Well if the PR said our polymers increase data center transmission by 1/3 versus 3, maybe your point would have merit.
Probably best to just email their communications folks to point out the grammatical error, with a note to hope future PRs are more carefully proofed. Thanks!
Most thought I was crazy last night when I said, Parrott, School Bus, Northrop and Radar.
Yesterday - Through participation in the above DARPA projects ( and others, including MMIC, Terahertz Electronics, ELASTx, DAHI and CHIPS) and other collaborations, CTL has developed measurements that characterize and model, at millimeter wave frequencies, leading-edge integrated microelectronic components, interconnects used in 3D heterogeneous integration, and advanced materials. Each project worked with industrial stakeholders including Northrop Grumman, Teledyne, Hughes Research Labs, Raytheon, IBM, Intel, AIM Photonics, Lightwave Logic, Corning, Broadpak, and Cadence. The stakeholder's applications include 5G/6G communications, biomedicine, optical communications, radio astronomy, radar, and space communications.
Understand that back in the day there was an NSA guy named Terry Turpin, I used to see him hanging around and he eventually became an advisor at Lightwave. Terry worked for Essex (see parrot logo at the end of presentation) and back in the day Essex went on a buying spree, Rumor had it that Essex was going to take over Lightwave (back then the name was third-order nano) instead a bigger fish came along called Northrop Gruman and Bought Essex.
A Hyperfine Time for Essex (School Bus) Turpin processes images in real-time that take 20 engineers 6 months to process at Raytheon (RTN) or Lockheed (LMT). And he does it in a device about the size of a shoebox rather than on a room-sized supercomputer. A shoebox fits on a plane or missile. Until Essex, all radar imagery processed in real-time was done in 2-D, with 3-D left to the domain of science fiction writers. It certainly looks like science fiction on Turpin’s LCD. Only it’s real. The difference is eye-popping. To my untrained eyes, a 2-D radar picture of a tank looked like, well, lines. Tell me I was looking at a building or a school bus and I’d agree. Now, rotate the image in 3-D and it not only looks like a tank, it looks as if an artist drew it. After wasting hundreds of millions on large defense contractors, the military finally went to Terry and now has 3-D radar working operationally, “saving lives” and “taking the junk out of the sky to find the missile,” as the feisty Moodispaw puts it. With the surface penetrating tech nology of SAR (synthetic aperture radar), Terry can find bombs inside of buildings and caves. It is a good read. http://www.gildertech.com/public/Sampleissues/gTRDecem05.pdf
The only reason that I posted this is to show that Northrop is familiar with Lightwave, Oh and to counter the but X lightwave you said we would be bought our years ago.
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