This is one of a whole deck of… well, they’re practically a technological tarot, really. They’re playing cards illustrating concepts in engineering. (The two of diamonds is also beautiful, though some might prefer the human figures in cards like the seven of clubs.)
They were originally collected by William Barclay Parsons, the chief engineer of the New York City subway. He was on the library board from 1911 to 1932, when he died. More importantly, he also donated a set of mechanics pla…
The one carries oxygen around, the other keeps the system clean. They’re teeny tiny.
Image from the Electron Microscopy Facility at The National Cancer Institute at Frederick (NCI-Frederick).
SOURCE:Based on “Lasers used to levitate glowing nanodiamonds in a vacuum”, Science Daily, 7 Sep 2015, as used in the post “A laser levitating glowing nanodiamonds in a vacuum..”
ABSTRACT: I really wanted to use “A laser levitating nanodiamonds in a vacuum” as a lyric, because it’s got such a great rhythm, but no, it didn’t happen.
Musically, things fell together well – I came up with chords on a guitar, and t…
ARTIST: grant, featuring Sebastian Balfour. (Originally by Harry Nilsson.)
SOURCE: It doesn’t have a research source. It’s a penitential cover of a haunting song by Harry Nilsson that Three Dog Night turned into a prog anthem, which Aimee Mann turned into stunning reclamation project. Nilsson still wins.
ABSTRACT: I’ve been a penitential cover* behind for months and months. I first had the idea of doing this song in something like this way …
I like the desert in Nevada already because of the sense of perspective – such wide, flat spaces (wider and flatter even than Florida’s water-level wet prairies), sometimes flanked by mountains just big enough to provide a frame of reference. This is how small you are. This is how far you have to go.
That’s the ideal landscape for this kind of project. How big are we really? How far away is the place next door?
This far away. …
This is a jellyfish drawn by Philip Henry Gosse, a naturalist and Creationist (!) who gave us the word “aquarium” as a place to see marine creatures. Before Gosse, an aquarium was a place to water cattle.
He built the very first public one as the “Fish House” of the London Zoo in 1853.
A few years later, he published a book trying to prove that fossils couldn’t disprove Genesis because of course the act of creation would make things appear to be older than they are. …
Click to embiggen Now, after that brief, regrettable interruption in service, a tribute to the computer. This illustration is from The Elements of Natural Philosophy; Or, An Introduction to the Study of the Physical Sciences, a book Charles Brooke wrote, expanding upon the work of Golding Bird. If Brooke did the illustrations or if someone else did, I’m not sure. This is a machine used to make mathematics; it’s an ancestor of the computer, and a kind of difference engine. The machine was the size of a piano and created logarithmic tables. It was a big hit at the 1855 World’s Fair. They got smaller and fancier after a while.
Science Daily takes security to a whole other level with a new system that relies on your brain’s responses to words as security instead of memorized passwords: In “Brainprint,” a newly published study in academic journal Neurocomputing, researchers from Binghamton University observed the brain signals of 45 volunteers as they read a list of 75 acronyms, such as FBI and DVD. They recorded the brain’s reaction to each group of letters, focusing on the part of the brain associated with reading and recognizing words, and found that participants’ brains reacted differently to each acronym, enough that a computer system was able to identify each volunteer with 94 percent accuracy. The results suggest that brainwaves could be used by security systems to verify a person’s identity. According to Sarah Laszlo, assistant professor of psychology and linguistics at Binghamton University and co-author of “Brainprint,” brain biometrics are appealing because they are cancelable and cannot be stolen by […]
New Scientist marvels at the ability of DNA to store information, with a realization that glassed-in genes could safely store information for millennia: Just 1 gram of DNA is theoretically capable of holding 455 exabytes – enough for all the data held by Google, Facebook and every other major tech company, with room to spare. It’s also incredibly durable: DNA has been extracted and sequenced from 700,000-year-old horse bones. But conditions have to be right for it to last. “We know that if you just store it lying around, you lose information,” says Robert Grass of the Swiss Federal Institute of Technology in Zurich. So he and colleagues are working on ways to increase DNA’s longevity, with the aim of storing data for thousands or millions of years. They began by looking at the way information is encoded on a DNA strand. The simplest method treats the DNA bases A and C as a “0” […]
