The World’s Fastest Solar Car

Some con­grat­u­la­tions are in order for a team of stu­dents from The Uni­ver­si­ty of New South Wales. Ear­li­er this month, they set a world record for the fastest solar-pow­ered car. Their car, trav­el­ing 88km/h (or 54 miles per hour), broke the pre­vi­ous record of 79 km/h. We’re not talk­ing about NASCAR speeds, to be sure. But the research that went into mak­ing the UNSW car could mean big things for future gen­er­a­tions of green-pow­ered cars. Wired has more on the sto­ry, plus some pho­tos…

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Fractal Landscape

An evolv­ing frac­tal land­scape, all cre­at­ed with a WebGL 3D frac­tal ren­der­er. If you join/log into Vimeo, you can down­load the video right here and watch “Sur­face Detail” in full detail…

Relat­ed Con­tent:

Arthur C. Clarke Presents the Col­ors of Infin­i­ty

NASA: The Frontier Is Everywhere

Reid Gow­er writes: “NASA is the most fas­ci­nat­ing, adven­tur­ous, epic insti­tu­tion ever devised by human beings …” but “none of their bril­liant sci­en­tists appear to know how to con­nect with the social media crowd.” Strange giv­en that “NASA is an insti­tu­tion whose fund­ing direct­ly depends on how the pub­lic views them.” Tak­ing mat­ters into his own hands, Gow­er has pro­duced a lit­tle mar­ket­ing gift for NASA: The Fron­tier is Every­where, a video mod­eled after Michael Marantz’s beau­ti­ful short film, Earth: The Pale Blue Dot, which also fea­tures the voice of Carl Sagan – some­one who under­stood the impor­tance of pop­u­lar­iz­ing sci­ence…

P.S. NASA isn’t exact­ly inept on the mar­ket­ing front. We should remind you of two pret­ty cool and recent NASA pro­duc­tions:

The Best of NASA Space Shut­tle Videos (1981–2010)

NASA Lauch­es Pho­to Archive on Flickr

via Zadi.TV

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The Impossible Motion Contraption

Every year, The New Sci­en­tist spon­sors an illu­sion con­test, and, above, we have the win­ner of the 2010 edi­tion: A con­trap­tion cre­at­ed by Kou­kichi Sug­i­hara (Mei­ji Insti­tute for Advanced Study of Math­e­mat­i­cal Sci­ences, Japan) that appears to defy grav­i­ty, allow­ing wood­en balls to roll up slopes. But, in actu­al fact “the ori­en­ta­tions of the slopes are per­ceived oppo­site­ly, and hence the descend­ing motion is mis­in­ter­pret­ed as ascend­ing motion.” You can now make sub­mis­sions to the 2011 edi­tion.

World’s Smallest Periodic Table on a Human Hair

Fun with sci­ence. The world’s small­est peri­od­ic table etched onto a strand of hair belong­ing to chem­istry Pro­fes­sor Mar­tyn Poli­akoff (Uni­ver­si­ty of Not­ting­ham). This clip comes from the Peri­od­ic Videos col­lec­tion and it comes rec­om­mend by the great @OliverSacks.

If you would like to sign up for Open Culture’s free email newslet­ter, please find it here. Or fol­low our posts on Threads, Face­book, BlueSky or Mastodon.

If you would like to sup­port the mis­sion of Open Cul­ture, con­sid­er mak­ing a dona­tion to our site. It’s hard to rely 100% on ads, and your con­tri­bu­tions will help us con­tin­ue pro­vid­ing the best free cul­tur­al and edu­ca­tion­al mate­ri­als to learn­ers every­where. You can con­tribute through Pay­Pal, Patre­on, and Ven­mo (@openculture). Thanks!

Relat­ed Con­tent:

Inter­ac­tive Peri­od­ic Table of Ele­ments Shows How the Ele­ments Get Used in Mak­ing Every­day Things

A Peri­od­ic Table Visu­al­iz­ing the Year & Coun­try in Which Each Ele­ment Was Dis­cov­ered

The Peri­od­ic Table of Ele­ments Pre­sent­ed as Inter­ac­tive Haikus

The Peri­od­ic Table of Endan­gered Ele­ments: Visu­al­iz­ing the Chem­i­cal Ele­ments That Could Van­ish Before You Know It

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How Large is the Universe?

