Behold The Pasta PC, a computer that has a nutrition label in addition to a spec sheet, because he used sheets of pasta as the case. It works, but between the build (consider the thermals) and the antiquity of the Atom-based computer he sacrificed to make it, it's pretty hinky. [via MeFi]
My wife said something one day joking about making a PC out of Pasta... Never joke with me on such things because I may just do it... and do it I have. Behold... The LASAGNA PC V.1 Clickbait you say?! NAY! This is the real deal. The first ever crazy PC build on this Channel, and the first ever Pasta PC in the world. You're welcome.
Beautiful as it is, I'll admit that I'm slightly disappointed he didn't actually bake a PC into a lasagne. You could get away with what, about 160° without melting stuff on the board? Tasty. Read the rest
Ken Shirriff presents Iconic consoles of the IBM System/360 mainframes.
This article describes the various S/360 models and how to identify them from the front panels. I'll start with the Model 30, a popular low-end system, and then go through the remaining models in order. Conveniently IBM assigned model numbers rationally, with the size and performance increasing with the model number, from the stripped-down but popular Model 20 to the high-performance Model 195.
Each of the cabinets in the photo above contains a whopping 256 kilobytes of storage.
Previously: How It Works: The Computer Read the rest
For more than two decades, researchers have explored using DNA as a chemical computer. Until now though, DNA computers have only been capable of solving whatever mathematical problem they were built to tackle. Now though, researchers have demonstrated a more general-purpose DNA computer that can run a variety of chemical "programs." From Caltech
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"Think of them as nano apps," says Damien Woods, professor of computer science at Maynooth University near Dublin, Ireland, and one of two lead authors of the study. "The ability to run any type of software program without having to change the hardware is what allowed computers to become so useful. We are implementing that idea in molecules, essentially embedding an algorithm within chemistry to control chemical processes."
The system works by self-assembly: small, specially designed DNA strands stick together to build a logic circuit while simultaneously executing the circuit algorithm. Starting with the original six bits that represent the input, the system adds row after row of molecules—progressively running the algorithm. Modern digital electronic computers use electricity flowing through circuits to manipulate information; here, the rows of DNA strands sticking together perform the computation. The end result is a test tube filled with billions of completed algorithms, each one resembling a knitted scarf of DNA, representing a readout of the computation. The pattern on each "scarf" gives you the solution to the algorithm that you were running. The system can be reprogrammed to run a different algorithm by simply selecting a different subset of strands from the roughly 700 that constitute the system.
There aren't many details in Trump's “American A.I. Initiative,” but the point appears to be: send a message of technological dominance to China.
Over at EDGE.org, the must-read hub of intellectual inquiry and head-spinning science, Boing Boing pal and legendary book agent John Brockman is launching a new series of essays "from important third culture thinkers to address the empirically-driven and science related hot-button cultural issues of our time." First up is author George Dyson's "Childhood's End," a provocative riff on how the digital revolution has stripped much of our individual agency and that "to those seeking true intelligence, autonomy, and control among machines, the domain of analog computing, not digital computing, is the place to look." From EDGE:
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The spectacular success of digital computers in modeling real-world phenomena, encoded as algorithms with the results used as output to control something in the real world, has outshadowed very different ways that digital computers, and networks of digital computers, can be used. Algorithms and digital simulations have become so embedded in our culture and world view that we find it almost impossible to recognize that other forms of computation, without algorithms or digital models, effectively control much of the world.
We assume that a search engine company builds a model of human knowledge and allows us to query that model, or that some other company (or maybe it’s the same company) builds a model of road traffic and allows us to access that model, or that yet another company builds a model of the social graph and allows us to join that model — for a price we are not quite told.
A rare, fully-operational Enigma cipher machine from World War II will go up for auction at Sothebys tomorrow as part of an amazing History of Science & Technology auction (also including Richard Feynman's Nobel Prize). The Enigma is expected to go for around $200,000.
From a 1999 article I wrote for Wired:
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German soldiers issued an Enigma were to make no mistake about their orders if captured: Shoot it or throw it overboard. Based on electronic typewriters invented in the 1920s, the infamous Enigma encryption machines of World War II were controlled by wheels set with the code du jour. Each letter typed would illuminate the appropriate character to send in the coded message.
In 1940, building on work by Polish code breakers, Alan Turing and his colleagues at the famed UK cryptography center Bletchley Park devised the Bombe, a mechanical computer that deciphered Enigma-encoded messages. Even as the Nazis beefed up the Enigma architecture by adding more wheels, the codes could be cracked at the Naval Security Station in Washington, DC - giving the Allies the upper hand in the Battle of the Atlantic. The fact that the Allies had cracked the Enigma code was not officially confirmed until the 1970s.
Arthur C. Clarke forecasts the future in 1974. We've come a long way. Kinda.
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Chris Veltri, proprietor of San Francisco's legendary Groove Merchant record shop, posted this astounding artifact to his Instagram wunderkammer of outré culture paper ephemera @collagedropoutsf! It's a poster for a lecture by artificial intelligence pioneer Herbert Simon that took place at UC Berkeley in 1974. The speech was titled "How Man and Computers Understand Language."
Far fucking out.
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Paul Allen, billionaire co-founder of Microsoft, philanthropist, science fiction fan, and founder of Seattle's Museum of Pop Culture (formerly the Experience Museum Project), has died from complications of non-Hodgkin’s lymphoma. He was 65.
