Roger Antonsen

@hackingmath Wonderful!

Hey, @rantonse, here's another work of art you inspired!

Mathematics. Visualizations of 8 different ways of shuffling 64 cards. The horizontal lines of dots represent the particular orders of the cards throughout each shuffle. The vertical curves represent paths the cards take from start to finish. Source: bit.ly/3BCOO5R

PCMI Octahedron. The Illustrating Mathematics week of the Park City Mathematics Institute 2021 Graduate Summer School is off to a great start! @the_IAS @ProcessingOrg #Processing #mathart #MTBoS #math #art #creativecoding #MTBoS

Excited to run the workshop “Visualizing Mathematical Structures with #Processing” during week 2—the Illustrating Math week—of the Institute for Advanced Study / PCMI Graduate Summer School. We’re off to a great start! illustratingmath-pcmi.org @the_IAS #mathart #processing

⭐ It's time for our last session of the day, and what a session to end on! Internationally renowned guest speaker @rantonse is taking us down The Playful Path to (Mathematical) Understanding! #MathsPicnic

@mathforge @SpringerNature Depends on your Norwegian! But yes! They are equivalent (page by page).

Logical Methods! Very happy, excited, and grateful that this book is finally available in English! @SpringerNature #Math #Mathematics #ComputerScience #MathArt #Visualization🎉📘

Alright... Let’s start with the book stuff, then (hopefully) get on with some math art stuff!

Hello, Twitter/world! Long time, no see. There is a voice that tells me to tweet more — and share more stuff. 👀

@FogleBird Hi, @FogleBird! Did you figure this out? I have similar experiments and sequences that I have been working on!

CANS OF WORMS How many ways can you pack N worms of length N in an NxN square grid? Invariant to rotation and reflection, the sequence as N increases is: 1, 1, 3, 39, 935... That sequence doesn't seem to be in the OEIS. Here are the 935 arrangements for N = 5.

@graveolens Wow, yeah! What would that look like? Similarly, I have imagined a contraption with beads on wires.

@rantonse reading through /Illustrating Mathematics/: imagine that each of the filaments in the 3d-printed card shuffling permutation is a wire and carrying some current: what would the electric field look like in space as the intensity and direction of that current changes?

@tastymolecules @sebastianahnert Awesome!

@sebastianahnert Cool! Seen this one @rantonse?

tixy.land is such an addictive website that I created a shortcut to it on my app Home Screen!

@holone Juggling & Math ❤️

@elboart Awesome, thanks! See you there!

@rantonse Hey! I see you're doing a talk at NTNU this friday! Just booked my ticket, really looking forward to hearing what you've got to say!

My new surface design collaboration with @rantonse is now on Instagram! Follow STRUCTURE at instagram.com/getstructure/

Can we ever fully grasp what artificial intelligence will look like without first understanding how human intelligence works? @atomseden asks @rantonse and computer scientist Barbara Grosz. ttbook.org/interview/huma…

@FogleBird Yay! Getting better! 👍🏻🙂

Here's the corrected version for those following!

All 49 ways that 6 circles can be nested, drawn with an even-odd fill rule.

@mathforge Seems like the døt has dash and the dåsh has a dot!

.@BrownUniversity @ICERM reception celebrating "Math+Art" show @BAIBrownU Granoff Center: from left w/ their art, Roger Antonsen @rantonse University of Oslo @UniOslo; Jacqueline Ott; Bernat Espigule @bernatree Universita de Barcelona;& (center) ICERM director Brendan Hassett

@mathzorro @ICERM Not sure, but I think doing it by circle inversions is a good way. These ones are much more random, though.

@rantonse @ICERM What is the best way to program circle packings? And in particular Apollonian circle packings?

It’s circle packing week at @ICERM. So much circle. ⃝ Be aware if you have trypophobia.