manipulating graphene opens the door to new breakthroughs in quantum technology.
‘A Short History of Anger’ explores legacy of genocide, displacement
Sep. 5, 2019—"A Short History of Anger," centering on the devastating and lasting impact of state-sponsored ethnic cleansing and forced migration, will be performed Sept. 14 at the Blair School of Music.
Quantum mechanics work lets oil industry know promise of recovery experiments before they start
Sep. 27, 2018—Vanderbilt University physicists developed detailed quantum mechanical simulations that accurately predict the outcomes of various additive combinations in water used for enhanced oil recovery.
Multitasking monolayers
Jul. 21, 2017—Scientists have discovered a natural process that makes patterned monolayers suitable for creating a wide variety of novel materials with dual optical, magnetic, catalytic or sensing capabilities.
Barrier to faster graphene devices identified and suppressed
Mar. 13, 2012—Vanderbilt physicists report that they have nailed down the source of the interference inhibiting the rapid flow of electrons through graphene-based devices and found a way to suppress it.