Our Team
The Jákli Lab brings together physicists, chemists, and materials engineers — from the principal investigator and collaborators to graduate students, postdocs, and alumni now working across academia and industry.
Antal I. Jákli
Director, Chemical Physics Interdisciplinary Program
Advanced Materials and Liquid Crystal Institute, Kent State University
Prof. Jákli is a physicist known for his work on bent-core, flexoelectric, and ferroelectric liquid crystals, and their applications in soft robotics, wearable sensing, energy storage, and tunable optics.
He earned his M.Sc. and Ph.D. in Physics from Lóránd Eötvös University, Budapest in 1983 and 1986, his Habilitation from the Institute for Solid State Physics, Budapest in 1992, and his D.Sc. in Physics from the Hungarian Academy of Sciences, Budapest in 2000.
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Teaching
- 2015–PresentLiquid Crystal Sciences: Physical Properties
Graduate, Chemical Physics Interdisciplinary Program - 2003–08; 2016–PresentStructured Fluids
Chemical Physics Interdisciplinary Program - 2019Physics of Soft Matter
Chemical Physics Interdisciplinary Program - 2018Introduction to Materials Physics
Undergraduate, Chemical Physics Interdisciplinary Program - 2010–2014Fundamentals of Liquid Crystal Sciences
Graduate, Chemical Physics Interdisciplinary Program - 2001–2009Physical Properties of Liquid Crystals
Graduate, Department of Physics
Collaborators
James T. Gleeson
Samuel Sprunt
Robert Twieg
John L. West
Graduate Students
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I am a PhD student specializing in the characterization of ferroelectric nematic liquid crystals, an exciting and rapidly evolving area of soft condensed matter physics. My research focuses on understanding the fundamental properties, molecular behavior, and electro-optic responses of these unique materials, which combine fluidity with spontaneous polarization, as well as on polymer-stabilized liquid crystals (PSLC) and meta-optics devices.
I study thermomechanical effects in ferroelectric nematic liquid crystals (FNLCs), creating local temperature gradients by electrically heating an ITO electrode and observing how the molecular orientation responds. I use photolithography to pattern electrodes, spectrophotometry to measure cell thickness, and polarized optical microscopy to characterize the material, work that supports applications in display technologies, biosensors, lab-on-chip devices, and electro-optic devices.
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Alumni & Visiting Scholars
Alex Adaka
Materials Science
Chenrun Feng
Chemical Physics
Cuiyu "Tracy" Zhang
Display Optical Engineer, Apple
Hemantha C. Prageeth Rajapaksha
Physics
Hussein Haji-Valizadeh
Department of Chemistry
John E. Harden, Jr.
Junren Wang
Liquid Crystal Engineer, Oculus VR
Kelum Perera
Physics
Mestiyage Don Tharindu Priya Gunathilaka
Mike Varga
Data Engineer, Remesh
Muhammad Salili
University of Pennsylvania
Pelluce Kabarokole
Rony Saha
Physics
Tanya Lopatkina
Lab Services Coordinator, Ohio Lumex
Tanya Vorobiova
Chemical Physics
Veridiana Garcia Guimaraes
Chemical Physics
Wei Chen
Chemical Physics