Kickstart your research career with a fully funded PhD in Physics of Glasses at the University of Florida. Applications open for Spring/Fall 2026. Apply now!
Fully Funded PhD Opportunity in Physics of Glasses at the University of Florida: Apply for Spring or Fall 2026
If you are passionate about cutting-edge materials science and aspire to make impactful contributions in the field of physics and engineering, the University of Florida (UF) offers an exceptional opportunity to pursue a fully funded PhD in the Physics of Glasses. Dr. Jaeyun Moon and the Complex Materials Group in UF’s Department of Mechanical and Aerospace Engineering are inviting applications for one motivated PhD student to join their pioneering research team in the spring or fall of 2026.
Below, you’ll find everything you need to know about this unique graduate opportunity, including research areas, qualifications, responsibilities, application instructions, and why UF is the right choice for aspiring researchers in physics and engineering.
Why Study the Physics of Glasses?
Glasses are ubiquitous materials with remarkable properties used in technologies ranging from fiber optics and solar cells to batteries and even gravitational wave detectors. Understanding the atomic structure, dynamics, and properties of glasses at a fundamental level is crucial for the evolution of advanced technologies. Research in this field can lead to innovations with far-reaching implications—enhancing communication, energy storage, and measurement precision in science and engineering.
About the Complex Materials Group at UF
The Complex Materials Group at UF, led by Dr. Jaeyun Moon, focuses on exploring the atomic and molecular basis of glasses. The group’s mission intertwines experimental, computational, and theoretical methodologies to address critical challenges in materials science. UF’s top-tier research environment, combined with access to state-of-the-art facilities and interdisciplinary collaboration, provides a fertile ground for ambitious PhD candidates to thrive.
Core Research Areas for the PhD Student
As a PhD student in this group, you will gain hands-on experience and domain expertise in several high-impact research topics, including:
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Atomic Structure and Dynamics of Glasses: Investigate how atoms are arranged and move in amorphous materials using advanced simulation and characterization techniques.
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Thermal, Mechanical, and Optical Properties: Study how glasses respond to mechanical stress, temperature changes, and light, providing insights vital for next-generation optical and electronic devices.
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Novel Metrology and Computational Methods: Develop and employ innovative computational and experimental approaches to examine glasses at the atomic scale, opening new frontiers in materials research.
Research outcomes here have the potential to advance the performance and reliability of solid-state batteries, enhance the sensitivity of gravitational wave detectors, and foster breakthroughs in photonics and optoelectronics.
Who Should Apply? (Qualifications)
The ideal candidate will possess a passion for research, a proactive approach, and a strong academic foundation. The required and preferred qualifications include:
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Academic Background: Bachelor’s or Master’s degree in physics, materials science, mechanical engineering, or a closely related field.
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Research Experience:
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Exposure to fundamental materials research, especially with optics and lasers.
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Prior experience with atomistic simulations and first-principles calculations is highly desirable.
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Skills:
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Strong analytical, written, and verbal communication skills.
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Experience with data analysis, computational modeling, or experimental apparatus will be highly advantageous.
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Ability to work independently and as part of a diverse research team.
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Motivation:
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Demonstrated proactive, self-driven approach to scientific challenges.
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Commitment to publishing research in high-impact, peer-reviewed journals.
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Core Responsibilities
During your PhD tenure, you will:
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Lead Research Projects: Conduct independent, high-impact research under the mentorship of Dr. Moon, contributing original knowledge to the field.
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Team Collaboration: Work closely with UF colleagues, broader university networks, and international partners, fostering collaborations that can accelerate your research.
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Present and Disseminate Findings: Share your work at leading domestic and international conferences and through publication in top-tier journals.
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Travel for Research: Visit domestic and international user facilities to undertake experimental work and data collection as needed.
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Build and Maintain Equipment: Design, develop, and maintain custom experimental setups, as well as develop analytical code for data acquisition and analysis.
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Integrate Computational Techniques: Employ computational tools and simulations to guide and interpret experimental investigations.
Key Application Deadlines
- October 1st, 2025: Deadline for domestic and international students
Early applications are encouraged as the position may fill on a rolling basis.
How to Apply
To be considered for this fully funded PhD studentship, please email Dr. Jaeyun Moon at jaeyun.moon@ufl.edu with:
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A Brief Statement: Outline your research interests, and explain how your current and prior experience makes you a suitable candidate for this position.
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Updated CV/Resume: Include contact information for two references who can speak to your potential and prior research experience.
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Subject Line: Use “PhD Application – [Your Full Name]” to ensure your application receives proper attention.
Applications should showcase both your technical preparation and genuine interest in advancing the physics of glasses.
Why Choose the University of Florida?
1. World-Class Research Environment
UF ranks among the top public universities in the United States and is recognized for its dynamic research environment and global impact. Access to cutting-edge laboratories and resources will support your academic and professional growth.
2. Mentorship from Renowned Faculty
Under the guidance of Dr. Jaeyun Moon, you’ll receive personalized mentorship from a leading figure in complex materials research. Dr. Moon’s commitment to fostering independent, collaborative and innovative thinking ensures you’ll gain the skills and network necessary for a successful research career.
3. Interdisciplinary Opportunities
UF’s Herbert Wertheim College of Engineering fosters cross-disciplinary interaction, meaning you’ll engage with experts in areas such as mechanical engineering, physics, chemistry, and computer science.
4. Support for International Scholars
The program welcomes talent from across the globe, providing visa support and a vibrant, multicultural campus life.
5. Career-Ready Graduates
UF’s PhD graduates are highly competitive for roles in academia, industry, and government laboratories. Your expertise in the physics of glasses will open doors in the energy, telecommunications, electronics, and advanced manufacturing sectors.
FAQs
Is this PhD position fully funded?
Yes, the position includes full funding, covering tuition fees, a competitive stipend, and healthcare benefits.
Do I need research experience with glasses specifically?
Not necessarily, but a solid background in materials science or relevant physical sciences, with an emphasis on computational and/or experimental research, is expected.
Can I apply if I am still completing my degree?
Yes, as long as you will have completed your Bachelor’s or Master’s degree before the PhD start date in Spring or Fall 2026.
What is the working language?
The working language is English; strong proficiency in written and verbal communication is essential.
Don’t Miss This Opportunity – Begin Your Research Career at UF
If you aspire to become a leader in the field of materials physics, particularly in the fascinating and impactful domain of glasses, the University of Florida offers an outstanding environment to realize your potential. With a fully funded PhD, hands-on research, a globally respected mentor, and a welcoming academic community, UF is the launchpad for your future success.
Submit your application by the relevant deadline! For all queries and submissions, contact Dr. Jaeyun Moon at jaeyun.moon@ufl.edu
