Unlike most art shows, this one allows patrons to walk out the door with their purchase rather than wait till the event is over. One of them was called ‘The Small Works Show’, an annual fundraiser whereby the artist gets half the proceeds and the Arts Council gets the other half. If we accept astrology and know the laws of gravity, we should be able reproduce the gravitational fingerprint of the planets and bring our cosmic destiny into our own hands.In my city of Kamloops, British Columbia, our Kamloops Arts Council hosts a number of different painterly events throughout the year. Most explanations have focused on gravity, that mysterious force, reasoning that the patterns of gravitational effects of such massive bodies must be large, unique, or peculiar enough to leave some imprint at the moment of birth.īut by making astrology physical, we leave open the possibilty that it is subject to physics. So is the gravity of faraway bodies strong enough to change your fate? And if so, how? Following the three-century impact of science on thought, modern astrologists have occasionally ventured to build out from the mere fact of astrology into explanations of how it must actually work to bring astrology into nature right there with physics. Still enough to matter: Everests's extra gravity vexed the mountain's first explorers, who couldn't get a fix on its height because they could couldn't get their plumb lines plumb. The Himalyas, home of the tallest peak on Earth, have enough extra gravity to throw off instruments, but not enough to make you heavier. If you stand in front of a large office building, its pull on you is a fraction of the strength of a butterfly's wing beats. Gravity-poorly understood to this day-causes masses to be attracted to each other. The cannonball would be … a moon! Being in orbit is nothing more than constantly falling! Through this and other thought experiments, he showed that we don't need separate sciences for events on Earth and events beyond it (except, well, he was also an occultist). He asked what would happen if a cannonball were shot with such strength that, before it could fall some distance towards the ground, the Earth's curvature had moved the ground away by the same amount. But Newton's breakthrough was due less to apples than to cannons. Physics was barely a science before Isaac Newton's insights into gravity. This change was attended by another that brought the heavenly bodies down to earth, literally. Thanks to the stargazers, similarity has been almost entirely replaced by cause and mechanism as the ordering principle of nature. It was our close relationship to the heavenly bodies that slowly changed the role of similarity in explanation, across the sciences, from something in the world to something in our heads. If you don't believe that a shared spiritual essence binds the objects of the cosmos to a common fate, keep in mind that the everyday object most gravitationally similar to Uranus is the toilet. Planets and the earthbound objects that exert the same gravitational pull at about two meters away. This old way of thinking about the stars persists today, in the form of astrology, an ancestor of the science of astronomy that understands analogy as a basis of cosmic order.
The planets seem to wander among the stars, the way that humans walk among the plants and trees? The course of those planets must tell us something about the course of human lives. Walnuts look like brains? They must be good for headaches. If you'd like to contact our team, send a note to moctodliamg at the same thing backwards.īefore the 17th century, Westerners used similarity as the basis for order in the world. Everything authored by us is licensed under the GPL, as a condition of our use of the Swiss Ephemeris, which is itself GPL'd.
#SLEIGH WHATSYOURSIGN CODE#
The interactive SVG graphic was based on code for an SVG clock. The site skeleton was pinched from templates available at Many graphics were adapted from icons by Freepik, Nikita Golubev, Smashicons, srip and Twitter. The astronomical positions are calculated using the Swiss Ephemeris
We relied on several open resources to build this site: He cares about science, and blogs about it at.
He is a professor at the University of California, Davis in the Department of Communication. The lead is Seth Frey, a cognitive and social scientist. Contributors were You Zhan, Chelsea Kim, Tessa DeAngelo, Xudong Yu, and Grace Wolff, all graduate students at UC Davis. This site was a summer project, an exercise in HTML, CSS, SVG, and Javascript with a pedagogical aim of teaching students to code the Internet.
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