Behind The Woodshed Blogcaster – June 4, 2017.

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Collaborate And Coordinate Calamity

  • Ag Secretary directs Forest Service to coordinate with local governments, private entities

    Today’s challenges for the United States Department of Agriculture (USDA) are many, but the department is staffed by tens of thousands of dedicated civil servants who share a love of the land and for those who earn their livelihoods by providing the food, fiber and fuel needed at home and abroad. Key assets for this quality of life are this nation’s forests and grasslands.
    Forests cover approximately one-third of the land in America. To manage this vast resource base, the Forest Service works with local governments and private entities to ensure the health and sustainability of our wood resources. As with any asset, however, those charged with that task must ensure that there is balance. Thus, it is time to review how the Forest Service is accomplishing its mission and to reassure the American people that there will be balance in how our forests are managed.
    The ideal management of our public lands would be through shared stewardship, meaning federal agencies would communicate, collaborate and coordinate with state and local governments and with citizens on how best to manage our public lands. The Forest Service has fully embraced this approach. After all, who knows local conditions better than those who are involved at the local level? So, then, what will the Forest Service do in the future?
    First, it must reorient its culture to embrace a generational approach to responsible forest management. Trees take decades to grow to maturity. We must think about how the forests will provide cleaner water and air, more biofuels and more useful products for consumers. If we do not take the long view, we will never be able to preserve delicate ecosystems or prosper from the thousands of jobs that our forests could provide. We must treat our forests so that we are not spending more on fighting fires than we are on making sure that our forests are healthy.
    Second, the Forest Service will work to establish interagency cooperation to ensure that procedural and regulatory barriers can be diminished or eliminated. The USDA must have interaction with the departments of Interior and Energy and agencies such as the EPA, the Council on Environmental Quality and the Corps of Engineers. Internally, we must find ways to make Good Neighbor Authority more than just a slogan so there is more flexibility to achieve true shared stewardship.
    Third, the Forest Service must engage at the local level on every issue. Everyone must have a voice in the decision-making. At the end of the day, we must all remember that we must do what is in the best interest of the American people.
    Finally, we must never lose sight of the fact that if we take care of the land, the land will take care of us. We have world-renowned scientists and researchers engaged at the USDA, and only the best science and data will inform our decisions.
    This summer consider including a visit to the nearest national forest. These wonderful areas belong to the American people, and the Forest Service is on the job to keep these wonderful resources healthy and resilient for generations to come.
    Sonny Perdue is the U.S. secretary of agriculture.


Weaponized Technocratic Inducements

  • Bitcoin Is All that Stands between My Family and Starvation

    I’m writing this post in response to comments I get from people when I try and explain what Bitcoin is. Uneducated people have told me countless times that bitcoins are only used by criminals. I want to debunk that myth and explain how the real potential for bitcoins is so much bigger than the black market can ever be.
    Bitcoin is literally saving my family from hunger and giving them the financial freedom to immigrate in the near future. My parents and sister live in Venezuela. A lot of you might not know exactly what’s happening there so here are the cliff notes.


  • Chrome bug that lets sites secretly record you ‘not a flaw’, insists Google

    Remember last year’s Google Chrome bug that gave pirates a way to steal streaming movies?

    Well, we’re ready for our closeup, Mr DeMille! This time, we’re potentially the stars of hackers’ movies: there’s a Google Chrome “bug” (depending on who you ask) that allows sites to surreptitiously record audio and visual, all without an indicator light.  As BleepingComputer reports, AOL web developer Ran Bar-Zik discovered the issue – which Google says is not a security vulnerability – while at work, when he was dealing with a website that ran WebRTC code.
    WebRTC is a protocol for streaming audio and video content over the internet in real time via peer-to-peer connections.


Cyborging Biology

  • Study: CRISPR Gene-Editing Ignites Tons of Unintentional Genetic Mutations

    CRISPR-Cas9 gene-editing has been hailed as one of the biggest scientific breakthroughs of our lifetime. The technology is often called “molecular scissors” for its ability to “cut and paste” pieces of DNA, thereby removing unwanted traits and replacing them with more desirable ones. CRISPR is being celebrated for its accuracy, but a recent study sheds light on some imperfections surrounding the technology that we should be aware of.

    When researchers at Columbia University used CRISPR-Cas9 to correct blindness in mice, they found that the process did successfully edit the gene responsible for blindness. However, it also caused unintentional mutations to more than 1,000 other genes. It’s exactly what critics of the technology have been warning about – that in the process of “fixing” part of the human genome, scientists could actually wind up doing irreparable damage. [1]


  • Video shows maiden flight of cyborg dragonfly

    Over the past few years, a variety of cyborg animals have been unleashed, as scientists kit out cockroaches, locusts and even turtles with electronic accoutrements. Back in January, researchers from Charles Stark Draper Laboratory and Howard Hughes Medical Institute (HHMI) outlined plans to fit dragonflies with tiny electronic backpacks, allowing them to be controlled remotely. In a new video, their cyborg dragonflies have taken flight for the first time.

