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Thursday, September 16th, 2021
| Time | Event |
| 7:01a | The Strange Magic of Jimi Hendrix’s “Voodoo Chile”
Poor Polyphonic. He was just about to deliver another perfectly mixed treatise on a classic rock magnum opus when the YouTube algorithm and the Jimi Hendrix Estate stepped in to stop him before publishing. So while you can watch this real-time explication of Hendrix’s more-than-just-a-jam “Voodoo Chile” with just the the graphics and the narration, you should cue up the 15 minute track however you can (for example on Spotify), and then press play when when the video gives the signal. (This might be the first YouTube explainer video to ask for copyright-skirting help.) And anyway, you should have a copy of Electric Ladyland, right? It’s the one where Hendrix and the Experience really push all the boundaries, taking rock, blues, jazz, psychedelia, sci-fi, everything…all out as far as possible in the studio. It’s the one that introduced future members of the Band of Gypsies. And it’s the one that hints of everything that might have been, if Hendrix hadn’t passed away soon after. Now, classic rock radio usually plays the much shorter and less laid back “Voodoo Child (Slight Return)” that closes the album. But this essay is about the longest track on Electric Ladyland, the one that ends side one. This is the track that Hendrix wanted to sound like a light night jam at New York club The Scene—and which he recorded after one particular night doing just that. He taped the audience effects soon after. Steve Winwood is on keyboards. Jack Casady from Jefferson Airplane plays bass. And Mitch Mitchell turns in one of his greatest performances and solos. In the lyrics, Polyphonic notes, Hendrix connects the blues to his Cherokee heritage and to voodoo, to sex, and then beyond into science fiction landscapes. The song is a self-portrait, showing the past, the influence, the training, and then the potential that music, magic, and (let’s face it) LSD could bring. The band is vibing. Winwood drops riffs that are more British folk than Chicago blues. Hendrix strays far beyond the orbit of blues, swings past it one more time on his own slight return, and then explodes into stardust. Polyphonic’s video also looks beautiful and perfectly intersperses his critique with the song’s main sections. It may have sounded like a jam, but Hendrix carefully designed it to flow the way it does. And Polyphonic follows suit. It is a highly enjoyable walk through a track (again find it on Spotify here) many already know, reawakening a sense of wonder about all its inherent, strange genius. Related Content: How Science Fiction Formed Jimi Hendrix Jimi Hendrix’s Home Audio System & Record Collection Gets Recreated in His London Flat Behold Moebius’ Many Psychedelic Illustrations of Jimi Hendrix Ted Mills is a freelance writer on the arts who currently hosts the Notes from the Shed podcast and is the producer of KCRW’s Curious Coast. You can also follow him on Twitter at @tedmills, and/or watch his films here. The Strange Magic of Jimi Hendrix’s “Voodoo Chile” is a post from: Open Culture. Follow us on Facebook and Twitter, or get our Daily Email. And don't miss our big collections of Free Online Courses, Free Online Movies, Free eBooks, Free Audio Books, Free Foreign Language Lessons, and MOOCs.  |
| 8:00a | Alice in Wonderland Syndrome: The Real Perceptual Disorder That May Have Shaped Lewis Carroll’s Creative World
Alice’s Adventures in Wonderland isn’t just a beloved children’s story: it’s also a neuropsychological syndrome. Or rather the words “Alice in Wonderland,” as Lewis Carroll’s book is commonly known, have also become attached to a condition that, though not harmful in itself, causes distortions in the sufferer’s perception of reality. Other names include dysmetropsia or Todd’s syndrome, the latter of which pays tribute to the consultant psychiatrist John Todd, who defined the disorder in 1955. He described his patients as seeing some objects as much larger than they really were and other objects as much smaller, resulting in challenges not entirely unlike those faced by Alice when put by Carroll through her growing-and-shrinking paces. Todd also suggested that Carroll had written from experience, drawing inspiration from the hallucinations he experienced when afflicted with what he called “bilious headache.” The transformations Alice feels herself undergoing after she drinks from the “DRINK ME” bottle and eats the “EAT ME” cake are now known, in the neuropsychological literature, as macropsia and micropsia. “I was in the kitchen talking to my wife,” writes novelist Craig Russell of one of his own bouts of the latter. “I was hugely animated and full of energy, having just put three days’ worth of writing on the page in one morning and was bursting with ideas for new books. Then, quite calmly, I explained to my wife that half her face had disappeared. As I looked around me, bits of the world were missing too.” Though “many have speculated that Lewis Carroll took some kind of mind-altering drug and based the Alice books on his hallucinatory experiences,” writes Russell, “the truth is that he too suffered from the condition, but in a more severe and protracted way,” combined with ocular migraine. Russell also notes that the sci-fi visionary Philip K. Dick, though “never diagnosed as suffering from migrainous aura or temporal lobe epilepsy,” left behind a body of work that has has given rise to “a growing belief that the experiences he described were attributable to the latter, particularly.” Suitably, classic Alice in Wonderland syndrome “tends to be much more common in childhood” and disappear in maturity. One sufferer documented in the scientific literature is just six years old, younger even than Carroll’s eternal little girl — presumably, an eternal seer of reality in her own way. Related Content: A Beautiful 1870 Visualization of the Hallucinations That Come Before a Migraine Lewis Carroll’s Photographs of Alice Liddell, the Inspiration for Alice in Wonderland Alice’s Adventures in Wonderland, Illustrated by Salvador Dalí in 1969, Finally Gets Reissued Curious Alice — The 1971 Anti-Drug Movie Based on Alice in Wonderland That Made Drugs Look Like Fun Based in Seoul, Colin Marshall writes and broadcasts on cities, language, and culture. His projects include the Substack newsletter Books on Cities, the book The Stateless City: a Walk through 21st-Century Los Angeles and the video series The City in Cinema. Follow him on Twitter at @colinmarshall or on Facebook. Alice in Wonderland Syndrome: The Real Perceptual Disorder That May Have Shaped Lewis Carroll’s Creative World is a post from: Open Culture. Follow us on Facebook and Twitter, or get our Daily Email. And don't miss our big collections of Free Online Courses, Free Online Movies, Free eBooks, Free Audio Books, Free Foreign Language Lessons, and MOOCs. |
