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Wednesday, November 7, 2012
VentureSeries + 4Q VenturePitch Orlando Welcomes Obama's Technology Force Multiplier!
Tuesday, November 6, 2012
TOMORROW: Seminar: 11.7.12 / CREOL 102 / 1:30-2:30pm / “Attosecond physics: the first decade”, Ferenc Krausz
Seminar: “Attosecond
physics: the first decade”, Ferenc Krausz
CREOL102
Wednesday, November 7,
2012 / 1:30-2:30pm
Ferenc Krausz1
Max-Planck-Institut für
Quantenoptik, Garching, Germany.
Ludwig-Maximilians-Universität München, München, Germany
Ludwig-Maximilians-Universität München, München, Germany
Abstract:
Electron motion and light waves
form the basis of life: the microscopic motion of electrons creates light,
which supplies our globe with life-giving energy from the sun; electrons
transform light into biological energy during photosynthesis and into
biological signal endowing us with the capability of seeing the world around
us. Upon their motion inside and between atoms, electrons emit light, carry and
process information in biological systems and man-made devices; create,
destroy, or modify molecules, affecting thereby biological function.
Consequently, they are key players in physical, chemical, and life sciences;
information, industrial, and medical technologies likewise.
During the past ten years
(2001-2011), advances in laser science opened to door to watching and
controlling these hitherto inaccessible dynamics: the motion of electrons at
the atomic scale and light wave oscillations (being mutually the cause of each
other) evolving on attosecond time scales.
Key tools include waveform-controlled few-cycle laser light
and attosecond pulses of extreme ultraviolet and soft-X-ray light. They provide
a force capable of steering electrons inside and between atoms and a probe for
tracking their motion. Insight into and control over microscopic electron
motion are likely to be important for developing brilliant sources of X-rays,
understanding molecular processes relevant to the curing effects of drugs, the
transport of bioinformation, or the damage and repair mechanisms of DNA, at the
most fundamental level, where the borders between physics, chemistry and
biology disappear. Once implemented in condensed matter, the new technology will
be instrumental in advancing electronics and electron-based information
technologies to their ultimate speed: from microwave towards lightwave
frequencies.
Biography:
1986 M.Sc., Budapest U. Technology,
Hungary
1991 Ph.D. Vienna U. Technology,
Austria
1998-2004 Professor, Vienna U. Technology
2003- Director, Max-Planck-Inst.
Quantenoptik, Garching, Germany
2004-
Professor, Ludwig-Maximillians-Univ., München, Germany
2006- Director, Munich-Centre for
Advanced Photonics
Research
Ultrashort-pulse
lasers, ultrafast spectroscopy, high-field physics, attosecond physics: control
and real-time observation of atomic-scale motion of electrons; development of
compact, laser-driven sources of brilliant x-ray and particle beams for medical
applications.
For
More Information:
Martin
Richardson
MCR @ creol . ucf . edu
IEEE Student Chapter Seminar: 11.15.12 / 12-1pm / CREOL 102 / “How to Prepare to be A Faculty”, Mercedeh Khajavikhan
IEEE
Student Chapter Seminar: “How to Prepare to be A Faculty”, Mercedeh Khajavikhan
CREOL
102
Thursday,
November 15, 2012 / 12-1pm
Mercedeh
Khajavikhan
CREOL
Abstract:
The
majority of the students that enter graduate school, especially at the
doctorate level, has thought about pursuing academic career at some point. No
need to say; after graduation, only a few successfully launch their own group
in academia. Graduate students, deeply involved in the scientific/technical
aspects of their projects, are usually blind to many other aspects of the academic
process and that creates confusion, uncertainty, and disappointment when it
comes to applying for academic positions. In this talk, Mercedeh Khajavikhan, a
new faculty at CREOL, shares her recent experiences in searching for faculty
positions. She will pass on some of the advice that she received as well as
some of her own experiences on how to prepare for academic jobs during the
graduate school days, whether and where you should go for (a) postdoc(s), how
to prepare your application, when and where to apply, and how to prepare for
interviews.
Biography:
Mercedeh
Khajavikhan received B.S. and M.S. in Electronics from Amirkabir University of
Technology, Tehran, Iran, in 2000 and 2003, respectively, and Ph.D. in
Electrical Engineering from University of Minnesota in 2009. Her Ph.D.
dissertation was on coherent beam combining for high power laser applications.
In 2009, she joined University of California in San Diego as a postdoctoral
researcher where she worked on the design and development of nanolasers,
plasmonic devices, and silicon photonics components and later on as a
researcher on developing new techniques for low cost imaging systems. She
joined CREOL (Collage of Optics and Photonics) at UCF in Fall 2012 as an
assistant professor.
For
More Information:
IEEE
Photonics Society Student Chapter
Jie Sun
Jie Sun
sjie @ creol . ucf . edu
Chaptor Advisor:
Prof. Shin-Tson Wu
Chaptor Advisor:
Prof. Shin-Tson Wu
Monday, November 5, 2012
Friday, November 2, 2012
Seminar: 11.7.12 / CREOL 102 / 1:30-2:30pm / “Attosecond physics: the first decade”, Ferenc Krausz
Seminar: “Attosecond
physics: the first decade”, Ferenc Krausz
CREOL102
Wednesday, November 7,
2012 / 1:30-2:30pm
Ferenc Krausz1
Max-Planck-Institut für
Quantenoptik, Garching, Germany.
