Welcome the Class of 2016!
Eli graduated from Ithaca College in May 2016 with a B.S. in Physics (with honors) and minors in Chemistry and Mathematics. His thesis investigated the use of NdBa2Cu3O7 thin films grown by pulsed laser deposition to be used as seed crystals to catalyze the bulk growth of YBa2Cu3O7 superconducting crystals. During his time at IC he gained extensive experience growing oxides via PLD (using two different systems: IC and CHESS), analyzing crystal structures via x-ray diffraction, analyzing surface morphologies via atomic force microscopy (using two different systems: IC and CHESS), and determining the critical temperature of the superconductors via ac magnetic susceptibility. His thesis was awarded one of two outstanding theses in the department. Outside of research, Eli served as the president of the Ithaca College SPS chapter for the 2015-2016 year and was a teaching assistant for three years in the SCALE-UP setting for introductory mechanics and E&M, both algebra and calculus based. His current interests are in experimental hard condensed matter.
In 2016, Will Buchholtz graduated with a BA in Physics from Pomona College. During his time at Pomona, he participated in several areas of research, ranging from the microwave spectroscopy of diatomic molecules to physics education. For his senior thesis he undertook a theoretical project, creating a simulation of the surface charge evolution on a simple circuit. Also a math minor, Will’s academic interests are broad but generally involve the disciplines of Physics, Math and Computer Science. In his free time, Will enjoys playing the cello and piano.
Robert graduated from Drew University in December of 2015 with a B.A. in Physics and minors in Mathematics and Italian. He served as a TA for Introductory Physics and for Introductory Astronomy at Drew. He earned a fellowship funded by NASA from the New Jersey Space Grant Consortium during which he worked at Big Bear Solar Observatory and the Owens Valley Radio Observatory on the Expanded Owens Valley Solar Array. Robert also has conducted research involving surface enhanced Raman laser spectroscopy. His areas of interest include condensed matter, optics, biophysics, and nanotechnologies.
Alex graduated from Pennsylvania State University in 2016 where he obtained a BS in Physics and a BA in English, as well as a minor in Math. While at Penn State, he was a starter for the varsity fencing team. Over the last two summers, Alex worked at MIT Lincoln Laboratory. While there, he was part of an effort to develop a device to calculate energy expenditure and respiratory quotient in expired breath. He is also very interested in music, and has been playing guitar for twelve years.
Students at various stages of the program
Kara Googins, Class of 2015
The Graduate Program at Georgetown was the right fit for me because it is was a small, collaborative and welcoming community that provided each student with the resources they need to be successful. I really appreciated that each graduate student is treated as an important and contributing member to the department. The Department has found the right mix of students that combines intellectual achievement, unique personalities and diverse interests outside of physics.
Abhay Goyal, Class of 2014
The Georgetown physics program turned out to be everything I hoped for in grad school. The small but tight-knit community is both welcoming and encouraging, and the research they do is really interesting! Best of all, the friendly atmosphere and the lab rotations give you the opportunity to explore a variety of research topics.
Matt Sartucci, Class of 2013
The community here at Georgetown is very close-knit and personable. It emphasizes collaborations and support from faculty and experienced research staff. The result is that graduate students are valued and encouraged to take advantage of the many available opportunities, both for research and career development.
Pasha Tabatabai, Class of 2011
I am interested in biological networks. The systems I study most frequently are silk gels; we can create extremely strong solid like networks out of silk proteins via multiple methods. Our first paper, Rheology of Reconstituted Silk Fibroin Protein Gels: The Epitome of Extreme Mechanics, looked into the mechanical properties of silk gels made with an electric field. However, we can more controllably form networks with either the addition of acid or enzymatic cross-linking.
You can view Pasha's blog here.
Tabitha Yewer, Class of 2014
I was drawn to Georgetown's doctoral program for it's Industrial Leadership in Physics program, which gives its students an opportunity to participate in an internship, take classes at Georgetown's McDonough School of Business, and network and form close relationships with a board of mentors who all hold interesting jobs in science industry. The smaller size of Georgetown's program has allowed me to get to know the professors on a more personal level and become close with the other graduate students. The professors and students are all inclusive and supportive, and have made graduate school fascinating and fun!
Rich Arevalo, Academic Advisor at Empire Edge
“I am investigating how stress propagates through a branched biopolymer network,” Rich says. “Our research group uses novel dynamics imaging technology to directly visualize the microscopic behavior of soft materials under precisely controlled shear. Consequently, we gain the insight necessary to explain the interesting macroscopic mechanical behavior of our soft materials on a more fundamental and unique level.”