| 11:00a | How Italian Physicist Laura Bassi Became the First Woman to Have an Academic Career in the 18th Century
The practice and privilege of academic science has been slow in trickling down from its origins as a pursuit of leisured gentleman. While many a leisured lady may have taken an interest in science, math, or philosophy, most women were denied participation in academic institutions and scholarly societies during the scientific revolution of the 1700s. Only a handful of women — seven known in total — were granted doctoral degrees before the year 1800. It wasn’t until 1678 that a female scholar was given the distinction, some four centuries or so after the doctorate came into being. While several intellectuals and even clerics of the time held progressive attitudes about gender and education, they were a decided minority. Curiously, four of the first seven women to earn doctoral degrees were from Italy, beginning with Elena Cornaro Piscopia at the University of Padua. Next came Laura Bassi, who earned her degree from the University of Bologna in 1732. There she distinguished herself in physics, mathematics, and natural philosophy and became the first salaried woman to teach at a university (she was at one time the university’s highest paid employee). Bassi was the chief popularizer of Newtonian physics in Italy in the 18th century and enjoyed significant support from the Archbishop of Bologna, Prospero Lambertini, who — when he became Pope Benedict XIV — elected her as the 24th member of an elite scientific society called the Benedettini. “Bassi was widely admired as an excellent experimenter and one of the best teachers of Newtonian physics of her generation,” says Paula Findlen, Stanford professor of history. “She inspired some of the most important male scientists of the next generation while also serving as a public example of a woman shaping the nature of knowledge in an era in which few women could imagine playing such a role.” She also played the role available to most women of the time as a mother of eight and wife of Giuseppe Veratti, also a scientist. Bassi was not allowed to teach classes of men at the university — only special lectures open to the public. But in 1740, she was granted permission to lecture at her home, and her fame spread, as Findlen writes at Physics World:
Poems were written about Bassi’s successes in demonstrating Newtonian optics; “news of her accomplishments traveled far and wide,” reaching the ear of Benjamin Franklin, whose work with electricity Bassi followed keenly. In Bologna, surprise at Bassi’s achievements was tempered by a culture known for “celebrating female success.” Indeed, the city was “jokingly known as a ‘paradise for women,’” writes Findlen. Bassi’s father was determined that she have an education equal to any of her class, and her family inherited money that had been equally divided between daughters and sons for generations; her sons “found themselves heirs to the property that came to the family through Laura’s maternal line,” notes the Stanford University collection of Bassi’s personal papers.
Bassi’s academic work is held at the Academy of Sciences in Bologna. Of the papers that survive, “thirteen are on physics, eleven are on hydraulics, two are on mathematics, one is on mechanics, one is on technology, and one is on chemistry,” writes a University of St. Andrew’s biography. In 1776, a year usually remembered for the formation of a government of leisured men across the Atlantic, Bassi was appointed to the Chair of Experimental Physics at Bologna, an appointment that not only meant her husband became her assistant, but also that she became the “first woman appointed to a chair of physics at any university in the world.” Bologna was proud of its distinguished daughter, but perhaps still thought of her as an oddity and a token. As Dr. Eleonora Adami notes in a charming biography at sci-fi illustrated stories, the city once struck a medal in her honor, “commemorating her first lecture series with the phrase ‘Soli cui fas vidisse Minervam,’” which translates roughly to “the only one allowed to see Minerva.” But her example inspired other women, like Cristina Roccati, who earned a doctorate from Bologna in 1750, and Dorothea Erxleben, who became the first woman to earn a Doctorate in Medicine four years later at the University of Halle. Such singular successes did not change the patriarchal culture of academia, but they started the trickle that would in time become several branching streams of women succeeding in the sciences. Related Content: Jocelyn Bell Burnell Changed Astronomy Forever; Her Ph.D. Advisor Won the Nobel Prize for It Women Scientists Launch a Database Featuring the Work of 9,000 Women Working in the Sciences Real Women Talk About Their Careers in Science Josh Jones is a writer and musician based in Durham, NC. Follow him at @jdmagness How Italian Physicist Laura Bassi Became the First Woman to Have an Academic Career in the 18th Century is a post from: Open Culture. Follow us on Facebook and Twitter, or get our Daily Email. And don't miss our big collections of Free Online Courses, Free Online Movies, Free eBooks, Free Audio Books, Free Foreign Language Lessons, and MOOCs. |
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