RT @yujitach: 文献を調べていたら、偶然、蜜柑の皮を渦巻き状に向いて机に置いたらどういう曲線になるか、という論文を見つけた。プレプリントは https://t.co/evKwx8xdxt , Math. Intelligencer に出版されている: https:/…
RT @yujitach: 文献を調べていたら、偶然、蜜柑の皮を渦巻き状に向いて机に置いたらどういう曲線になるか、という論文を見つけた。プレプリントは https://t.co/evKwx8xdxt , Math. Intelligencer に出版されている: https:/…
RT @yujitach: 文献を調べていたら、偶然、蜜柑の皮を渦巻き状に向いて机に置いたらどういう曲線になるか、という論文を見つけた。プレプリントは https://t.co/evKwx8xdxt , Math. Intelligencer に出版されている: https:/…
RT @yujitach: 文献を調べていたら、偶然、蜜柑の皮を渦巻き状に向いて机に置いたらどういう曲線になるか、という論文を見つけた。プレプリントは https://t.co/evKwx8xdxt , Math. Intelligencer に出版されている: https:/…
RT @yujitach: 文献を調べていたら、偶然、蜜柑の皮を渦巻き状に向いて机に置いたらどういう曲線になるか、という論文を見つけた。プレプリントは https://t.co/evKwx8xdxt , Math. Intelligencer に出版されている: https:/…
RT @yujitach: 文献を調べていたら、偶然、蜜柑の皮を渦巻き状に向いて机に置いたらどういう曲線になるか、という論文を見つけた。プレプリントは https://t.co/evKwx8xdxt , Math. Intelligencer に出版されている: https:/…
RT @yujitach: 文献を調べていたら、偶然、蜜柑の皮を渦巻き状に向いて机に置いたらどういう曲線になるか、という論文を見つけた。プレプリントは https://t.co/evKwx8xdxt , Math. Intelligencer に出版されている: https:/…
RT @yujitach: 文献を調べていたら、偶然、蜜柑の皮を渦巻き状に向いて机に置いたらどういう曲線になるか、という論文を見つけた。プレプリントは https://t.co/evKwx8xdxt , Math. Intelligencer に出版されている: https:/…
文献を調べていたら、偶然、蜜柑の皮を渦巻き状に向いて机に置いたらどういう曲線になるか、という論文を見つけた。プレプリントは https://t.co/evKwx8xdxt , Math. Intelligencer に出版されている: https://t.co/sgRAYjit1P https://t.co/FjuczAuMak
Eh beh ! Si on m'avait dit que depuis tout gamin on construit des clothoïdes en épluchant nos oranges.. J'aurais répondu jusqu'ajd "des quoi !?" https://t.co/kEoSf4a5EU "The Euler spiral that we obtained has had many discoveries across history ; ours occur
A Strange Map Projection (Euler Spiral) - Numberphile https://t.co/b29t6NBrGf Orange Peels and Fresnel Integrals - https://t.co/aZIxzf2pUX Probably @googlemaps @GMapsPlatform saw this way earlier, but just wanted to give a shout out. Thanks for the am
As someone who usually works with mercator projection this looks interesting https://t.co/Es6uRdSbIu
RT @dmswart: @divbyzero You may enjoy a paper describing the limit of this curve as the width of the peel approaches 0! https://t.co/csQLQ…
This is great! I've heard of the Cornu/Euler spiral in reference to roller coaster design. But I didn't know the connection to orange peels! https://t.co/WcxzJLb4Cz
@divbyzero You may enjoy a paper describing the limit of this curve as the width of the peel approaches 0! https://t.co/csQLQzp136
MT @christianp: do you know about this: http://t.co/Uxo4CGLc53 ? Orange peels and Fresnel integrals
MT @christianp: do you know about this: http://t.co/Uxo4CGLc53 ? Orange peels and Fresnel integrals
MT @christianp: do you know about this: http://t.co/Uxo4CGLc53 ? Orange peels and Fresnel integrals
Zum #lastRT: Wenn man Orangen schält, kommt eine Euler-Spirale dabei heraus. An der @uniGoettingen erforscht: http://t.co/HNJh28s1De #mathe
@danfoster Oh, also: http://t.co/gh8bfMbO0R
MT @christianp: do you know about this: http://t.co/Uxo4CGLc53 ? Orange peels and Fresnel integrals
Zum #lastRT: Wenn man Orangen schält, kommt eine Euler-Spirale dabei heraus. An der @uniGoettingen erforscht: http://t.co/HNJh28s1De #mathe
MT @christianp: do you know about this: http://t.co/Uxo4CGLc53 ? Orange peels and Fresnel integrals
MT @christianp: do you know about this: http://t.co/Uxo4CGLc53 ? Orange peels and Fresnel integrals
@MrHonner @stevenstrogatz do you both know about this: http://t.co/X4YdOIA1Kd ?
