PI: Dr. Svetlana V. Boriskina

PhD in Physics & Mathematics, Kharkiv National University, Ukraine

Google Scholar profile

Volodymyr is working on fabrication and characterization of novel polymer fibers and textiles as well as on the deposition and testing of thin-film semiconductor materials for flexoelectric energy harvesting. He holds a PhD in Thermophysics and Molecular Physics from Taras Shevchenko National University of Kyiv, and had post-doctoral training at Georgia Institute of Technology and Harvard University.

Simo graduated from the University of Toronto in 2019 with a B.ASc. in Mechanical Engineering and is currently a PhD candidate co-advised by Dr. Svetlana Boriskina and Prof. Marin Soljačić. His research focuses on light-matter interactions and how we can use novel materials to control them in mechanical engineering applications ranging from energy to medicine. Simo is a recipient of an MIT Presidential fellowship and an NSF graduate research fellowship.

Morgan graduated from Harvey Mudd College in 2019 with a B.S. in Engineering and is currently a PhD candidate at MIT supported by the Charles Stark Draper Laboratory​. Her masters work at MIT focused on optical ​and photonic metamaterial devices for sensing in marine environments as well as the detection of viruses. Her current research focuses on light-matter interaction and electron transport in quantum materials, with applications in energy harvesting and photodetection via the photogalvanic effect, as well as non-reciprocal heat transfer. She is also a MIT Communication Lab fellow.

Duo received his B.S. in Mechanical Engineering from the University of California San Diego in 2021 and is currently an S.M student & Graduate Research Assistant at MIT. His research at MIT focuses on the fabrication and optimization of multifunctional composite polyethylene-based materials for radiation shielding.

Buxuan is interested in understanding energy transport in amorphous materials, especially polymers, using computational methods including molecular dynamics and first principle calculations. He is also interested in engineering polymers to have unconventional thermal properties and experimentally characterizes thermal conductivity of materials.

Hannah graduated from Boston University in 2022 with a Bachelor’s degree in Electrical Engineering and a concentration in nanotechnology. She worked on CMOS technology for hardware Trojan detection in her undergraduate time and is experienced in digital logic design. During the course of her PhD she hopes to work on parameter optimizations for photonic device design and currently is working on maximizing nonreciprocal effects in planar structures. Hannah is a UCEM scholar and MIT Presidential fellow.

Amy graduated from UC Irvine with Bachelor’s degrees in mechanical and aerospace engineering and worked full-time as an Operations Systems Engineer at the NASA Jet Propulsion Laboratory on the mission operations team for the Mars 2020 Perseverance Rover. At MIT, Amy is pursuing a dual Master’s in the Technology and Policy Program and AeroAstro, working on engineering spacesuit materials and sustainable textiles. Amy is an NSF graduate research program fellow.

Abhishek graduated from Birla Institute of Technology and Science with a Bachelor's degree in Electronics & Communication Engineering. His research interests lie in developing novel nanophotonic and semiconductor-based devices that can find applications in on-chip optoelectronics and photonic integrated circuits. Abhishek's work at MIT focuses on strain-engineering of semiconductor materials for applications in photodetection, energy transfer, and light emission.

You Lyu is a visiting graduate student from Southern University of Science and Technology in China. His research at MIT focuses on characterizing and fundamental understanding polymer properties for enhancement of elasto/twistocaloric effects in synthetic fibers and yarns.

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Chanik is a visiting student from Soongsil University in South Korea, whose work at MIT is supported by the High-Potential Individual Global Training Program. He is interested in computation-driven metasurface design using inverse design, deep learning, and adjoint method.

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Junyoung is a visiting student from Soongsil University in Korea, whose work at MIT is supported by the High-Potential Invidivual Global Training Program. Junyoung is interested in applying photonic inverse design techniques to engineer and optimize photonic devices for biosensing, light focusing, and color sorting (such as e.g., CMOS image sensors).

Xianglin is a special student (senior) from Southern University of Science and Technology, who is supported by MIT-SUSTech Center. His work in the group focuses on using Fraunhofer diffraction for direct measurements of the axial Poisson's ratio of microfibers.

Boyu is a special student (senior) from Southern University of Science and Technology, who is supported by MIT-SUSTech Center. He is interested in fluid mechanics, heat transfer, and nanomaterials. His research at MIT mainly focuses on the Mechanics analysis of microcantilevers during snap-in process. Before coming to Boston, he studied at UC Berkeley as an exchange student.

Alice is an andergraduate student planning to major in Mechanical Engineering with a concentration in Engineering Management. Her work focuses on fabricating and engineering complex polymer yarns with a focus on maximizing chemical and mechanical recyclability.

Lauryn is an undergraduate student majoring in Materials Science and Engineering. She enjoys working with polymer-based materials and composites by manipulating formulations and production processes to obtain optimal material performance.

Munseong iis a visiting student from Soongsil University in Korea, whose work at MIT is supported by the High-Potential Invidivual Global Training Program. Junjeon is interested in photonic inverse design techniques and their applications to study radiative energy transport, light focusing, and biosensing.

Yoichiro received his B.E. and M.E. in Mechanical Engineering from Tohoku University in 2012 and 2015, respectively and earned an M.E. in Energy and Environmental Engineering from INSA de Lyon in 2014. His work at MIT focused on studying fundamentals of heat transfer mechanisms and nanoscale forces. Current Position: Post-doctoral associate, Stanford University

Jungwoo received his B.S. in Material Science and Engineering from the Korea Advanced Institute for Science and Technology, and Ph.D. from the University of Illinois at Urbana-Champaign. His research at MIT focused on ultrafast spectroscopy and development of high-conductivity polymers. Current Position: Google

Haejun works in the areas of inverse design of nanophotonic devices, developing a fast inverse design algorithm and novel metasurfaces. He graduated with magna cum laude B. S. degree in Electrical Engineering from Illinois Institute of Technology in 2010, then obtained M. S. (2013) and Ph. D. (2017) degrees both from Purdue University, and held a post-doctoral position at Yale University prior to working at MIT in 2020-2021. Current Position: Assistant Professor, Hanyang University, Korea

Marcelo received his Ph.D. degree from the Tecnológico de Monterrey (Mexico). His work at MIT focused on the development of highly-conductive plastics and wearable multi-functional fibers/textiles for passive thermoregulation. Current Position: Professor, Tecnologico de Monterrey, Mexico

As an UG student assistant, Aline was working on market research and commercialization of SVETEX technology centered on the development and fabrication of sustainable polyethtylene-based fibers & textiles.

David joined our group in 2017-2018 to work on the development of structurally-colored high-conductivity plastic films and fibers. His work in MIT also focused on studying water transport through plastic films and woven textiles. Current Affiliation: Defense Agency for Technology and Quality, Seoul, South Korea

Hadi received his M.S. degree from the Sharif University of Technology and B.S. degree from Shiraz University both in Mechanical Engineering. His research at MIT in 2016-2017 focused on the development and characterization of materials for solar energy harvesting, water treatment, and passive thermoregulation. Current Affiliation: Intel

Milo has worked on understanding and developing novel photonic biosensing platforms based on the probe cleavage detection mechanism and the use of CRISPR-cas complexes to achieve biological and photonic amplification of molecular detection.