MIT professor Marin Soljacic and 4 extra MIT alumni – Vanderlei Salvador Bagnato PhD ’87, Turan Erdogan ’87, Harold Metcalf ’62 and Andrew Weiner ’79, SM ’81, ScD ’84 – Are among the many 17 recipients of the 2023 Optica Awards.
Opticspreviously referred to as OSA, introduced the awards, which acknowledge these within the fields of optics and photonics who make vital technical, analysis, schooling, enterprise, management and repair achievements.
Soljačić ’96 acquired the Max Born Award, which acknowledges excellent contributions to bodily optics, theoretical or experimental, “for pioneering contributions in the fields of plasmonics, electromagnetism and topological photonics.”
Soljačić’s analysis focuses on optics and photonics, specifically nanophotonics and non-linear optics, and on intersections between AI and physics. His analysis on electromagnetic waves reveals basic ideas of optical physics, reminiscent of switches for optical computer systems and wi-fi energy transmitters. By utilizing extremely coupled magnetic resonances to switch energy wirelessly, his work might probably assist wirelessly cost laptops, cell telephones and electrical automobiles.
His nanophotonics analysis additionally explores easy methods to management gentle interactions with supplies structured on the nanometer scale. His advances in photonic crystals, which may change the habits of sunshine, maintain promise for serving to to enhance photo voltaic and thermal vitality conversion effectivity, velocity up optical communications, and advance purposes that use lasers, LEDs, and optical use fiber.
Such purposes use “metamaterials” with nanoscale buildings fabricated from a lattice of 1 sort of materials interspersed with one other materials or open house; for instance, metamaterials could be designed to transmit sure wavelengths whereas reflecting or absorbing others. Such supplies could be designed, amongst different issues, to soak up considerably extra photo voltaic vitality.
He additionally provides arrays of wave-like ridges and different nanoscale-level configurations to the floor of glowing supplies, which emit gentle when bombarded with high-energy particles or X-rays, to radically improve the precision and vary of medical X-rays. methods, night time imaginative and prescient goggles, particle detectors and electron microscopes.
“There are few scientists who achieve so much, in so many different aspects of science, with as much impact as Marin,” says Professor Erich P. Ippen ’62, a principal investigator within the Research Laboratory of Electronics (RLE). “An award named after Max Born, who also had such a broad impact, is particularly appropriate.”
Born in Zagreb, Croatia, Soljačić studied physics and electrical engineering at MIT, with a senior thesis on inflationary cosmology co-written with physics professors Alan Guth and Lisa Randall. He continued his grasp’s diploma at Princeton University and labored with present MIT professor Frank Wilczek on delicate condensed matter principle, which research the bodily habits of supplies reminiscent of liquids, glasses, polymers, foams and gels. His dissertation at Princeton, accomplished underneath the supervision of Professor Mordechai Segev, targeted on nonlinear optics.
Soljačić returned to MIT in 2000 as a Pappalardo Fellow, and was a principal investigator on the RLE earlier than becoming a member of the physics division in 2005. His awards embody a MacArthur “genius” Fellowship, the Blavatnik National Award, and the Adolf Lomb Medal. He is a global member of the Croatian Academy of Engineering Sciences and he was awarded the very best medal of the Croatian President for Science, the Order of the Croatian Day Star, and in addition acquired the Order of the Croatian Interlace Medal. He can also be founding father of WiTricity Corp., Lux LabsAnd Light intelligence.
Vanderlei Salvador Bagnato PhD ’87 from the University of São Paulo – Instituto de Fisica de Sao Carlos in Brazil and a professor of biomedical engineering at Texas A&M University, acquired the Robert E. Hopkins Leadership Award “for outstanding contributions to the global impact of optics and photonics and for promoting the field to the general public worldwide.” Bagnato acquired his grasp’s diploma in physics from the University of São Paulo and his PhD in physics from MIT. He works within the fields of optics, atomic and molecular physics with chilly atoms and biophotonics. In atomic physics, he’s a pioneer within the manufacturing of chilly atoms, and his most vital contributions relaxation on experiments in Bose-Einstein condensation, quantum turbulence and the manufacturing of the primary atomic clock in Latin America. In biophotonics, he has made influential contributions to using photodynamic motion for most cancers remedy and microbiological management, together with antibiotic-resistant infections. The Hopkins Leadership Award acknowledges a person or group that has made a major influence on the worldwide optics and photonics neighborhood, or on society at giant on account of non-research-oriented actions.
Turan Erdoğan ’87, the president of Plymouth Grating Laboratory, acquired the David Richardson Medal for his contributions to the industrial growth of optical elements and applied sciences “through remarkable entrepreneurship and business acumen that have led to products and applications in numerous fields, including fiber optic systems, medical optics, and femtosecond laser technology.” Erdogan acquired his BS in physics and EECS from MIT and his PhD from the University of Rochester, and was a postdoctoral fellow at AT&T Bell Labs. He was previously location chief for Melles Griot, USA; CTO and VP of enterprise growth for IDEX Optics and Photonics and IDEX Health and Science; co-founder of Semrock, Inc., which was acquired by IDEX; and a tenured professorship on the Institute of Optics on the University of Rochester. Established in 1966, the Richardson Medal acknowledges vital contributions to optical engineering, primarily within the industrial and industrial sectors.
Physics alumni Harold Metcalf ’62, a professor at Stony Brook University, was awarded the Esther Hoffman Beller Medal for excellent mentorship of undergraduate college students in sensible optical analysis, and for organizing an annual symposium for college students to current their work on the FiO/ LS convention. His analysis focuses on optical management of atomic movement, and he was one of many leaders within the earliest experiments in laser cooling and trapping. Metcalf has printed three textbooks, together with “Laser Cooling and Trapping.”
The Beller Medal is awarded for excellent contributions to the schooling of optical science and engineering.
Professor of Purdue University Andrew Weiner ’79, SM ’81, ScD ’84 acquired the Charles Hard Townes Medal for “pioneering work to bring optical frequency combing to the quantum world and developing innovative applications spanning several areas, including coherent control, generation and line-by-line manipulation of frequency combing, and ultra-wideband radio-frequency photonics.” Weiner holds a number of EECS levels from MIT and is the Scifres Family Distinguished Professor of Electrical and Computer Engineering at Purdue. He labored at Bellcore as a technical workers member and supervisor of Ultrafast Optics and Optical Signal Processing Research. He additionally spent sabbaticals on the Max Born Institute for Nonlinear Optics and Ultrashort Pulse Spectrscopy, Germany; JILA, University of Colorado; and the National Institute of Standards and Technology. Recognizing a person or group for excellent experimental or theoretical work, discovery or invention within the discipline of quantum electronics, the Townes Medal honors Charles Hard Townes, whose pioneering contributions to masers and lasers led to the event of the sector of quantum electronics.