ENTRIES TAGGED "bio"
Robuttics, Ads-In-Your-Face Book, Pricing News, and Traffic News
- Shiri = Japanese Robotic Ass (YouTube) — I couldn’t watch after 2m30s or so when he starts slapping the robot ass. I never imagined a butt as UI. I eagerly await the hobbyist version, the Arduino Ass Shield. (via Ed Yong)
- Facebook Tests ‘Pay to Promote’ Tool (BBC) — pay to raise prominence of your message, feature being tested in New Zealand. It’s when they offer splash-screen unclosable must-sit-through autoplay video ads as a product that the shark will have been jumped, caught, stripped off fins, and dumped in the ocean with a “EAT AT MORTIE’S” neon sign on its rotting corpse.
- The Newsonomics of Pricing 101 (Nieman Lab) — observes that we are starting to get data on what people will pay for, and how much. Subscribers of the Economist didn’t generally know how much they were paying, and over-estimated the price—suggesting they’d pay more. That suggests pricing power. It makes sense that publishers, new to the pricing trade, have approached it gingerly. Yet the circulation revenue upside may well be substantial. (via Julie Starr)
- Head of Google News on the Future of News — In 2009, the typical news site saw 50% of their unique traffic coming to their homepage, 20-25% from search, and 30-35% from story pages. Social was almost nonexistent. We’re now seeing the homepage receive only 25% of inbound traffic, search with 30-35%, and the rest going to story pages, a huge portion of which is driven by social networks. The Atlantic said they’re seeing 30-35% of their traffic coming from social environments. (via Tim O’Reilly)
Craft Pharma, Silly Toy, Failure, and Android Image/Audio Capture
- 3D-Printing Pharmaceuticals (BoingBoing) — Prof Cronin added: “3D printers are becoming increasingly common and affordable. It’s entirely possible that, in the future, we could see chemical engineering technology which is prohibitively expensive today filter down to laboratories and small commercial enterprises. “Even more importantly, we could use 3D printers to revolutionise access to health care in the developing world, allowing diagnosis and treatment to happen in a much more efficient and economical way than is possible now.
- Bolt Action Tactical Pen (Uncrate) — silliness.
- Ken Robinson’s Sunday Sermon (Vimeo) — In our culture, not to know is to be at fault socially… People pretend to know lots of things they don’t know. Because the worst thing to do is appear to be uninformed about something, to not have an opinion… We should know the limits of our knowledge and understand what we don’t know, and be willing to explore things we don’t know without feeling embarrassed of not knowing about them. If you work with someone who hides ignorance or failure, you’re working with a timebomb and one of your highest priorities should be to change that mindset or replace the person. (via Maria Popova)
- Using Android Camera in HTML Apps (David Calhoun) — From your browser you can now upload pictures and videos from the camera as well as sounds from the microphone. The returned data should be available to manipulate via the File API (via Josh Clark)
Animal Imagery, Infectious Ideas, Internet v Books, and Transparency Projects
- Penguins Counted From Space (Reuters) — I love the unintended flow-on effects of technological progress. Nobody funded satellites because they’d help us get an accurate picture of wildlife in the Antarctic, but yet here we are. The street finds a use …
- What Makes a Super-Spreader? — A super-spreader is a person who transmits an infection to a significantly greater number of other people than the average infected person. The occurrence of a super spreader early in an outbreak can be the difference between a local outbreak that fizzles out and a regional epidemic. Cory, Waxy, Gruber, Ms BrainPickings Popova: I’m looking at you. (via BoingBoing)
- The Internet Did Not Kill Reading Books (The Atlantic) — reading probably hasn’t declined to the horrific levels of the 1950s.
- Data Transparency Hacks — projects that came from the WSJ Data Transparency Codeathon.
