Advisor: Petra Huentemeyer
Monday, 12/02/2019 11:30 am
Cosmic-Ray Acceleration in the Cygnus OB2 Stellar Association
Now accepting applications for:
Homeland Security Explosives Detection Research Opportunity
Explosives Detection Research Opportunity with the U.S. Department of Homeland Security (DHS), Transportation Security Laboratory.
We have a unique research opportunity for graduating students and post graduates with magnetic resonance spectroscopy experience. Selected applicants will have the opportunity to be part of an exclusive group of scientists to determine the feasibility of using nuclear quadrupole resonance (NQR) for fielded detection and for supporting test and evaluation of commercially developed NQR-based explosives detection systems. Continue reading
The Department of Energy National Nuclear Security Administration Fellowships:
The DOE NNSA SSGF is open to any U.S. citizen or permanent resident alien planning full-time, uninterrupted study toward a doctoral degree at an accredited U.S. university. Those eligible to apply include senior undergraduate students and first- and second-year graduate students focusing their studies on high energy density physics, nuclear science, or properties of materials under extreme conditions and hydrodynamics.
The DOE NNSA LRGF is open to U.S. citizens engaged in full-time, uninterrupted study toward a doctoral degree at an accredited U.S. university. Students must be in their second (or later) year of doctoral work in one of the supported fields of study at the time they apply.
Master’s Defense: Cameron Shock
Advisor: Issei Nakamura
Friday, 08/02/2019 3:00 pm
Rekhi Hall 214
The Solvation Energy of Ions in a Stockmayer Fluid
PhD Defense: Chad Brisbois
Advisor: Petra Huentemeyer
Thursday, 07/18/2019 11:00 am
Understanding the Very High Energy Gamma-Ray Emission of a Fast Spinning Neutron Star Environment
I came to Michigan Tech in Spring 2014 and joined Dr. Ramy El-Ganainy’s group in Summer 2016. Currently, my research focuses on the fundamental aspects and applications of non-Hermitian physics. In general, non-Hermiticity arises in open systems that exchange energy with their environment. Particularly, my work deals with a special type of non-Hermitian degeneracies called exceptional points. I have explored the mathematical features of these singularities as well as their potential benefit in building new photonic components such as ultra-responsive optical sensors as well as a new generation of optical amplifiers that outperform standard devices. Additionally, I am also investigating how the engineering of dissipation in non-Hermitian nonlinear optical systems can be used to build new light sources that can produce coherent light at any color on demand.
I would like to thank the Graduate School for granting me this fellowship, which will allow me to focus on my dissertation writing and thesis defense. I am grateful for the Physics Department for the continuous support and would like to thank my adviser Dr. El-Ganainy for guiding me throughout my work.
I am a PhD candidate working with Dr. Jae Yong Suh and Dr. Yoke Khin Yap in the Physics Department. I joined Michigan Tech in summer of 2015 after finishing my master’s degree from Lanzhou University, China. My research interests lie in linear and nonlinear optical properties of low dimensional materials including novel metallic films and transition metal dichalcogenides (TMDs), which are promising for applications in nanophotonic and nanoelectric devices. I do fabrication, characterization and simulation of these materials. I am also interested in building setups for detecting optical properties of materials. My long-term goal is to pursue an academic career in optical and materials physics, extending what I have learned from Michigan Tech. I am passionate about teaching as well and have more than three years of experience of PH1200 lab as an instructor in Michigan Tech.
I would like to thank Graduate School for granting me the Finishing Fellowship. It allows me time to write my dissertation, defend my thesis and graduate with a doctoral degree. Meanwhile, I am thankful for Dr. Jae Yong Suh and Dr. Yoke Khin Yap for their guidance, and the group members who have helped me during research work as well. I am also grateful to the department chair, Ravindra Pandey, and the Physics Department for their support.
Congratulations! Outstanding Scholar Award Fall 2018 Recipients
Gina Roose (Accounting MS)
Shuaidong Zhao (Civil and Environmental Engineering PhD)
Priscilla Addison(Geological Engineering PhD)
Sampath Kumar Reddy Boyapally (Mechanical Engineering MS)
Rahul Jitendra Thakkar (Mechanical Engineering MS)
Nikhil Appasaheb Shinde(Mechanical Engineering MS)
Mitchel Timm (Mechanical Engineering MS)
Xinyu Ye (Environmental Engineering PhD)
Janarjan Bhandari (Atmospheric Science PhD)
Mingxi Fang (Chemistry PhD)
John Barnett (Environmental and Energy Policy PhD)
Dolendra Karki (Physics PhD)
Congratulations! Outstanding Graduate Student Teaching Award Fall 2018 Recipients
Dongdong Ge (Civil and Environmental Engineering PhD)
Mohammadhossein Sadeghiamirshahidi (Civil and Environmental Engineering PhD)
Aaron Krieg (Chemical Engineering PhD)
Brandi Petryk (Geology MS)
Christa Meingast (Environmental Engineering PhD)
Luke Jurmu (Mechanical Engineering-Engineering Mechanics PhD)
Mingyang Li (Mechanical Engineering-Engineering Mechanics PhD)
Catherine Tislar (Applied Cognitive Science and Human Factors PhD)
Vagarshak Begoyan (Chemistry PhD)
Sun Nguyen (Environmental and Energy Policy MS)
Jacob Blazejewski (Mathematical Sciences PhD)
Nicholas Videtich (Physics MS)
Neel Uday Desai
I came to Michigan Tech in Fall 2013 to start my Phd in Atmospheric Sciences after finishing my masters from University of Michigan in Aerospace Engineering and my bachelors from University of Mumbai in Mechanical Engineering.