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Dear Friends,
I am very proud to announce a new breakthrough in Windows technology. For all of us, it is a quite tedious everyday task to ensure that Windows which are expected to stay open really stay open and do not get closed unintendedly. After a lot of experimental research, I finally found a perfect solution: I connect the Windows via Universal Serial Bus. Since the details are hard to explain in easy English Words, and are to be published soon in Bernie's Journal of High Technology anyway, I suggest you to take a look at this photograph here.
A patent application has already been submitted, and I hired an extremely expensive patent attorney to make sure that the patent will be granted - this is real High Technology and not the usual trivial junk patents are granted for, hence a professional specialist is required for this non-trivial purpose.
If you want to use this technology, you need a license. For the purpose of testing, you are allowed to use this technology for a maximum of 10 Windows for not more than 10 days for free. After that period, you need to pay for your license. To keep things easy, just pay 1 Cent per Window and day to my bank account. For bigger sites, easy licensing schemes are available - please inquire. In case you are a technology consultant and want to sell this technology to your customers, please inquire for resale conditions.
Please note that my patent also includes other electronic methods for keeping Windows open, like the more clumsy connections by Local Area Network, Serial Port, or Parallel Port. Any patent infringement will be severely prosecuted!
Looking forward to your licensed use of this modern High Technology, and for me becoming a billionaire.
Sony 20.1 MP Digital Camera (Black & Silver). Source: funnypictures13.tumblr.com/post/107834503474/sony-20-1-mp...
Strategic Information Technology and Portfolio Management, Edited by: Albert Wee Kwan Tan, National University of Singapore, Singapore and Petros Theodorou, Athens University of Economics & Business, Greece, Dec 2008
Visiting with Russ Ogi of Rapid Technologies, a 3-D printing, prototyping, and design firm. After seeing the equipment and some items in their Executive Centre office, we checked out an exhibit of more artistic pieces at Louis Pohl Gallery.
4/28/2016-- Seattle, WA, USA
Miscellaneous campus images.
Lake Washington Institute of Technology.
Photograph by Stuart Isett for the Lake Washington Institute of Technology
A meeting of local stakeholders at the governor's office where CIO Sonny Bhagowalia outlined the "Transforming Government" plan and setting the stage for the "Make IT Happen Hawaii" coalition.
Always looking out for her crawling children, ensuring the pathway is lit for the Humans so that they know where to step. Never ending, never dying, never giving in to twilight. Always protecting.
Straight out of camera, which is a first for my digital photos :>
A surreal desktop, brought to you by LogMeIn.com.
A fellow colleague referred me to this free third-party service for remote control of a PC through an internet connection. After installing it on my home computer, I figured why not try to connect to my home computer, from my home computer.
Since I wanted to see what would turn out I bypassed all of its warnings, and this was the result. And as you would expect, you can see the redrawing taking place as it updated each smaller screen in its infinite regress towards the vanishing point upon every round-trip both from and back to my computer...
Infinite regress
Aug. 1, 2005
Tim Wonhof, Fabrizio Carmigiani, Paul Klemperer - Eddeworth Professor of Economics, Oxford - 2015 Australian Conference of Economics, Queensland University of Technology-Gardens Point Campus, Brisbane, July 09, 2015. Picture-Patrick Hamilton / Economic Society of Australia QLD 2015
Foto: Bram Saeys; Food & Lab Technology 2023 Mikrocentrum, Alea Publishers, Brabanthallen 's-Hertogenbosch
OU Learn About Fair, 24 April 2016
Photo from The Open University's annual Learn About Fayre 2016, hosted in the Jennie Lee building, Walton Hall Campus, Milton Keynes.
This photo is © Copyright Chris Valentine 2016 but is made available here under a Creative Commons license. Strictly no commercial use without prior arrangement.
Pima Air and Space Museum
LOCKHEED S-3B VIKING
The Viking was designed in the late 1960s to replace the aging S-2 Tracker as the Navy's carrier based, fixed wing anti-submarine aircraft. Incorporating the latest electronic and acoustic submarine hunting technology in an airframe powered by two highly efficient turbofan engines the S-3A greatly increased the Navy's ability to locate and track Soviet nuclear submarines.
The first Viking flew in January 1972 and so impressed the Navy that the first production contract was issued only three months later. Anti-submarine squadron 21 was the first to use the Viking operationally in 1974. The aircraft proved to be extremely safe, reliable, and versatile.
In 1981, Lockheed began upgrading the existing Vikings to incorporate newer electronic systems and the ability to fire the Harpoon anti-ship missile. Eventually all anti-submarine equipment was removed and the Viking focused anti-surface warfare, strike missions, and aerial refueling duties.
Technical Specifications
Wingspan: 68 ft 8 in
Length: 53 ft 4 in
Height: 22 ft 9 in
Weight: 52,539 lbs (loaded)
Maximum speed: 518 mph
Service Ceiling: 40,000 ft
Range: 2,645 miles
Engines: 2 GE TF34-GE-400B, 9275 lbs. thrust
Crew: 4
Taken for JMU Technology and Design by Rachel Crowe. All rights reserved. No usage without permission.
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ISM volunteers and MR Kennedy continue the survey started at the GIN Conference at Barangay San Juan Taytay electricity