    The animal kingdom is fertile inspirational ground for new technology, but it’s difficult to properly mimic the speed and manoeuvrability of a dragonfly, or the complicated olfactory system of a locust. Rather than designing robots and sensors from scratch, scientists have developed ways to take advantage of the hard work nature has already done, by equipping live insects with electronic systems.

    In the case of Draper’s and HHMI’s DragonflEye, the insect is controlled through pulses of light piped into certain neurons in the bug’s brain, which allows a human pilot to steer it like a drone. The eventual aim, the team says, is to use the tiny cyborgs to guide pollination, deliver payloads, or scout unsafe territory.

    With the new video, the team has revealed how the solar-powered backpacks are attached to the insects, and briefly shown the DragonflEye taking wing for the first time. Check it out below.

    Source: Charles Stark Draper Laboratory


  • Scientists construct a stable one-dimensional metallic material

    Researchers have developed the world’s thinnest metallic nanowire, which could be used to miniaturise many of the electronic components we use every day.

    The researchers, from the Universities of Cambridge and Warwick, have developed a wire made from a single string of , making it a true one-dimensional material. These one-dimensional wires are produced inside extremely thin carbon nanotubes (CNTs) – hollow cylinders made of . The finished ‘extreme nanowires’ are less than a billionth of a metre in diameter – 10,000 times thinner than a human hair.

    A single string of atoms is as small as materials based on elements in the periodic table can get, making them potentially useful for semiconductors and other electronic applications. However, these strings can be unstable, as their atoms are constantly vibrating and, in the absence of a physical constraint, they can end up morphing into some other structure or disintegrating entirely.

    The Cambridge researchers first used computer simulations to predict the types of geometric structures that would form if tellurium atoms were injected into nanotubes, and found that 1D wires could exist in such a scenario.

    Tellurium normally behaves as a semiconductor, but when injected into carbon nanotubes and confined to one dimension, it starts behaving like a metal. Additionally, while the confinement provided by the CNTs can induce drastic changes in the way that tellurium behaves, the nanotubes themselves do not interact in any other way with the tellurium nanowires.

    “When working with materials at very small scales such as this, the material of interest typically needs to be deposited onto a surface, but the problem is that these surfaces are normally very reactive,” said Paulo Medeiros of Cambridge’s Cavendish Laboratory, and the paper’s first author. “But carbon are chemically quite inert, so they help solve one of the problems when trying to create truly one-dimensional .

    “However, we’re just starting to understand the physics and chemistry of these systems – there’s still a lot of basic physics to be uncovered.”


  • Genetic Logic Gates


    A student’s conception shows connections between biologically based CRISPR-dCas9 NOR gates / University of Washington

    Researchers at the University of Washington have demonstrated a new technique for digital information processing in living cells. The method, described in a paper published in Nature Communications, uses pieces of synthetic DNA to form logic circuits controlled via the CRISPR-Cas9 system.

    NOR gates are a type of logic gate used in electric circuits to build programmable systems. They receive signals from two separate inputs and will only send on a positive signal if both inputs are found to be negative (neither one nor the other). This ability has now been recreated inside of yeast cells with synthetic DNA, creating the largest circuits ever built in eukaryotic cells.

    The genetic logic gates are each made of a single gene that has three programmable regions of DNA: two inputs and one output. Once the genes are present inside the cell, a Cas9 protein will then be able to establish whether or not a gate will be active or not. In cases where it is, the protein moves onto the next gate and deactivates it.

    In this study, the team were able to connect as many as 7 NOR gates in series or in parallel in a single circuit. Linking logic gates in this way is the first step towards building complex biological programs and, ultimately, programmable living cells.


Bio-Digital Vulnerabilities

  • Can the heart be hacked? Experts find 8,000 security flaws in pacemaker software


    A tech security evaluation has found a whopping 8,000 software vulnerabilities in the code of pacemakers.
    Security research firm WhiteScope carried out the assessment on implantable cardiac devices, physician programmers and home monitoring devices for four major manufacturers.
    The researchers found a worrying consistency across all vendors, highlighting inherent system weaknesses in file system encryption and storage of unencrypted patient data.
    The report notes that pacemaker security faces “some serious challenges”.
    LATEST: 100,000+ attacks of #WannaCry ramsomware detected in 24 hours #WanaCrypt0r#WCry
    — RT (@RT_com) May 13, 2017
    The recent WannaCry ransomware attack, which reportedly infected a medical device in a US hospital as well as medical services in the US and the UK, once again highlighted the potential implications of software vulnerabilities in the health sector.


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  • The people know that they have created this farce and financed it with their own taxes (consent), but they would rather knuckle under than be the hypocrite. Factor VI – Cattle Those who will not use their brains are no better off than those who have no brains, and so this mindless school of jelly-fish, father, mother, son, and daughter, become useful beasts of burden or trainers of the same.
  • Mr. Rothschild’s Energy Discovery
    What Mr. Rothschild [2] had discovered was the basic principle of power, influence, and control over people as applied to economics. That principle is “when you assume the appearance of power, people soon give it to you.”

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