@MrHonner @stevenstrogatz do you both know about this: http://t.co/X4YdOIA1Kd ?
@ajoy_allen sounds about right. BTW I'm referring to this paper: http://t.co/X4YdOHJem1. They flatten the peel out but only consider oranges
The coolest way to peel an orange http://t.co/N41bGkHyjt ht @FryRsquared
| @Qubitzoo the wonders of fruit: http://t.co/NG6lhXpbem
How I peel clementines/tangerines/satsumas, ubiquitously, now analyzed as a math problem [PDF]: http://t.co/d9Izil2pQ5 via @stevenstrogatz
The coolest way to peel an orange http://t.co/N41bGkHyjt ht @FryRsquared
nerdsssssss http://t.co/I25XF7xiQy
The coolest way to peel an orange http://t.co/N41bGkHyjt ht @FryRsquared
So I wasn't wrong :p “@judithd: when mathematician's play with their food: http://t.co/XixxY16fPN Peeling oranges to form Euler spirals"
The coolest way to peel an orange http://t.co/N41bGkHyjt ht @FryRsquared
So I wasn't wrong :p “@judithd: when mathematician's play with their food: http://t.co/XixxY16fPN Peeling oranges to form Euler spirals"
when mathematician's play with their food: http://t.co/N7xILT1axc Peeling oranges to form Euler spirals via @stevenstrogatz
Finally an answer for anyone wondering what's the point of maths. Euler spirals in orange peel. That's the point :o) http://t.co/x5sYT0R4Av
Finally an answer for anyone wondering what's the point of maths. Euler spirals in orange peel. That's the point :o) http://t.co/x5sYT0R4Av
The coolest way to peel an orange http://t.co/N41bGkHyjt ht @FryRsquared
The coolest way to peel an orange http://t.co/N41bGkHyjt ht @FryRsquared
Finally an answer for anyone wondering what's the point of maths. Euler spirals in orange peel. That's the point :o) http://t.co/x5sYT0R4Av
when mathematician's play with their food: http://t.co/N7xILT1axc Peeling oranges to form Euler spirals via @stevenstrogatz
when mathematician's play with their food: http://t.co/N7xILT1axc Peeling oranges to form Euler spirals
The coolest way to peel an orange http://t.co/N41bGkHyjt ht @FryRsquared
If you like playing with food, you'll love Fig.2 of this math paper about orange peels http://t.co/N41bGkHyjt ht @FryRsquared
The coolest way to peel an orange http://t.co/N41bGkHyjt ht @FryRsquared
Finally an answer for anyone wondering what's the point of maths. Euler spirals in orange peel. That's the point :o) http://t.co/x5sYT0R4Av
Finally an answer for anyone wondering what's the point of maths. Euler spirals in orange peel. That's the point :o) http://t.co/x5sYT0R4Av
Finally an answer for anyone wondering what's the point of maths. Euler spirals in orange peel. That's the point :o) http://t.co/x5sYT0R4Av
Finally an answer for anyone wondering what's the point of maths. Euler spirals in orange peel. That's the point :o) http://t.co/x5sYT0R4Av
Orange + Knife = FRESNEL INTEGRALS!! http://t.co/SutGcrQJYC #freakTweet
| This is so pretty: "@AnalysisFact: Orange peels and Fresnel integrals http://t.co/Og1WdJCLLt via Aperiodical http://t.co/zkFy9jtre0"
Orange peels and Fresnel integrals http://t.co/Wbka6nWjh5 via Aperiodical http://t.co/NusAEH3BMe
The maths behind my Fresnel integral peel: http://t.co/YGz8cRjD
The maths behind my Fresnel integral peel: http://t.co/YGz8cRjD
RT @sigfpe: Orange peels and fresnel integrals http://t.co/We9OiR0O
:D RT @mathteacher1729: #mathchat What is the shape of a perfectly peeled Orange? http://t.co/v0jZL7Og Hint: It involves Fresnel Integrals
#mathchat What is the shape of a perfectly peeled Orange? http://t.co/7Hdh9jD4 Hint: It involves Fresnel Integrals
Pretty “@Gelada: The curves of orange peel (when you cut in a spiral): http://t.co/1rfhyoWx”
RT @Gelada: The curves of orange peel (when you cut in a spiral): http://t.co/boWwtfts via @sigfpe
RT @Gelada: The curves of orange peel (when you cut in a spiral): http://t.co/boWwtfts via @sigfpe
The curves of orange peel (when you cut in a spiral): http://t.co/boWwtfts via @sigfpe
RT @sigfpe: Orange peels and fresnel integrals http://t.co/We9OiR0O
[1202.3033] Orange Peels and Fresnel Integrals http://t.co/6sHcpvEg
RT @sigfpe: Orange peels and fresnel integrals http://t.co/We9OiR0O
RT @sigfpe: Orange peels and fresnel integrals http://t.co/F67edCtQ
Orange peels and fresnel integrals http://t.co/We9OiR0O