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Long Beach Hosts CLEO/QELS

MAY 01, 2002

DOI: 10.1063/1.1485585

The Conference on Lasers and Electro-Optics (CLEO) and the Quantum Electronics Laser Science (QELS) Conference will run concurrently at the convention center in Long Beach, California, from Sunday, 19 May, through Friday, 24 May. The joint meeting will be a rich blend of basic and appliced science. At the meeting, members of the optoelectronics community will have an opportunity to discuss the latest topics in laser science, quantum electronics, and optoelectronics.

More than 1200 papers will be presented in 10 parallel sessions during the six-day conferences, including, on the CLEO side, 51 invited and 713 contributed papers, 188 of which will be presented in the poster sessions. On the QELS side, 30 invited and 312 contributed papers are planned, with 99 being presented in the poster sessions. Joint and special topic symposia are also scheduled throughout the conference.

In addition to the technical sessions, 14 tutorials will be offered dealing with new materials for solid-state lasers, holography in information systems, array waveguide gratings, nuclear physics using light sources, the merging of the wireless and fiberoptics worlds, techniques and applications in ultrafast x-ray science, applications and technology of amplets, organic optoelectronics, nonlinear optics applications in optical communications, private and public key quantum cryptography, quantum dot laser diodes, quantum computation using linear optics, fluorescence spectroscopy and imaging for biomedical diagnostics, and micro- and nanomachined optics.

“From Swords to Plowshares: The Double Impact of DOD Quantum Electronics Research,” a special joint symposium, will be held on Monday afternoon. Speakers will discuss the effect that research sponsored by the US Department of Defense has had on the field of quantum electronics.

A four-part special joint symposium entitled “New Frontiers in Physics with Femtosecond Lasers” will take place on Tuesday. The sessions are dedicated to the memory of Aleksandr Prokhorov and Nikolai Basov, Nobel Prize winners and early pioneers in the field of high-power lasers and their applications. Prokhorov died earlier this year and Basov died last summer.

CLEO/QELS attendees can choose from 55 short courses ranging from introductory to advanced levels. New for this year are courses in optical switching, photonic crystals, and successful photonics startup, among others. Some of the courses include hands-on experience. All of the short courses will be held at the Hyatt Regency Long Beach.

Poster sessions will be held in the exhibit hall at the Long Beach Convention Center Tuesday through Thursday from 1:00 to 2:30 PM.

The plenary and awards session is scheduled for 8:00 AM on Wednesday in the second-floor ballroom of the Long Beach Convention Center. The session will begin with an Optical Society of America (OSA) presentation of the 2002 Charles Hard Townes Award to Charles V. Shank, who directs the Lawrence Berkeley National Laboratory. He is being recognized for his “development of ultrashort lasers from the near-infrared to x rays and their application to condensed-matter problems in chemistry, physics, and biology.” The Institute of Electrical and Electronics Engineer’s Laser and Electro-Optics Society (IEEE/LEOS) will present its Quantum Electronics Award at the session, but the winner had not been announced by press time.

At the plenary session to follow, Philip Russell, a professor of physics at the University of Bath in the UK, will give a talk entitled “Photonic Crystal Fibers: A Holey Renaissance”; Steven Korotky, the director for advanced optical networking and technology at Lucent Technologies will speak on “Optical Communication Transport and Networking: Trends, Technology, Challenges, and Opportunities”; and Wolfgang Ketterle, Nobel Prize winner and John D. MacArthur Professor of Physics at MIT, will discuss “Bose–Einstein Condensates—Superfluid Gases.”

Also scheduled for Wednesday, the social reception will be held from 7:00 to 8:30 PM in the second-floor ballroom at the Long Beach Convention Center.

During the conference, 95 Nobel laureates will be honored with a display recognizing their contributions to the “science of light.” This tribute marks the centennial of the Nobel Prizes.

On the application side, CLEO/QELS will once again hold the popular Laser and Electro-Optics Applications Program, or LEAP sessions as they are more commonly known. These sessions, which look at a range of issues from the perspectives of business and applications, will take place Monday through Thursday.

The equipment exhibition will feature more than 350 companies showcasing state-of-the-art products and services that are vital to the optical community. The exhibition will be open on Tuesday from 10:30 AM to 5:30 PM, Wednesday from 9:30 AM to 5:00 PM, and Thursday from 9:30 AM to 4:00 PM. A special exhibits-only period has been set aside on Wednesday from 9:30 AM until noon.

Job hunters and employers alike can learn more about opportunities in optics and photonics at the conference employment services center, sponsored by OSA. The center will be open from 10:30 AM to 5:00 PM on Tuesday, 9:30 AM to 5:00 PM on Wednesday, and 9:30 AM to 4:00 PM on Thursday.

CLEO/QELS is cosponsored by OSA, IEEE/LEOS, and the American Physical Society’s division of laser science.

