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Man who pointed laser at aircraft lands a 30-month prison sentence

NEW YORK (CNN) — A judge in California has sent a strong message to anyone who thinks that pointing lasers at aircraft is just harmless fun ‘n’ games.

U.S. District Judge Stephen V. Wilson sentenced a 19-year-old man on Monday to 30 months in federal prison for shining a laser pointer at a plane and police helicopter, according to a news release from the U.S. Attorney’s Office, which prosecuted the case.

Adam Gardenhire deliberately pointed the commercial grade green laser at a private Cessna Citation that was landing at the Burbank Bob Hope Airport in California on March 29, 2012.

Gardenhire, of North Hollywood, California, was arrested and pleaded guilty in the incident as part of an agreement with prosecutors in October.

The pilot of the corporate jet was hit in the eye multiple times and had vision problems through the next day, court documents say.

Later, a helicopter sent by the Pasadena Police Department to investigate the incident also was again hit by a laser, but the pilot had protective equipment and was not injured.

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ILDA On ABC Good Morning America; At Police Pilots’ Convention

ABC’s Good Morning America had a story Sunday morning (July 8) on laser pointer incidents at San Francisco International Airport. During the 2 minute video, there was a portion explaining that some people may not know this is hazardous. A brief clip then aired of me telling an ABC reporter about a boy in Tulsa who “just wanted to say hello to the pilot.” The clip stated “International Laser Display Association.” I’ve attached a screenshot.

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Laser Laws – For ILDA Members

To ILDA Members:

Yesterday, U.S. President Barack Obama signed a bill which includes a provision making it a federal crime to aim a laser pointer at an aircraft, or at the flight path of an aircraft in U.S. airspace. The language in H.R. 658’s Section 311 will become Title 18, Chapter 2, Section 39A of the United States Code. A complete text of the law is below. 

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Piracy and Lasers

Piracy Map

It’s hard to believe that it’s the 21st Century and we’re still talking about pirates, but high-seas bandits are a big problem for ships, including oil tankers and container ships. Last year, there were 430 reported attacks and in 2009, 406, according to reports from the ICC’s International Maritime Bureau.

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True story: the making of the Terminator’s laser-sighted .45 pistol

One of the most striking images from The Terminator was the weapon he carried and used in his first attempt on Sarah Connor’s life: the .45 Longslide, with laser sighting. Who can forget the scene in the gun shop? The gun was likewise such a striking presence on screen it was used on the film’s poster. There are T-shirts dedicated to the gun.

Terminator was released in 1984, and while laser sights on weapons are common now, when the film was first shown the red laser was able to communicate something subtle and powerful to the audience: this is a machine, deadly accurate and futuristic. It made the Terminator seem other-worldly and terrifying. At a party during CES, Deputy Editor Jon Stokes and I bumped into some representatives from SureFire, a company that specializes in tactical flashlights. We talked about some of our favorite moments with technology in cinema, and The Terminator came up.

“We created that laser!” I was told. They told me the gentleman who built the prop was named Ed Reynolds, and he was still with the company. More than a little jazzed about bumping into a fun part of film history, we knew we had to get the full story behind the Terminator’s gun.

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LETI announces integration milestone

A European project unveils a fully CMOS-compatible laser source coupled to a silicon waveguide.

A team of researchers from across Europe will present details of a fully CMOS-compatible laser source that is coupled to a silicon waveguide this week. The achievement is a major milestone in a three-year €3.2m project known as WADIMOS (Wavelength Division Multiplexed Photonic Layer on CMOS). The ultimate goal of the project is to demonstrate a photonic interconnect layer on CMOS.

WADIMOS, an EU-funded research project, started in January 2008 and has six project partners. It is co-ordinated by IMEC of Belgium and also involves STMicroelectronics, MAPPER Lithography, Lyon Institute of Nanotechnologies (INL) and the University of Trento.

Working with a circuit design from INL and IMEC, LETI completed the specific process studies for the laser source by adapting and modifying standard III-V materials process steps to comply with a CMOS environment. Specifically, LETI replaced gold-based metal contacts with a Ti/TiN/AlCu metal stack. The circuits were processed on 200 mm wafers at LETI’s facilities.

