by Ian Khan | Oct 10, 2023 | Futurist Blog
Dr. John Dudley – University of Franche-Comté: A recognized figure in the photonics world, Dudley’s research spans nonlinear and ultrafast optics. He was instrumental in establishing the International Day of Light, celebrated by UNESCO, to highlight the importance of photonic technologies.
Dr. Ursula Keller – ETH Zurich: Keller is known for her groundbreaking work in ultrafast laser technology and the development of semiconductor saturable absorber mirrors (SESAMs), widely used in mode-locking lasers.
Dr. Michal Lipson – Columbia University: A prominent figure in the silicon photonics realm, Lipson has pioneered several of the critical building blocks essential for silicon photonics technology, which promises to revolutionize computing, communication systems, and more.
Dr. Eli Yablonovitch – UC Berkeley: Often referred to as the father of photonic crystals, Yablonovitch’s work has dramatically impacted the field, guiding waves of light using structures that he designed.
Dr. Susumu Noda – Kyoto University: A prominent name in the photonic crystal domain, Noda has made pioneering contributions to the design and realization of three-dimensional photonic crystals.
Dr. Jelena Vuckovic – Stanford University: Vuckovic’s work focuses on designing photonic computational systems and translating quantum photonic systems into practical, manufacturable devices.
Dr. Aydogan Ozcan – UCLA: A leader in the field of biophotonics, Ozcan has been recognized for developing innovative computational microscopy, sensing, and diagnostic tools, often leveraging smartphone platforms.
Dr. Federico Capasso – Harvard University: Capasso’s extensive research in photonics includes the development of quantum cascade lasers and the investigation of new phenomena in metasurface platforms, which allow for the manipulation of light at unprecedented levels.
Dr. Andrea Alù – CUNY Advanced Science Research Center: Renowned for his work on metamaterials, Alù explores the possibilities of creating materials with properties not found in nature, with applications spanning from cloaking to novel methods of energy harvesting.
Dr. Lene Vestergaard Hau – Harvard University: Gaining worldwide attention for slowing down light to a halt in a cloud of ultra-cold atoms, Hau’s research bridges condensed matter physics, quantum electronics, and photonics.
by Ian Khan | Oct 10, 2023 | Futurist Blog
Prof. Michal Lipson: Based at Columbia University, Lipson is a pioneer in the silicon photonics domain. Her foundational research into guiding light on silicon-compatible chips has paved the way for numerous breakthroughs in the field.
Prof. John Bowers: At the University of California, Santa Barbara, Bowers has contributed significantly to silicon photonics’ development, especially concerning hybrid silicon lasers, which allow light sources to be integrated onto silicon chips.
Dr. Keren Bergman: Also at Columbia University, Bergman’s expertise lies in developing photonic interconnection networks for advanced computing systems, leveraging the high bandwidth and low energy properties of optics.
Prof. Shanhui Fan: Working at Stanford University, Fan’s research explores the fundamental aspects of photonics, including creating energy-efficient photonic devices using silicon.
Prof. Andrew P. Knights: At McMaster University, Knights is known for his work on integrating optoelectronic devices on silicon substrates, vital for the evolution of silicon photonics applications.
Dr. Bahram Jalali: A professor at UCLA, Jalali has pioneered silicon photonic time-stretch imaging, which has opened up avenues for ultra-fast imaging applications using silicon photonics.
Prof. Graham Reed: Working out of the University of Southampton, Reed’s contributions to silicon photonics, especially concerning high-speed optical modulators on silicon, have been groundbreaking.
Dr. Stéphane Kéna-Cohen: Based at the École Polytechnique de Montréal, Kéna-Cohen’s research emphasizes nonlinear optics in silicon waveguides, offering perspectives on next-gen photonic devices.
Prof. Romuald Houdré: Operating from EPFL, Houdré’s work on photonic crystals and microcavities has implications for silicon photonics, especially in designing compact, efficient devices.
Dr. Dries Van Thourhout: At Ghent University, Van Thourhout has extensively researched the integration of active photonic components with silicon photonics platforms, driving advancements in the field.
by Ian Khan | Oct 10, 2023 | Futurist Blog
Dr. John Dudley: Chair of the Quantum Engineering Science and Technology group at the University of Franche-Comté, Dudley’s work on optical pulses and nonlinear photonics has been influential in understanding the properties and applications of light.
Dr. Federico Capasso: A professor at Harvard, Capasso is renowned for his pioneering work on quantum cascade lasers and meta-materials, pushing the boundaries of photonics and optics.
Dr. Michal Lipson: At Columbia University, Lipson’s work on silicon photonics has been foundational in integrating photonic devices at the micro-scale, paving the way for faster and more efficient optical communication.
Dr. Nader Engheta: A professor at the University of Pennsylvania, Engheta is known for his work in nano-optics and metamaterials, exploring the intricate interactions between light and materials at the nanoscale.
Dr. Ursula Keller: At ETH Zurich, Keller’s innovations in ultrafast laser technology and her insights into light-matter interactions have advanced applications from communications to medicine.
Dr. Aydogan Ozcan: Holding a professorship at UCLA, Ozcan focuses on computational biophotonics, developing novel microscopy and sensing methods using photonics principles.
Dr. Andrea Alù: At the City University of New York, Alù’s explorations into electromagnetism, metamaterials, and photonics have unveiled new possibilities for controlling the propagation of light.
Dr. Miles Padgett: At the University of Glasgow, Padgett specializes in optical physics, particularly in orbital angular momentum of light, which holds potential for high-capacity data transmission.
Dr. Jelena Vuckovic: Leading the Nanoscale and Quantum Photonics Lab at Stanford, Vuckovic’s work on photonic crystals and quantum technologies promises advancements in computing and communication systems.
Dr. Susumu Noda: A professor at Kyoto University, Noda is recognized for his contributions to photonic crystal technology, shaping the way we manipulate light in photonic devices.