The Quantified Professor, Bus Monitor, Arduino Confessor, and Ethics of Deceit
- Examining His Own Body (Science Now) — Stanford prof. has sequenced his DNA and is now getting massively Quantified Self on his metabolism, infections, etc. This caught my eye: George Church, who has pioneered DNA sequencing technology and runs the Personal Genome Project* at Harvard Medical School in Boston that enrolls people willing to share genomic and medical information similar to what’s presented in the Cell report, says some might critique Snyder’s self-exam as merely anecdotal. “But one response is that it is the perfect counterpoint to correlative studies which lump together thousands of cases versus controls with relatively much less attention to individual idiosyncrasies,” Church says. “I think that N=1 causal analyses will be increasingly important.”
- Bus Arrival Monitor (John Graham-Cumming) — hacked a toy doubledecker bus with LED display feeding bus arrival info from the Transport for London API via a modded Linksys WRT router.
- Arduino Tool That Connects Each Board to Its Own Source (Ideo) — If you create something with Arduino and put it out into the world, there is no well-established link to the source. If you personally made the device, the source can get lost over time. If you didn’t create it, you could have a tough time tracking the source down. You have the physical device, why can’t it tell you where it’s code lives? I made a tool for Arduino called “Upload-And-Retrieve-Source” that for the most part solves this problem. (via Chris Spurgeon)
- Mike Daisey is a Liar and So Am I — I linked to the original This American Life story, so now I’m linking to the best commentary on their retraction of the story. This is an excellent piece on the ubiquity and ethics of Daiseyesque means-justifies-the-end for-a-good-cause deceit.
Crowdsourced Monitoring, DIY Neurobio, A Plethora of Memory Stick Computers
- Crowdsourcing Radiation Data in Japan (Freaklabs) — wardriving pollution detection.
- Backyard Brains — measuring electrical activity of a neuron in a cockroach leg. Astonishing how much science is within the reach of backyard hackers now. (via BoingBoing)
- Cotton Candy Stick Pre-Orders — a $200 Android computer on a USB stick, with HDMI out etc.
- Raspberry Pi Launches — $35 USB+CPU+video+audio ships. Interesting that both of these have come to fruition at the same time. Something is in the air. How will the world change when every memory stick is a computer, not just every phone?
Hashbangs URLs Must Go, Cheap DNA Sequencing, Content Detection Fail, and Ubuntu on Android
- Hashbangs (Dan Webb) — why those terrible #! URLs are a bad idea. Looks like they’re going away with pushState coming to browsers. As Dan says, “URLs are forever”. Let’s get them right. I’m fascinated by how URLs are changing meaning and use over time.
- DNA Sequencing on a USB Stick — this has been going the rounds, but I think there’s a time coming when scientific data generation can be crowdsourced. I care about a particular type of fish, but it hasn’t been sequenced. Can I catch one, sequence it, upload the sequence, and get insight into the animal by automated detection of similar genes from other animals? Let those who care do the boring work, let scientists work on the analysis.
- The US Recording Industry is Stealing From Me (Bruce Simpson) — automated content detection at YouTube has created an industry of parasites who claim copyright infringement and then receive royalties from the ads shown on the allegedly infringing videos.
- Ubuntu on Android — carry a desktop in your pocket? Tempting. It’s for manufacturers, not something you install on existing handsets, which I’m sure will create tension with the open source world at Ubuntu’s heart. Then again, creating tension with the open source world at Ubuntu’s heart does seem to be Canonical’s core competency ….
Cell Operating System, Search Savvy, Smiling Sliders, and Recommendation Tools
- Attempts to Make a Cell Operating System (Science Daily) — finally we will be able to have the guaranteed quality of software and the safety of biological organisms.
- Why Kids Can’t Search (Clive Thompson) — kids need to be taught critical thinking skills about what they find on the web. Librarians are our national leaders in this fight; they’re the main ones trying to teach search skills to kids today.
- Smiley Slider — cute little way to get feedback. (via Jyri Tuulos)
- LensKit — an open source toolkit for building, researching, and studying recommender systems.