Fusion has the details on the growing community of DNA uploaders: Members of openSNP upload their genes along with things like their sex, age, eye color, location, Fitbit data and medical history — for anyone to see and analyze. The record lives on forever, in an open-source database, so the detailed warning on its sign-up page should be read very closely. But for [University of Toronto bioinformatics student Samantha] Clark, the possibilities outweigh the risks: She wants scientists to have access to genetic information of every human being in the world. “The more people, the easier it will be for citizen scientists to work with the data and make new discoveries. If I want other people to do this and help science, I should set the tone,” said Clark, 25. “The benefit will be infinite as it picks up pace.” Clark had gotten her DNA analyzed by personal genomics company 23andMe. While a user can […]
You know it’s real when there’s money involved. Well, real-ish. New Scientist has more on the Google acquisition of DeepMind Technologies and their Neural Turing Machine: DeepMind Technologies, a London-based artificial-intelligence firm acquired by Google this year, has revealed that it is designing computers that combine the way ordinary computers work with the way the human brain works. They call this hybrid device a Neural Turing Machine. The hope is it won’t need programmers, and will instead program itself. … “These neural networks that are so good at recognising patterns – a traditional domain for humans – are not so good at doing the stuff your calculator has done for a long time,” says Jürgen Schmidhuber of the Dalle Molle Institute for Artificial Intelligence Research in Manno, Switzerland. Bridging that gap could give you a computer that does both, and can therefore invent programs for situations it has not seen before. The ultimate goal is […]
Daily Beast looks over Washington University research that’s found that the singular diagnosis of schizophrenia is actually a compound disease, caused by eight different genetic disorders that “cluster” into different combinations: As senior investigator Dr. C. Robert Cloninger notes, “[genes] don’t work by themselves. They function in concert much like an orchestra, and to understand how they’re working, you have to know not just who the members of the orchestra are but how they interact.” Rather than focusing on the individual genes that have been associated with schizophrenia, this team looked instead at the interactions between genes in order to isolate the causes of the illness. … “There isn’t just this one kind of schizophrenia but actually several different syndromes where some people have positive symptoms like hallucinations and delusions [and] others have negative symptoms where they’re not able to think logically and these different syndromes are associated with different groups of genes.” Instead of […]
The Atlantic gives hope to the new generation of WebMD obsessives with a fascinating tale of an athlete who used the internet to figure out what was *really* going on in her malfunctioning body: She cycled, ran, climbed and skied through the Rockies for hours every day, and was a veteran of Ironman triathlons. She’d always been the strong one in her family. When she was four, she would let her teenage uncles stand on her stomach as a party trick. In high school, she was an accomplished gymnast and an ardent cyclist. By college, she was running the equivalent of a half marathon on most days. It wasn’t that she was much of a competitor, exactly—passing someone in a race felt more deflating than energizing. Mostly Kim just wanted to be moving. So when her limbs started glitching, she did what high-level athletes do, what she had always done: She pushed through. But in […]
Nature has more on the suitably self-recursive premiere of a uniquely mathematical piece of music: The piece, “The Hilbert Heartbreak Hotel” by Danish composer Niels Marthinsen, was the brainchild of computer scientist Thore Husfeldt of Lund University in Sweden and IT University of Copenhagen. “I probably have some latent frustration about the increasing fragmentation of the arts and sciences,” Husfeldt says, “so maybe it’s an attempt to bring together some strands of culture that I happen to enjoy very much.” … Marthinsen was a student of the Danish composer Per Nørgård, who in the 1960s explored the use of mathematics in composition with, for example, series of notes with the fractal-like property of self-similarity. So Marthinsen was a natural choice for commissioning the piece. “He said: ‘This is completely insane and I don’t have time at all, but of course we have to do it.’” Husfeldt recalls. “From there, the puzzle was to actually make […]