Natalia Borjemscaia, Engineer at IBM
Tony Boyd, Research Fellow at the NavAL Research Laboratory
Tony was drawn to Georgetown by the ILP program’s business focus. He knew that he did not want to work in academia, yet he was still interested in pursuing a graduate degree in physics. Georgetown proved to be the ideal fit, “It’s one of the few business-related programs out there.”
Jesus Cruz-Rojas, Engineer at Netscout
Isha Dube, Engineer at Intel Corporation
Isha chose an internship at Procter & Gamble, in Cincinnati. She worked in the Micro Fluidics group studying about detergents and how well they dissolved in water. Most of her work was focused on studying the phase transitions taking place during the dissolution process of surfactants, which are the raw materials for making soaps. “I will definitely cherish the experience of working in an industrial research environment,” Isha says. “Industrial research is very eye-opening.”
Yizhi Ge, Manager at Lockheed Martin
Simon Hale, Engineer at IBM
Michael Helle, Researcher at Naval Research Laboratory
Kai He, Scientist at NOAA
The ILP program was an important factor in influencing Kai’s decision to attend Georgetown, “it was creative that at that moment there was a program that tried to relate more to industry rather than just academia,” Kai says. “It’s the nature of the practical and industry-oriented program that appealed to me."
Pramukta Kumar, Founder/CTO of Timbr.io
Yian Liu, Engineer at Globalfoundries
After several years of clean room experience at Georgetown University, including silicon- and polymer-based processing and equipment trouble-shooting, Yian became a “super-user” of the facility. He now has a patent to his name issued on November 25, 2014:
A process for forming a carbon nanotube field effect transistor (CNTFET) device includes site-specific nanoparticle deposition on a CNTFET that has one or more carbon nanotubes, a source electrode, a drain electrode, and a sacrificial electrode on a substrate with an interposed dielectric layer. The process includes control of PMMA removal and electrodeposition in order to select nanoparticle size and deposition location down to singular nanoparticle deposition. The CNTFET device resulting in ultra-sensitivity for various bio-sensing applications, including detection of glucose at hypoglycemic levels. -- Biosensor and System and Process for Forming, United States 8,895,340
Armstrong Mbi, Professor at the American University
After completing his MS at Mississippi State University, Armstrong was attracted to the Industrial Leadership in Physics track at Georgetown due to its emphasis on preparing students to work in industry. “Through the ILP program, I’ve been able to do course work and projects in finance, economics, marketing, as well as in intellectual property law.”
Russel Ross, Lead Technologist at Booz-Allen Hamilton
Julie Schoening, Analyst at the Commodity Futures Trading Commission
Julie finished her Ph.D. in statistical physics from Georgetown University, with an empirical market microstructure dissertation, jointly directed by Dr. Frank Hatheway and Dr. James Angel. This dissertation research uses tick-by-tick equity market data to study instances in which quotation price clearly deviates from the fundamental value of the security.
Wen Shen, Financial Engineer at Fannie Mae
Misha Smirnov, Post-Doctoral Fellow AT THE Max Planck Florida Institute for Neuroscience
Justin Stimatze, Engineer at GREE International
Georgetown's interdisciplinary program provided the grounding in business coursework and leadership fundamentals that made transitioning to engineering management a seamless and rewarding experience. In retrospect, the program's rigorous technical curriculum and focus on industry have been invaluable to my own career.
Baoming Tang, Data Scientist at Exabeam
Baoming gained much from the ILP graduate program at Georgetown University's Department of Physics. The courses were deep and compelling and the professors were affable and approachable.
Becky Van Pelt, Scientist at Areté Industries
Yanfei Yang, Research Associate at NIST
Yanfei's dissertation research involved fabricating carbon nanotube field effect transistors and measuring their electrical properties as a function of temperature and field-induced doping. She found that a single nanotube in contact with normal metal electrodes may become superconducting below about 30K. Reflecting on her graduate experience, she says, “I am very grateful for the years learning and working in Professor Barbara's research group.”
Joseph York, Manager at AIP
"I returned from my apprenticeship at Optimetrix in 2008. Now, I am researching the use of magnetic nanoparticles as contract agents in magnetic resonance imaging and as thermal seeds for cancer treatment when present in large external magnetic fields. Magnetic dipole moments located in an external field undergo relaxation processes to align themselves with the field. Particle shape, size, concentration and composition affect particle realization and testing their abilities to enhance contrast in MRI and their heating efficiencies to act as thermal seeds for local hyperthermia treatment of cancer."