For cen­turies, human­i­ty has been utter­ly trans­fixed by the cos­mos, with gen­er­a­tions of astronomers, philoso­phers and every­day pon­der­ers striv­ing to bet­ter under­stand the grand cap­sule of our exis­tence. And yet to this day, some of the most basic, fun­da­men­tal qual­i­ties of the uni­verse remain a mys­tery. How Large is the Uni­verse? is a fas­ci­nat­ing 20-minute doc­u­men­tary by Thomas Lucas and Dave Brody explor­ing the uni­verse’s immense scale of dis­tance and time.

“Recent pre­ci­sion mea­sure­ments gath­ered by the Hub­ble space tele­scope and oth­er instru­ments have brought a con­sen­sus that the uni­verse dates back 13.7 bil­lion years. Its radius, then, is the dis­tance a beam of light would have trav­eled in that time – 13.7 bil­lion light years. That works out to about 1.3 quadrillion kilo­me­ters. In fact, it’s even big­ger – much big­ger. How it got so large, so fast, was until recent­ly a deep mys­tery.”

For more on the sub­ject, see these five fas­ci­nat­ing ways to grasp the size and scale of the uni­verse.

Maria Popo­va is the founder and edi­tor in chief of Brain Pick­ings, a curat­ed inven­to­ry of cross-dis­ci­pli­nary inter­est­ing­ness. She writes for Wired UK, GOOD Mag­a­zine and Desig­nOb­serv­er, and spends a great deal of time on Twit­ter.

The Milky Way over Texas

This 45 sec­ond time­lapse video of the “Galac­tic Cen­ter of the Milky Way” ris­ing over Texas Star Par­ty (2009) just gets more spec­tac­u­lar as it rolls along. William Castle­man cre­at­ed this sequence using a Canon EOS-5D, with expo­sures at 20 and 40 sec­ond inter­vals. This com­ple­ments nice­ly Stéphane Guis­ard’s panoram­ic view of the Milky Way tak­en from the Ata­ca­ma desert in Chile. See the The Milky Way in 360 Degrees here.

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Open Video, Open Knowledge

Read­ers of Open Cul­ture will appre­ci­ate how video has become, in many ways, our newest vernacular—growing in pop­u­lar­i­ty every day, and esti­mat­ed to reach 90 per­cent of world­wide web traf­fic by 2013. Yet so lit­tle of our mov­ing image her­itage is actu­al­ly online. As of Octo­ber 2010, just sin­gle per­cent­age points of the great col­lec­tions at the BBC Archive, ITN Source, Library of Con­gress, Nation­al Archives, etc., are actu­al­ly dig­i­tized and avail­able over the Inter­net! A new short film out this week from the UK’s JISC Film & Sound Think Tank makes the point with clar­i­ty. (Watch here or above.)

What if it were pos­si­ble to enjoy the world’s largest and most pop­u­lar infor­ma­tion com­mons and enable it with down­load­able video–video of great qual­i­ty, whose orig­i­na­tors, own­ers, and righthold­ers opened to reuse and remix by any­one for free?

Intel­li­gent Tele­vi­sion and iCom­mons have pro­duced a report–just out now–to help cul­tur­al and edu­ca­tion­al insti­tu­tions under­stand and appre­ci­ate the pos­si­bil­i­ties pre­sent­ed by open­ly licensed assets for Wikipedia and the open web. Video for Wikipedia: A Guide to Best Prac­tices for Cul­tur­al and Edu­ca­tion­al Insti­tu­tions describes how Wikipedia is now open­ing its doors to video, and how lead­ing insti­tu­tions can par­tic­i­pate in what is, in effect, the newest knowl­edge rev­o­lu­tion.

The issues are sit­u­at­ed, of course, with­in the larg­er con­text of build­ing a free and informed soci­ety. For uni­ver­si­ties, muse­ums, archives, and oth­ers, bring­ing video online from our cul­tur­al her­itage (and equip­ping stu­dents to use it) has become a new cul­tur­al imper­a­tive. Open video on Wikipedia is not sim­ply a call for free media frag­ments to be stored online. It augurs a new vision of teach­ing and learn­ing, and a new cre­ative and polit­i­cal dis­course. Every­one is invit­ed to par­tic­i­pate in this con­ver­sa­tion just get­ting under­way…

This post was con­tributed by Peter Kauf­man, the CEO and pres­i­dent ofIntel­li­gent Tele­vi­sion, who shares our pas­sion for thought­ful media.

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Open Culture was founded by Dan Colman.