Distinguished Life Member Status Earns Professor Spot in American Ceramic Society Publication

August 25, 2021 by
The September edition of the American Ceramic Society’s (ACerS) Bulletin publication features Pegasus Professor Kathleen Richardson, Ph.D., one of three people recognized in 2021 as a Distinguished Life Member. Richardson will officially accept ACerS’ highest distinction at an awards banquet in October. The award recognizes a lifetime of achievement that has earned Richardson a worldwide […]

UCF Awarded Its First Keck Foundation $1 Million Grant

August 18, 2021 by
By ROBERT WELLS One of the nation’s largest philanthropic organizations – the W. M. Keck Foundation – has awarded the University of Central Florida a $1 million Science and Engineering Research grant. The money is for a project led by University of Central Florida College of Optics and Photonics Professors Ayman Abouraddy and Demetrios Christodoulides. The project […]

UCF Researchers Awarded SEED Funding to Investigate Nano and Digital Technologies

July 12, 2021 by
By ZENAIDA GONZALEZ KOTALA Five UCF researchers have been awarded more than $450,000 in SEED funding thanks to a new collaboration between the UCF Office of Research and the international nano and digital technology research and development company imec. Researchers from the College of Engineering and Computer Science, College of Optics and Photonics, College of Sciences, and College of […]

Light Guiding by Artificial Gauge Fields

December 31, 2019 by
Gauge fields are a fundamental concept in physics, describing the basic interactions between charged particles. For example, electrons interact with each other through its gauge field, the photon. Neutral particles (such as photons) by being chargeless are thus decoupled from real gauge fields. However, by properly engineering a physical system through its geometric design or […]

Novel mid-infrared lasers for driving “water window” attosecond sources

December 31, 2019 by
The advent of femtosecond Ti:Sapphire lasers in the 1990s leads to the first demonstration for attosecond light in 2001. With commercially available lasers centered at 800 nm as the driver, extreme ultraviolet pulses with up to 150 eV photon energy can now be routinely generated for time-resolved experiments[1]. In recent years, carrier-envelope phase stabilized lasers […]

Clear and wide field of view single-molecule fluorescence microscopy

December 31, 2018 by
Wide-field epi-illumination fluorescence microscopy is an indispensable tool in many biological studies due to its high sensitivity  and high specificity (Fig. 1). Especially, single- molecule  imaging  is  a  powerful  approach for quantitative analysis  since  it  is  capable  of counting the number of molecules in a digital fashion and observing the dynamics of individual molecules in […]

Microdroplet duality for subwavelength focusing in nanomanufacturing

December 31, 2018 by
Much research has been carried out to produce nanoparticles of various materials due to their excellent mechanical, chemical, electrical, and optical properties. However, it is difficult to deposit and transform nanoparticles into large two-dimensional and three-dimensional structures, such as thin films or discrete arrays of nanodots, in a controlled manner. Recently subwavelength phenomena have drawn […]

Laser beam shaping enables high-speed microfabrication

December 31, 2018 by
Ever since lasers were invented almost 60 years ago, they have been used in welding, drilling, cutting, forming and other manufacturing processes. A new generation of lasers has been developed in the past few decades. Commonly referred to as “ultrafast lasers” or “ultrashort-pulsed lasers,” this type of laser can output flashes of light (“pulses”) that […]

Optical Parametric Oscillation First Demonstrated in Random χ(2) Medium

December 31, 2018 by
It has commonly been assumed that perfect crystals are paramount for the operation of frequency converters based on quadratic nonlinearity, χ(2), such as optical parametric oscillators (OPOs). The necessary phase- matching condition is usually achieved either by a proper crystal orientation, or via quasi-phase matching through controlled flipping of crystalline domains. Apparently,  as  our recent results […]