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HDI 3D Laser TV

The small California start-up we wrote about last year is in the news again as more details about HDI’s laser-powered 3D TV are released.  HDI-US Inc. already has orders for its prototype 103-inch 3D HDTV and is now actively marketing itself as a television manufacturer and not just a 3D solutions licensor.  HDI’s platform is a laser-based projection system blended with proprietary optics and LCoS.  Glasses are needed for viewing in 3D, but reportedly the glasses are passively designed to provide less eye strain than the active-shutter models already in the market.

HDI is marketing heavily on the unique immersive qualities of large HDTV displays and 3D technology.  Steve Wozniak has praised the company and HDI’s future home models may incorporate such unique features as a 2D-to-3D processor, integrated soundbar and a personal 3D camcorder, all for less than $15,000.  Models can be purchased now for around $100,000 if you simply cannot wait until production begins in 2011 (tell them laser-tv.org sent you).

“We’ve witnessed 3D from a variety of sources, be it in a RealD theater, NVIDIA’s active-shutter 3D Vision gaming or Sony’s own active solution. Without a doubt, HDI’s 3D HDTV was the best in-home 3D product that we’ve had the pleasure of viewing.”

Engadget

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New Laser Zaps Mosquitoes in Slow-Motion Video


A new laser system can kill mosquitoes without harming other insects, as shown in slow-motion video. It’s all part of the effort to combat malaria.

© 2010 National Geographic; video courtesy Intellectual Ventures

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Unedited Transcript:

Scientists have developed a hand-held laser that can kill mosquitoes in high volume. And they’re hoping that this will help combat one of the world’s most deadly diseases.  A high-speed video camera that captures up to 6,000 frames per second was used by a company called Intellectual Ventures to show the invention in action. But first, to study the flight dynamics of mosquitoes, the scientists recorded their flight movements. In this video, tiny suspended water droplets, illuminated by a green laser, show the movement of air around the mosquito’s wing.  In this video, a mosquito’s flight was recorded, and we’re seeing it in extreme slow motion. To get this footage, the mosquito was placed in a custom designed chamber that sensed when the mosquito flew through the focal plane of the camera.  Later, after studying the data, and setting up the system, the mosquitoes are struck and killed by lasers. Here (3rd video, 2nd clip) you can see the laser strike… parts of the mosquito breaking off… and the body falling to the ground.  If played in real time, these segments would be about one-tenth of a second long.  The goal of this research is combating malaria, a disease spread through tropical regions of the world by mosquitoes. Nearly a million people die of the disease each year.  Intellectual Ventures says their involvement began with a challenge from the Bill and Melinda Gates Foundation. To set up their system, the scientists created what they call a Photonic Fence, which, in the field, (photo) would have a beam of infrared light between fence posts. The system detects mosquitoes and shoots them down. The inventors claim all the laser parts came from inexpensive consumer electronics.  They also claim the system can distinguish between different insects. It would only target mosquitoes, and let others, such as butterflies and bumblebees, to pass through unharmed. The system can even distinguish between male and female mosquitoes, based on their wing beats. This is important, because only female mosquitoes bite humans.

Source : National Geographic Daily News

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Where is Laser the TV?

2010 may be a watershed year for Laser TV as the entertainment market looks for new and exciting products to entice consumers and help the market forget lackluster sales in 2009.  Sony actually lost money for the first time in over 50 years.  2009 saw Mitsubishi on top as the sole manufacturer of Laser TV with its Laservue, which halted production earlier in the year, and now retails for less than $5,000 in some areas.  HDI Ltd. of Los Gatos, California introduced a giant Laser TV prototype which may someday give Mitsubishi its first real competition.

The 3D film, Avatar, represents decades of planning and waiting by the filmmaker’s for technological advances sufficient enough to allow expressive 3D rendering.  3D cinema and 3D TV are poised to change the way we view entertainment, and high-efficiency and low-power consumption laser-powered electronics could help drive the technology for 3D goods and content.

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