Creating the Future through Education and Innovation
Ranked among the top 5 public universities for optics in the U.S. and the top 30 worldwide, CREOL is internationally known for advancing the fields of optics and photonics. Our students and researchers pioneer cutting-edge technologies in laser engineering, medical imaging, augmented reality, optical materials, metasurface optics, quantum photonics, semiconductors, astronomy, telecommunications, defense capabilities, and much more.
At CREOL, innovation starts with you. Join us in Orlando to advance your career, unleash your potential, and create a legacy that drives progress in the world of optics and beyond.
What's Happening at CREOL?
News
News
Events
Events
Event Details
Thursday (on UCF campus) – The UCF Optics and Photonics Spring Career Fair hosted by CREOL. Registration will be through Handshake. $500+tax for non-affiliates. Affiliates pay no additional fees. Senior Design Showcase, Lab Tours, Keynote Speakers, and Evening Networking Social.
Friday (at Hilton DoubleTree near UCF*) – Technical portion of the Symposium, including company exhibitions, panel discussions, award presentations, and faculty, student, and guest presentations. *Address: 12125 High Tech Ave., Orlando, 32817
Contact
Aaron Eades, Director of Partnerships, Marketing and Communications (aaron.eades@ucf.edu)
Explore
Expert Faculty & Researchers
At CREOL, our world-renowned educators teach students how to develop transformative technology and solve some of the biggest problems facing humanity.
Leaders of Tomorrow
CREOL students partake in hands-on projects, collaborations, and opportunities that prepare them to become future leaders in the field.
Partnering For Innovation
Bridging the gap between groundbreaking research and real-world applications through collaborations with industry leaders.
Research Highlights
Home to world-class research centers and cutting-edge facilities, CREOL is renowned as a global leader in optics and photonics. Our faculty and students cover a wide variety of research areas, providing researchers with ample opportunity to explore their interests.
Optoelectronics enables the bi-directional conversion of energy between photons and electrons to generate, absorb and manipulate light within the context of electronic systems. Example devices include LEDs, semiconductor lasers, modulators, photodetectors, and solar cells. Integrated photonics combines such passive and active devices to make optics seamlessly integrated with electronics to revolutionize communication, information processing, sensing and imaging systems.
Fiber optics allows us to transport and distribute optically encoded information over long distances with low losses as well as to collect and manipulate optical signals. Advances in optical fiber have revolutionized the fields of communication and information processing and continued research in materials science and optical engineering will aid in the development of next generation devices. In addition to telecommunication, modern fibers can be found as an integral component in many applications such as lighting and display hardware, lasers, and sensors.
Nonlinear optics deals with the behavior of intense light in media exhibiting nonlinear response to the applied optical field. It enables wavelength conversion and multiphoton absorption, and plays essential roles in optical telecommunication, nonlinear microscopy and spectroscopy, and attosecond science. Quantum optics is concerned with light-matter interaction phenomena requiring quantum-mechanical description. It includes processing of quantum information at the photon level, and supports applications ranging from ultrasensitive measurement and secure communication to computing.
Optoelectronics enables the bi-directional conversion of energy between photons and electrons to generate, absorb and manipulate light within the context of electronic systems. Example devices include LEDs, semiconductor lasers, modulators, photodetectors, and solar cells. Integrated photonics combines such passive and active devices to make optics seamlessly integrated with electronics to revolutionize communication, information processing, sensing and imaging systems.
Optical sensing, imaging, and display involve the acquisition, manipulation, and presentation of optical information by use of optical irradiance, phase, coherence, polarization, luminescence, in one or more dimensions. The research in this area synergizes device development and signal processing. Optical sensing and imaging have unique advantages in biomedical imaging and industrial metrology, due to the non-invasive and high-specific nature of the visible light; display technologies, including solid-state lighting and liquid crystal display, play an major role in today’s advancement in consumer electronics and entertainment industry.
Biophotonics is a multidisciplinary research area where light-based methods are utilized to understand and manipulate biological processes. Research in this area involves development of novel techniques to diagnose and/or treat a variety of diseases.
Optoelectronics enables the bi-directional conversion of energy between photons and electrons to generate, absorb and manipulate light within the context of electronic systems. Example devices include LEDs, semiconductor lasers, modulators, photodetectors, and solar cells. Integrated photonics combines such passive and active devices to make optics seamlessly integrated with electronics to revolutionize communication, information processing, sensing and imaging systems.
Fiber optics allows us to transport and distribute optically encoded information over long distances with low losses as well as to collect and manipulate optical signals. Advances in optical fiber have revolutionized the fields of communication and information processing and continued research in materials science and optical engineering will aid in the development of next generation devices. In addition to telecommunication, modern fibers can be found as an integral component in many applications such as lighting and display hardware, lasers, and sensors.
Nonlinear optics deals with the behavior of intense light in media exhibiting nonlinear response to the applied optical field. It enables wavelength conversion and multiphoton absorption, and plays essential roles in optical telecommunication, nonlinear microscopy and spectroscopy, and attosecond science. Quantum optics is concerned with light-matter interaction phenomena requiring quantum-mechanical description. It includes processing of quantum information at the photon level, and supports applications ranging from ultrasensitive measurement and secure communication to computing.
Optoelectronics enables the bi-directional conversion of energy between photons and electrons to generate, absorb and manipulate light within the context of electronic systems. Example devices include LEDs, semiconductor lasers, modulators, photodetectors, and solar cells. Integrated photonics combines such passive and active devices to make optics seamlessly integrated with electronics to revolutionize communication, information processing, sensing and imaging systems.
Optical sensing, imaging, and display involve the acquisition, manipulation, and presentation of optical information by use of optical irradiance, phase, coherence, polarization, luminescence, in one or more dimensions. The research in this area synergizes device development and signal processing. Optical sensing and imaging have unique advantages in biomedical imaging and industrial metrology, due to the non-invasive and high-specific nature of the visible light; display technologies, including solid-state lighting and liquid crystal display, play an major role in today’s advancement in consumer electronics and entertainment industry.
Biophotonics is a multidisciplinary research area where light-based methods are utilized to understand and manipulate biological processes. Research in this area involves development of novel techniques to diagnose and/or treat a variety of diseases.
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