Data Businesses, Multitouch Charting, 3D-Printing Glass, and Synthetic Biology
- Competitive Advantage Through Data — the applications and business models for erecting barriers around proprietary data assets. Sees data businesses in these four categories: contributory data sourcing, offering cleaner data, data generated from service you offer, and viz/ux. The author does not yet appear to be considering when open or communal data is better than proprietary data, and how to make those projects work. (via Michael Driscoll)
- Solar Cutter, Solar 3D Printer — prototypes of solar powered maker devices. The cutter is a non-laser cutter that focuses the sun’s rays to a super-hot point. The printer makes glass from sand (!!!!). Not only is this cool, but sand is widespread and cheap.
- Synthetic Biology Open Language — a language for the description and the exchange of synthetic biological parts, devices, and systems. Another piece of the synthetic biology puzzle comes together. The parallel development of DIY manufacturing in the worlds of bits and basepairs is mindboggling. We live in exciting times. (via krs)
DIY Bio Hardware, App Store Numbers, Open Hardware Repository, and Science Startups
- OpenPCR Shipping — A PCR machine is basically a copy machine for DNA. It is essential for most work with DNA, things like exposing fraud at a sushi restaurant, diagnosing diseases including HIV and H1N1, or exploring your own genome. The guy who discovered the PCR process earned a Nobel Prize in 1993, and OpenPCR is now the first open source PCR machine. The price of a traditional PCR machine is around $3,000. This one is $512 and would go well with Ben Krasnow’s Scanning Electron Microscope. Biological tools get closer to hobbyist/hacker prices. (via Gabriella Coleman)
- Apple App Store Figures (Fast Company) — 1 billion apps in a month, 200M iOS users, $2.5B revshare to developers so far (implying a further $5.8B revenue kept by Apple). Another reminder of the astonishing money to be made by riding the mainstreaming of tech: as we move from dumb phones to smart phones, the market for Apple’s products and App Store sales will continue to rise. We’re not at the fighting-for-market-share stage yet, it’s still in the boom. (via Stephen Walli)
- Open Hardware Repository — open source digital hardware projects, such as a tool for generating VHDL/Verilog cores which implement Wishbone bus slaves with certain registers, memory blocks, FIFOs and interrupts. CERN just approved an open license for hardware designs. (via CERN)
- Wingu — SaaS startup to help scientists manage, analyze, and share data. Recently invested by Google, it’s one of several startups for scientists, such as Macmillan’s Digital Science which is run by Timo Hannay who is one of the convenors of Science Foo Camp. (via Alex Butler)
Python Unicode, Cognitive Enhancement, Journal Balk, Engineering SaaS
- Unicode in Python, Completely Demystified — a good introduction to Unicode in Python, which helped me with some code. (via Hacker News)
- A Ban on Brain-Boosting Drugs (Chronicle of Higher Education) — Simply calling the use of study drugs “unfair” tells us nothing about why colleges should ban them. If such drugs really do improve academic performance among healthy students (and the evidence is scant), shouldn’t colleges put them in the drinking water instead? After all, it would be unfair to permit wealthy students to use them if less privileged students can’t afford them. As we start to hack our bodies and minds, we’ll face more questions about legitimacy and ethics of those actions. Not, of course, about using coffee and Coca-Cola, ubiquitous performance-enhancing stimulants that are mysteriously absent from bans and prohibitions.
- Copywrongs — Matt Blaze spits the dummy on IEEE and ACM copyright policies. In particular, the IEEE is explicitly preventing authors from distributing copies of the final paper. We write scientific papers first and last because we want them read. When papers were disseminated solely in print form it might have been reasonable to expect authors to donate the copyright in exchange for production and distribution. Today, of course, this model seems, at best, quaintly out of touch with the needs of researchers and academics who no longer desire or tolerate the delay and expense of seeking out printed copies of far-flung documents. We expect to find on it on the open web, and not hidden behind a paywall, either.
- On the Engineering of SaaS — An upgrade process, for example, is an entirely different beast. Making it robust and repeatable is far less important than making it quick and reversible. This is because the upgrade only every happens once: on your install. Also, it only ever has to work right in one, exact variant of the environment: yours. And while typical customers of software can schedule an outage to perform an upgrade, scheduling downtime in SaaS is nearly impossible. So, you must be able to deploy new releases quickly, if not entirely seamlessly — and in the event of failure, rollback just as rapidly.