Pick up at Hilton

• Adrian Del Maestro (University of Tennessee, Knoxville)

Research Discussion - Dr. Vasileios Maroulas, IAMM 306 Room: 306 Vasileios Maroulas | Professor, Associate Vice Chancellor, Director of AI Tennessee Initiative https://math.utk.edu/people/vasileios-maroulas/

Research Discussion - Search Committee Meeting, IAMM 306

• Hanno Weitering
• Philip Rack
• Adrian Del Maestro (University of Tennessee, Knoxville)
• David Mandrus

Travel to Andy Holt Tower

Research Discussion - Provost Dr. John Zomchick, AHT 539 John Zomchick | Provost https://provost.utk.edu/about/meet/

Research Discussion - Dr. Deb Crawford Meeting, AHT 707A Room: 707A Deborah Crawford | Vice Chancellor for Research, Innovation, & Economic Development https://research.utk.edu/oried/deborah-crawford/

ZOOM Research Discussion - Dr. Kari Babski-Reeves, ZEC423 Room: 423 https://tennessee.zoom.us/j/81478571569 Meeting ID: 814 7857 1569 Kari Babski-Reeves | Associate Vice President for Research https://tickle.utk.edu/ise/kari-babski-reeves/

Research Discussion - Dr. Matthew Mench, ZEC 458R Room: 458R Matthew M. Mench | Dean, Tickle College of Engineering, Condra Chair, and Chancellor's Professor https://mabe.utk.edu/people/matthew-mench/

Research Discussion - TCE and MSE Department Heads, AYR 401 Room: 401

Research Discussion - Dr. Robert Hinde & Dr. Kate Jones, AYR 312 Room: 312 Robert Hinde | Interim Executive Dean of the College of Arts and Sciences https://artsci.utk.edu/people/rj-hinde/ Kate Jones | Professor and Divisional Dean, Natural Sciences and Mathematics, College of Arts and Sciences | Experimental Nuclear Physics https://physics.utk.edu/people/instructional-faculty/jones-kate/

Discussions w/ Physics Faculty

• Lucas Platter

Room: 307 Lucas Platter

Discussions w/ Physics Faculty

• Michael Guidry

Room: 307

Discussions w/ Physics Faculty

• Tony Mezzacappa

Room: 307

Seminar: Emerging Materials for Next-Generation Computing and Opto-Electronic Devices

• Deep Jariwala
• Adrian Del Maestro (University of Tennessee, Knoxville)

Room: 423 Emerging Materials for Next-Generation Computing and Opto-Electronic Devices Deep Jariwala Department of Electrical and Systems Engineering, University of Pennsylvania, Philadelphia, PA 19104, USA E-mail: dmj@seas.upenn.edu Website: jariwala.seas.upenn.edu Modern computing faces significant challenges in the post-Moore's Law era, particularly as applications shift from arithmetic-centric to data-centric paradigms driven by artificial intelligence and ubiquitous connectivity. Silicon will likely remain dominant for the foreseeable future, but there's a pressing need for innovative materials and device architectures to complement silicon and enable more efficient, powerful, and versatile computing systems for both conventional and extreme environments. In this talk, I will first discuss our research on two-dimensional (2D) chalcogenide semiconductors for next-generation electronics. These materials exhibit remarkable properties when integrated with silicon to create low-power quantum-mechanical tunneling dominated field effect transistors, particularly using In-Se based semiconductors. I will highlight our achievements in phase-pure epitaxial thin-film growth at wafer scales, compatible with back-end-of-line processing in silicon fabs. I will then present our work on integrating 2D materials with emerging ferroelectric nitride materials for advanced memory applications. Specifically, I will focus on how integrating 2D semiconductors with wurtzite structure ferroelectric nitrides, particularly aluminum scandium nitride (AlScN), creates high-performance ferroelectric field-effect transistors (FE-FETs). Our latest results demonstrate scaling of 2D/AlScN FE-FETs to achieve ultra-high carrier and current densities in ferroelectrically gated MoS₂. This section will also cover ferroelectric diode (FeD) memory devices with multi-bit operation and compute-in-memory capabilities. The exceptional temperature stability of AlScN FeDs, with stable operation up to 600°C and data retention up to 1000°C when integrated with SiC, as well as down to -261 °C makes these devices uniquely suited for extreme environment computing applications. Next, I will explore how strong light-matter coupling in excitonic 2D semiconductors enables novel photonic devices and quantum light sources. Transition metal dichalcogenides (TMDCs) of molybdenum and tungsten, with their visible spectrum bandgaps and strong excitonic absorption, serve as excellent platforms for investigating strong light-matter interactions and the formation of hybrid states. I will give a glimpse into our recent work in this area using TMDCs and metal organic chalcogenolates for achieving strong to ultra-strong coupling of photons with excitons in these 2D semiconductors and its applications in optoelectronic devices including quantum light sources. I will conclude by presenting a vision for how novel materials can lead the way for novel devices which in turn could enable novel computing paradigms including quantum computing as well as cryogenic classical computing using quantum phases of matter. Zoom Link: https://tennessee.zoom.us/j/83113783688?pwd=IYCqAFFn7FWoAz69uBWCC9xoo6ghst.1

Research Discussion - Current Governor's Chairs ZOOM Option Room: 423 Zoom Meeting Link:https://tennessee.zoom.us/j/83754107950 Meeting ID: 837 5410 7950

Faculty Discussion

• Lawrence Lee (University of Tennessee, Knoxville)

Room: 503

Dinner @ JC Holdway

• Hanno Weitering
• Zac Ward (ORNL)
• Adrian Del Maestro (University of Tennessee, Knoxville)

https://www.jcholdway.com/

Visitor Center - Badging Office

Research Discussion: David Sholl

Research Discussion: Scott Retterer

Research Discussion: Andrew Christianson

Research Discussion: Yutai Kato

Lunch

Research Discussion: Katherine Evans

Research Discussion: Karren Moore

Research Discussion: Stephen Jesse

[ZOOM] Research Discussion: EECS Faculty Meeting Zoom Link: https://tennessee.zoom.us/j/89171833234 Meeting ID: 891 7183 3234

[ZOOM] Research Discussion: MSE Faculty Meeting Zoom Meeting Link: https://tennessee.zoom.us/j/88902645884 Meeting ID: 889 0264 5884