Embedded Files
Welcome to the Shautsova Research Lab
at the University of Central Florida!
Welcome to the Shautsova Research Lab
at the University of Central Florida!
We are passionate about the extraordinary physics and applications of emerging nanomaterials, such as 2D materials, and nanophotonic systems to address the pressing modern challenges in nanoelectronics, optoelectronics and bioelectronics.
We are passionate about the extraordinary physics and applications of emerging nanomaterials, such as 2D materials, and nanophotonic systems to address the pressing modern challenges in nanoelectronics, optoelectronics and bioelectronics.
We combine approaches from different disciplines to design innovative design architectures from bottom up, that harness and control light and electronic behavior at the nanoscale. Along this journey, we push boundaries of fundamental science and develop pathways for technology translation through patents, industry collaborations and startup ventures.
We combine approaches from different disciplines to design innovative design architectures from bottom up, that harness and control light and electronic behavior at the nanoscale. Along this journey, we push boundaries of fundamental science and develop pathways for technology translation through patents, industry collaborations and startup ventures.
We are building an interdisciplinary team of physicists, material scientists, electrical engineers and bioengineers — all working together to push the limits of what is possible at the nanoscale. We are dedicated to training the next generation of scientists and leaders in academia and industry.
We are building an interdisciplinary team of physicists, material scientists, electrical engineers and bioengineers — all working together to push the limits of what is possible at the nanoscale. We are dedicated to training the next generation of scientists and leaders in academia and industry.
We identify and study new promising 2D materials and their heterostructures, design high-performance electronic devices and uncover new physical phenomena. We use advanced nanoscale characterization techniques to reveal material properties at the nanoscale. These insights guide materials selection and device design for next-generation nanoelectronics.
We integrate 2D materials with nanophotonic architectures to precisely control light at the nanoscale and explore new optical regimes. We also stack 2D layers into van der Waals heterostructures to engineer interlayer coupling and enable hybrid device architectures that integrate seamlessly with nanophotonic structures. Together, these efforts enable advanced optoelectronic and hybrid quantum systems.
We combine 2D materials, flexible substrates and nanophotonic structures to create optical and electronic interfaces for neural recording, stimulation and neurochemical sensing. We design nanophotonic structures and build high-sensitivity confocal microscopes to detect fast low-amplitude biological signals. We test these platforms on primary neuronal and cardiac cultures and collaborate for in vivo studies.
Join us!
Join us!
We are always looking for talented and motivated students and postdocs. If you are interested in joining the Shautsova Lab, we encourage you to reach out early. This helps us plan funding, research direction, and available positions.
Because we receive many inquiries, we kindly ask that you follow up if you don’t receive a response within a week. Additionally, please fill in the form below which helps with your application visibility. This helps ensure your message and application do not get lost.
If you are unsure how to structure your inquiry email, you may refer to our “Resources” section for guidance. You can find CV guidance there as well.
We look forward to hearing from you :)
Page updated
Google Sites
Report abuse