Wall Street Journal has an interesting piece on how old smart phones are being used to listen for disrupted sleep patterns, illegal loggers, gunshots, breeding cicadas and a host of other sounds: App makers have long focused on detecting speech and music, but some upstarts are turning to a wider variety of sound-detection tasks. They are taking advantage of more sophisticated mobile hardware and software to recognize distinct audio patterns. In one of the quirkier ideas around sound detection, a company called Rainforest Connection wants to mount smartphones in trees to detect chainsaw noise and quickly notify local authorities about illegal logging. The company, founded last year, has launched a $100,000 Kickstarter crowdfunding campaign and partnered with the Zoological Society of London to kick off the project in Cameroon. … “It will be a trend in the near future,” said Tauhidur Rahman, co-creator of BodyBeat, a wearable smartphone project developed at Cornell University. A crude […]
Science Daily has a lively take on computing, with new circuits made of living slime molds: Andrew Adamatzky (University of the West of England, Bristol, UK) and Theresa Schubert (Bauhaus-University Weimar, Germany) have constructed logical circuits that exploit networks of interconnected slime mold tubes to process information. One is more likely to find the slime mold Physarum polycephalum living somewhere dark and damp rather than in a computer science lab. In its “plasmodium” or vegetative state, the organism spans its environment with a network of tubes that absorb nutrients. The tubes also allow the organism to respond to light and changing environmental conditions that trigger the release of reproductive spores. In earlier work, the team demonstrated that such a tube network could absorb and transport different colored dyes. They then fed it edible nutrients — oat flakes — to attract tube growth and common salt to repel them, so that they could grow a network […]
If you never thought cosmic loneliness was a computing problem, think again. In Popular Mechanics, SETI leader Seth Shostak says Moore’s Law means we’ll find aliens in the next 20 years: If you’re trying to determine when we’re going to succeed with SETI, that really depends on only two questions. First, how many societies are out there broadcasting signals strong enough for you to find? And second, how quickly are you examining these star systems to find them? My guess that we’ll succeed in the next two decades is based on the fact that with improvements in digital electronics and computers—which are getting better and cheaper, following Moore’s law—we will be continually sifting through the sky faster. And you can extrapolate how fast we’ll be able to search, assuming we have the money, in the next decade or two. As for the number of civilizations out there—how many needles are we looking for in this […]
Digital Trends looks up in awe at the lumbering, prehistoric majesty of the mighty Argentinasaurus (virtual, 2.0 edition) taking its first steps: When a group of scientists claimed the size of the world’s biggest dinosaur must have been exaggerated as such a huge creature would never have been able to walk, a research team at the UK’s Manchester University decided to look at the matter more closely. Using laser-scanning techniques and an advanced computer modeling system, the team was able to accurately recreate Argentinosaurus’s locomotion ability, as well as its walking and running movements, backing up the theory that the dinosaur was indeed 40 meters long and weighed as much as 80 tons. … [Dr. Bill] Sellers added, “Argentinosaurus is the biggest animal that ever walked on the surface of the Earth and understanding how it did this will tell us a lot about the maximum performance of the vertebrate musculoskeletal system. We need to […]
ZDnet shines on the newest bright idea to promise to change the way we internet… a Chinese project using lightbulbs to transmit information wirelessly: Four computers under a one-watt LED lightbulb may connect to the Internet under the principle that light can be used as a carrier instead of traditional radio frequencies, said Chi Nan, an IT professor at Shanghai’s Fudan University. She explained a lightbulb with embedded microchips can produce data rates as fast as 150 Mbps, much higher than the average broadband connection in China. … The term Li-Fi was coined as early as 2011 by Harald Haas, a professor of engineering at Edinburgh University, with the name standing for “light-fidelity”. The technology made use of LED bulbs that glow and darken faster than the human eye can see, and LED lights being semiconductors could be programmable. The same technology can be put anywhere light shines… like car headlights, living rooms or floodlit […]