Quarantine is the future big tech wanted us to want

In some ways, a pandemic is the ideal proof-of-concept for the particular utopia that the tech industry has tried to build. Social distancing plays to digital technology’s immediately tangible strengths: ubiquitous and sanitary access to other people, maximum convenience, broad consumer choice, and endless entertainment at low cost. As the coronavirus brought countless global systems to a halt, the internet kept working, heroically filling the gaps. Some longtime critics of the tech industry, having spent much of the past decade complaining about its toxicity, seemed ready to acknowledge a silver lining if not praise it outright.

But rather than prove that nearly anything is possible with an internet connection, the quarantine is calling attention to what digital technology can’t do. It was easier to think of the domestic cozy, online-first existence as not only possible but preferable when it was strictly a lifestyle choice. Being forced to live it, many of us are now discovering how much of the physical world we have taken for granted. Without distinct places for doing different activities like work and exercise, and bombarded by an accelerated news cycle, we’re losing our sense of time as well as space. Spatial variation helps structure the rhythms of everyday life and without the structure imposed by commuting, gathering with friends, and doing errands outside the house, days blur together and scheduling begins to feel arbitrary.

Read more: Home Screens, Drew Austin, Real Life Mag, April 27, 2020.

Generating Light from Darkness

Night-time power generation analogous to photovoltaics would be an enabling capability for applications such as lighting and wireless sensors. We demonstrate a low-cost power generation device based on thermoelectric generators where the cold side radiates heat to the cold of space by facing the night sky. The power generated is sufficient to maintain a LED at night, enabling battery-free off-grid lighting. [Read more…]

Self-Sufficiency Defies Common Sense

Many dream of financial self-sufficiency, but only few are prepared to go as far as Lasse Nordlund. In the early 1990s, Nordlund began an experiment living as self-sufficiently as possible. Eventually, he was able to sustain himself and his family with a budget of mere 30 to 50 euros per year, living in a small town in North Karelia, located in Eastern Finland, growing and preparing everything else from scratch, all by himself.

Nordlund is exceptional due to the depth of his experiment. What is also exceptional are the swarm of comments on the 2008 Helsingin Sanomat article covering the self-sufficient practices of Nordlund and his family. In little over a week, the article gathered 451 comments. A civic debate on radical self-sufficiency larger than this is hard to come by. Nordlund saved these comments for later research. Our study based on this material was published in the Kulttuurintutkimus journal in 2017.

Image: Lasse Nordlund, by Marko Ulvila (CC BY-SA 4.0)

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A “Dacha” for Everyone? Community Gardens and Food Security in Russia

Russia’s large-scale peri-urban community agriculture has proven to be a very resilient food system. In this guest post, Arthur Grimonpont investigates the phenomenon and wonders if it could be reproduced in other industrial nations, for example in France.

Image: Dacha settlement, Kursk Oblast, by Petr Magera (CC BY 2.0).

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How much of life do we want to sacrifice at the altar of security?

How much of life do we want to sacrifice at the altar of security? If it keeps us safer, do we want to live in a world where human beings never congregate? Do we want to wear masks in public all the time? Do we want to be medically examined every time we travel, if that will save some number of lives a year? Are we willing to accept the medicalization of life in general, handing over final sovereignty over our bodies to medical authorities (as selected by political ones)? Do we want every event to be a virtual event? How much are we willing to live in fear?

Covid-19 will eventually subside, but the threat of infectious disease is permanent. Our response to it sets a course for the future. Public life, communal life, the life of shared physicality has been dwindling over several generations. Instead of shopping at stores, we get things delivered to our homes. Instead of packs of kids playing outside, we have play dates and digital adventures. Instead of the public square, we have the online forum. Do we want to continue to insulate ourselves still further from each other and the world?

It is not hard to imagine, especially if social distancing is successful, that Covid-19 persists beyond the 18 months we are being told to expect for it to run its course. It is not hard to imagine that new viruses will emerge during that time. It is not hard to imagine that emergency measures will become normal (so as to forestall the possibility of another outbreak), just as the state of emergency declared after 9/11 is still in effect today. It is not hard to imagine that (as we are being told), reinfection is possible, so that the disease will never run its course. That means that the temporary changes in our way of life may become permanent.

Read more: The Coronation, Charles Eisenstein.

Copper Kills Superbugs

In China, it was called “qi,” the symbol for health. In Egypt it was called “ankh,” the symbol for eternal life. For the Phoenicians, the reference was synonymous with Aphrodite—the goddess of love and beauty.

These ancient civilizations were referring to copper, a material that cultures across the globe have recognized as vital to our health for more than 5,o00 years. When influenzas, bacteria like E. coli, superbugs like MRSA, or even coronaviruses land on most hard surfaces, they can live for up to four to five days. But when they land on copper, and copper alloys like brass, they die within minutes. “We’ve seen viruses just blow apart,” says Bill Keevil, professor of environmental healthcare at the University of Southampton. “They land on copper and it just degrades them.”

Read more: Copper kills coronavirus. Why aren’t our surfaces covered in it?