Steve Nadis in Harvard Magazine:
DIGITAL-DATA PRODUCTION is expanding so fast that, within two decades, storing it in flash-drive memory chips could consume 10 to 100 times the anticipated supply of microchip-grade silicon. With new ways of storing information desperately needed, Winthrop professor of genetics George Church is turning to one of the oldest means of doing so: the DNA molecule, which has been replicating and mutating on Earth for three and a half billion years. By 2025, accumulated global data is expected to reach 175 billion trillion bytes—all of which could, in principle, be contained in less than 180 pounds of DNA, housed within a 15-gallon drum. DNA stores information in a “modern” way, explains Church, who heads the synthetic biology group at Harvard’s Wyss Institute for Biologically Inspired Engineering (see “Engineering Life,” January-February 2020, page 37, for more about synthetic biology). Digital information storage, he explains, “is based on just two numbers, 0s and 1s, and DNA is analogous.” Its code has just four letters: A (adenine), T (thymine), C (cytosine) and G (guanine)—the bases or nucleotides comprising the rungs of DNA’s double helix-shaped ladder, which can be arranged in whatever order scientists choose.
In an October 2020 paper in Nature Communications, Church and colleagues described an advance that brings DNA information storage closer to commercial feasibility. They showed for the first time that DNA could be synthesized, and information thereby encoded, in an enzyme-facilitated process controlled by light. The team also demonstrated another first: the use of enzymes to achieve parallel synthesis of multiple DNA strands. They pulled two measures of music from a Super Mario Brothers video game, digitized it, converted it to a DNA code, and synthesized it. The DNA was then sequenced to decipher its code, redigitized, and converted back to a musical format. The point was to test a new approach to synthesis involving both enzymes and light. The first of these steps was demonstrated in 2019 when Church’s group showed that terminal deoxynucleotidyl transferase (TdT)—an enzyme found in immune cells—could be used for DNA synthesis and information storage. TdT works well, says Wyss staff scientist Daniel Wiegand, “because its only job is to find the end of a DNA chain and add a base to it.”
More here.

Where do you place the boundary between “science” and “pseudoscience”? The question is more than academic. The answers we give have consequences—in part because, as health policy scholar Timothy Caulfield
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According to Panter, he didn’t set out to create Jimbo, “he just showed up.” Jimbo made his first public appearance in the punk magazine Slash in 1977 and his cover debut two years later. His pug-nosed mug moved to Françoise Mouly and Art Spiegelman’s radical art-comics anthology Raw in 1981; some of Jimbo’s stories there made up the first Raw One-Shot, a spin-off of the periodical, the following year. He joined an ensemble cast in Panter’s Cola Madnes, written in 1983 but not published until 2000, and landed his first full-length book, Jimbo: Adventures in Paradise, in 1988, published by Raw and Pantheon. Jimbo has since starred in four issues of a self-titled comic published by Zongo in the nineties and stood in for Dante in two illuminated-manuscripts-cum-comic-books: Jimbo in Purgatory (2004) and Jimbo’s Inferno (2006). He is, as you read these words, being sent out into fresh adventures by Panter’s fervid imagination and tireless pen.
Shortly after September 11, 2001, Bruno Latour for example
I am a non-white Mizrahi Jewish academic who has been studying Israel/Palestine and the history of Jews in the Middle East for two decades. My family hails from Ottoman Palestine, Egypt, Tunisia, and the Greek islands of Zakynthos and Corfu. All too many of us were murdered by Nazi Génocidaires (and rest assured that we will not forget or forgive). Precisely because of this scholarly and biographic background I was embarrassed to read the
The largest animals that have ever existed on our planet descended from a miniature deer-like creature that walked on four legs in the swamps of ancient India.
Like other artists, the actor is a kind of shaman. If the audience is lucky, we go with this emotional magician to other worlds and other versions of ourselves. Our enchantment or immersion into another world is not just theoretical, but sensory and emotional. How do actor and audience achieve this shared mysterious transportation? This shared ritual draws upon a kind of sixth sense, the imagination. The actor’s imagination has gone into emotional territories of intense feeling before us. Now they guide us like a psychopomp into those emotional territories by recreating them in front of us.
I HAVE NEVER BEEN ABLE
In 2014 researchers at the MIT Media Lab designed an experiment called
Charlie Tyson reviews Christine Smallwood’s The Life of the Mind in The Chronicle of Higher Education:
Ari Linden in Public Books:
With the light touch of a skilled storyteller, Rovelli reveals that Heisenberg had been wrestling with the inner workings of the quantum atom in which electrons travel around the nucleus only in certain orbits, at certain distances, with certain precise energies before magically “leaping” from one orbit to another. Among the unsolved questions he was grappling with on Helgoland were: why only these orbits? Why only certain orbital leaps? As he tried to overcome the failure of existing formulas to replicate the intensity of the light emitted as an electron leapt between orbits, Heisenberg made an astonishing leap of his own. He decided to focus only on those quantities that are observable – the light an atom emits when an electron jumps. It was a strange idea but one that, as Rovelli points out, made it possible to account for all the recalcitrant facts and to develop a mathematically coherent theory of the atomic world.