Ludwig-Maximilians-Universität München, München, Germany
Ludwig-Maximilians-Universität München, München, Germany
Abstract:
Electron motion and light waves
form the basis of life: the microscopic motion of electrons creates light,
which supplies our globe with life-giving energy from the sun; electrons
transform light into biological energy during photosynthesis and into biological
signal endowing us with the capability of seeing the world around us. Upon
their motion inside and between atoms, electrons emit light, carry and process
information in biological systems and man-made devices; create, destroy, or
modify molecules, affecting thereby biological function. Consequently, they are
key players in physical, chemical, and life sciences; information, industrial,
and medical technologies likewise.
During the past ten years
(2001-2011), advances in laser science opened to door to watching and
controlling these hitherto inaccessible dynamics: the motion of electrons at
the atomic scale and light wave oscillations (being mutually the cause of each
other) evolving on attosecond time scales.
Key tools include waveform-controlled few-cycle laser light
and attosecond pulses of extreme ultraviolet and soft-X-ray light. They provide
a force capable of steering electrons inside and between atoms and a probe for
tracking their motion. Insight into and control over microscopic electron motion
are likely to be important for developing brilliant sources of X-rays,
understanding molecular processes relevant to the curing effects of drugs, the
transport of bioinformation, or the damage and repair mechanisms of DNA, at the
most fundamental level, where the borders between physics, chemistry and
biology disappear. Once implemented in condensed matter, the new technology
will be instrumental in advancing electronics and electron-based information
technologies to their ultimate speed: from microwave towards lightwave
frequencies.
Biography:
1986 M.Sc., Budapest U. Technology,
Hungary
1991 Ph.D. Vienna U. Technology,
Austria
1998-2004 Professor, Vienna U. Technology
2003- Director, Max-Planck-Inst.
Quantenoptik, Garching, Germany
2004-
Professor, Ludwig-Maximillians-Univ., München, Germany
2006- Director, Munich-Centre for
Advanced Photonics
Research
Ultrashort-pulse
lasers, ultrafast spectroscopy, high-field physics, attosecond physics: control
and real-time observation of atomic-scale motion of electrons; development of
compact, laser-driven sources of brilliant x-ray and particle beams for medical
applications.
For
More Information:
Martin
Richardson
MCR @ creol . ucf . edu
Thursday, November 1, 2012
Update to Governor's Innovators in Business Awards
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Wednesday, October 31, 2012
LightPath Technologies Provides Quarterly Update on Infrared Initiatives
LightPath Technologies Provides Quarterly Update on Infrared
Initiatives
LightPath Receives Orders to
Provide Qualification Prototypes from Three OEMs for Thermal Imaging Systems
Raytheon Vision Systems
Development Project Remains on Schedule
ORLANDO, FL - (PRNewswire – October 31, 2012) - LightPath Technologies, Inc.
(NASDAQ: LPTH) ("LightPath", the "Company" or
"we"), a global manufacturer, distributor and integrator of patented
optical components and high-level assemblies, today provided an update to
shareholders on its progress with its infrared lens initiatives. LightPath continues to develop its thermal imaging business and is currently in the later stages of upgrading manufacturing capabilities at its Orlando factory to support the anticipated growth in its thermal infrared product lines. Sales and technical teams have been in contact with many large OEMs who purchase infrared optics in this space and LightPath has received initial orders from three such OEMs for prototypes of optical assemblies for their respective thermal imaging systems. LightPath’s optics provide significant material cost advantages for its customers through the use of chalcogenide glass compared to the materials that are currently in use today for such systems. LightPath continues to see significant growth opportunities for this business and expects significant orders from these and other customers in the second half of fiscal 2013.
In addition, the infrared development program with Raytheon Vision Systems continues to progress and work is now shifting from producing initial prototypes to developing the necessary production-scale cost reductions to meet the program’s cost and performance goals. With a substantial portion of the investment phase now completed, core manufacturing techniques and resources are now in place with significant improvements having been made in the protective coatings for the lenses. As the cost reductions are developed from this work, they are being implemented into LightPath’s proprietary process.
Jim Gaynor, President and Chief Executive Officer of LightPath, commented, "We are excited by the growing acceptance of the infrared products we offer as we continue to successfully penetrate this $150 million addressable market serving a diverse customer base. In particular, we see our infrared business being driven by demand for our quantum cascade laser lenses, with interest from customers in various subsectors, such as infrared countermeasures, gas analysis and spectroscopy."
About LightPath Technologies
LightPath manufactures optical products including precision molded aspheric optics, GRADIUM® glass products, proprietary collimator assemblies, laser components utilizing proprietary automation technology, higher-level assemblies and packing solutions. The Company's products are used in various markets, including industrial, medical, defense, test and measurement and telecommunications. LightPath has a strong patent portfolio that has been granted or licensed to it in these fields. For more information visit www.lightpath.com.
Forward-Looking Statements
This news release includes statements that constitute forward-looking statements made pursuant to the safe harbor provisions of the Private Securities Litigation Reform Act of 1995, including statements regarding our ability to expand our presence in certain markets, future sales growth, continuing reductions in cash usage and implementation of new distribution channels. This information may involve risks and uncertainties that could cause actual results to differ materially from such forward-looking statements. Factors that could cause or contribute to such differences include, but are not limited to, factors detailed by LightPath Technologies, Inc. in its public filings with the Securities and Exchange Commission. Except as required under the federal securities laws and the rules and regulations of the Securities and Exchange Commission, we do not have any intentio n or obligation to update publicly any forward-looking statements, whether as a result of new information, future events or otherwise.
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