"From technology to science to music to art, I’m inspired by those who’ve blurred the boundaries, who’ve looked at the possibilities, and said, “What if...? In my own work, I’ve tried to anticipate what’s coming over the horizon, to hasten its arrival, and to apply it to people’s lives in a meaningful way." -- Paul Allen
Allen's professional timeline is quite something:
1953: Paul Allen is born January 21, 1953 in Seattle, Washington
1968: While at Lakeside School, Paul meets Bill Gates. A friendship that would later produce one of the world’s most innovative companies, Microsoft.
1969: Attends first rock concert, where he sees Jimi Hendrix at Seattle Center Coliseum
1975: Founds Microsoft
1982: In September, Paul is diagnosed with Hodgkin’s lymphoma. Nearly eight months later, doctors said he had beaten the disease.
1983: Officially resigns from Microsoft in March
1986: Founds Vulcan Inc. in Seattle as an investment and project management firm with his sister, Jody Allen
1988: Establishes The Paul G. Allen Family Foundation
1988: Purchases the Portland Trail Blazers
1988: Rescues Seattle Cinerama from demolition by purchasing and restoring the theater
1990: The Paul G. Allen Family Foundation makes its first grant.
1990: Becomes a billionaire at age 37
1995: Makes his single biggest investment to date by purchasing a 18.5% stake in Dreamworks
1996: Purchases the St. Read the rest
Meet David Bradley, chief engineer of the IBM PC, who created Ctrl+Alt+Del.
"I may have invented it, but Bill made it famous," Bradley once said.
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Sandsifter throws random machine code instructions at microprocessors, just to see what happens.
The sandsifter audits x86 processors for hidden instructions and hardware bugs, by systematically generating machine code to search through a processor's instruction set, and monitoring execution for anomalies. Sandsifter has uncovered secret processor instructions from every major vendor; ubiquitous software bugs in disassemblers, assemblers, and emulators; flaws in enterprise hypervisors; and both benign and security-critical hardware bugs in x86 chips.
With the multitude of x86 processors in existence, the goal of the tool is to enable users to check their own systems for hidden instructions and bugs.
I demand to see this scene in technothrillers pronto. Read the rest
The Internet Archive now offers in-browser emulation of more than 13,000 Commodore 64 floppy disks. The Sentinel, Paradroid, Oregon Trail, Wasteland... they're all there, waiting for you.
Software Library: C64 (Internet Archive)
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Control Panel is a fantastic visual blog "in praise of dials, toggles, buttons, and bulbs," a companion to the Control Panel group on Flickr.
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One of the nice things about owning a MacBook is that, more often than not, you don't have to give too much thought about what's going on behind the scenes. Mac OS is stable as all get out. Most users will never need to fart around with terminal commands or futz with file structures. As much of a cliché as it may be to say it, it just works.
Most of the time.
I discovered, over the years, that as stable as Apple's software experience typically is, there are a few ways to improve on things by tweaking and cleaning my SSD up. These are not tasks that I am good at. Admittedly, this is likely due to the fact that I've been too lazy to learn the ins and outs of making my computer do tricks outside of what my work requires. As such, I let apps do the behind-the-scenes heavy lifting for me. I've relied on MacPaws' CleanMyMac for years to clean junk files from my computer and maintain my drive's health. I can't remember how much I paid for it, back in the day, but I've very likely gotten my money's worth out of it.
The only thing that I likely know less about than what goes on behind the scenes of Mac OS is what in the name of Hell makes Windows 10 run. While I find the OS and the software I run on my Surface Go to be adequate for churning out words and a bit of photo editing, I haven't got the slightest idea of what to do in order to keep my new Windows 10 PC healthy. Read the rest
Every year, I wait for Apple to announce mouse support for the iPad. Every year, I am left unfulfilled. Apple's nailed the apps that I need to do my job on the go, but the lack of a mouse for interacting with text slows my workflow way the hell down. Tapping on my tablet's display and dragging words around is a poor substitute. As such, I'm constantly searching for a tablet that can give me what I need. Read the rest
All of 2018's latest computer graphics techniques and toys in one eight-minute video. I hope you like ray tracing! More. Read the rest
Of the 200 original Apple I computers ever made, only 60 or so are thought to have survived. One of them is now on the auction block. Expected to bring in $300,000, it includes an original Apple Cassette Interface and cables, Operation Manual, a period ASCII keyboard, a video monitor, and new power supply. Also, it works. From RR Auction:
This Apple-1 computer was restored to its original, operational state in June 2018 by Apple-1 expert Corey Cohen, and a video of it running and functioning is available upon request. A comprehensive, technical condition report prepared by Cohen is available to qualified bidders; he evaluates the current condition of the unit as 8.5/10. The most remarkable aspect of this Apple-1 computer is that it is documented to be fully operational: the system was operated without fault for approximately eight hours in a comprehensive test.
The later production ‘Byte Shop’-style of this Apple-1 is indicated by discrete component dates which match other known Apple-1 boards of similar vintage, assembled and sold by Apple in the fall of 1976 and early 1977. On the left side, the board is marked: “Apple Computer 1, Palo Alto, Ca. Copyright 1976.” Unlike many of the known Apple-1 boards, this unit has not had any modifications to the physical board, and the prototype area is clean and unused.
Image of the working Apple-1 using an iPod to load a program in lieu of a cassette:
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