Sessions with Invited Speakers

Monday, 20 May

morning

Holographic gratings and devices I. Kip.

Microstructure optical fibers. Westbrook.

Materials and processes. Ellison.

Ultrafast pulse generation I. Kienberger.

Random lasing. Cao.

Cavity quantum optics. Mossberg.

Coupling and coherence in quantum dots. Bayer.

Holographic gratings and devices II. Agranat.

High-field laser technology. Matousek.

Quantum optics I. Moelmer.

Nanospectroscopy of wires and dots. Akiyama, Karrai.

Optical modulators: Filters and applications. Steier.

Novel laser materials II. Ueda.

Metamaterials. Schultz.

Adaptive optics and control. Pennington.

afternoon

From swords to plowshares: The double impact of DOD quantum electronics research I. Yariv, Kasevich.

Ultrafast short-wavelength sources. Banerjee.

From swords to plowshares: The double impact of DOD quantum electronics research II. Harris, Happer.

Physics with high-field lasers. Nishigori.

Analog optical processing. Anderson.

Mid-IR lasers III. Schepler.

Tuesday, 21 May

morning

Novel emitters and detectors. Homewood.

Symposium on new frontiers with femtosecond lasers: Nuclear and astrophysics with high-intensity lasers. Ledingham, Takabe.

Fiber-based frequency converters. Popov.

Multiphoton absorption and NLO. Matijosius.

High-resolution spectroscopy and fundamental measurements. Curtis.

Mid-IR lasers II. Beck.

Symposium on photonic crystal lasers and defects. John.

THz generation and nonlinear optics in nanostructures. Zheludev.

Symposium on new frontiers with femtosecond lasers: Relativistic physics and optics. Mourou.

Dipole forces and magnetic trapping. Raizen.

afternoon

Fabrication and processing of optical structures. Chou.

Symposium on new frontiers with femtosecond lasers: Ultrafast x-ray diffraction. Siders, Wark.

Novel nonlinear materials and applications I. Vahala.

Slab and waveguide solid-state lasers. Baker.

GaInNAs lasers. Sato.

Semiconductor quantum optics. Yuan.

Rydberg atoms, cold molecules, and laser cooling. Chapman.

OPO and OPG of ultrashort pulses. Piskarskas.

Symposium on new frontiers with femtosecond lasers: Ultrafast materials. Rousse, Reis.

Novel structures and applications I. Trillo.

Novel devices/characterization. O’Brien.

Femtosecond optics. Corkum.

2D photonic crystal waveguides. Notomi.

Wednesday, 22 May

morning

Awards and plenary session. Russell, Korotky, Ketterle.

afternoon

Fusion and high-power lasers I. Moses.

QPM applications I. Laurell.

Novel laser architecture. Bretenaker.

Novel fiber devices and sensors. Kirkendall.

Bose–Einstein condensation I. Reichel.

Ultrafast phenomena in quantum dots. Guenther.

Fusion and high-power lasers II. Andre.

Tunable lasers. Garbuzov.

Space based solid-state lasers. Afzal.

Communication subsystems. Chbat.

Bose-Einstein condensation II. Butov, Ertmer.

Rabi oscillations: Semiconductors. Li, Htoon.

Thursday, 23 May

morning

Extreme UV and novel laser sources. Stamm.

Microstructured fibers II. Richardson.

Atomic coherence, darkstate, and fast light. Kuzmich.

VCSELs I. Ortsiefer, Amann.

Nonlinear effects in lightwave systems. Ebrahimi.

Organic photonic devices and materials. Yao.

Optical transmission systems. Fukuchi.

Raman amplification. Liu.

Spectrum generation in specialty fibers. Birks.

Fundamental NLO including EIT. Sokolov.

Symposium on quantum information science: Communication and cryptography. Bouwmeester.

afternoon

Absolute optical phase control. Diddams, Nisoli.

Photonic routing and network characterization. Koga.

Coherent dynamics and control. Schumacher.

High-speed and mode-locked lasers. Silver .

Spectroscopy and contrast in bioimaging. Feld, Lakowicz.

Photonic crystals. Lin.

Symposium on quantum information science: Semiconductors. Kamada, Gerard, Awschalom.

Optical signal processing. Weber.

Pattern formation in solitons. Segev.

Ultrafast molecular dynamics. Tokmakoff.

Friday, 24 May

morning

Symposium on quantum information science: Entanglement and decoherence. Leuchs, Cirac, Gea-Banacloche.

Plasmonic nanomaterials. Shalaev.

Laser-based gas and chemical sensing. Paldus.

Micromachined optics and optical micromachines. Ormos.

Semiconductors I. Leitenstorfer.

Pulsed terahertz-beam applications. Kersting.

Nonlinear optics. Dickson.

Symposium on quantum information science: Atoms, ions, and photons. Schmeidmayer.

Semiconductors II. Ciuti.

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Volume 55, Number 5

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