we are the daughters of the accusers who were very successful at burning witches
Alisa U Zemlji Chuda

❣ Chile in a Photography ❣

PR's Tumblrdome

ellievsbear

Andulka

@theartofmadeline

#extradirty
Show & Tell
Cosmic Funnies
i don't do bad sauce passes

Origami Around
TVSTRANGERTHINGS

pixel skylines
Stranger Things
Monterey Bay Aquarium
Cosimo Galluzzi
I'd rather be in outer space 🛸
noise dept.
art blog(derogatory)

No title available
seen from United States

seen from United States
seen from Brazil

seen from United States

seen from United Kingdom
seen from Malaysia
seen from Malaysia
seen from United States

seen from Germany
seen from Vietnam

seen from Germany
seen from Austria
seen from United States

seen from Malaysia

seen from Germany
seen from United States

seen from Malaysia

seen from United States

seen from United Kingdom
seen from Norway
@radicalg
we are the daughters of the accusers who were very successful at burning witches
Today’s the day
Rotating Sandwich Mood Board
Rotating Sandwich Mood Board
oh but we are full of fire and fury and the resin of everyone who’s ever loved us
even when i am not posting, know that horrible sentences are raging within me
RETURN OF THE OBRA DINN
A part of being an adult is living with regret and not allowing it to consume you. The older you get, the more mistakes you’ve made, opportunities you’ve missed, people you’ve disappointed. And every day you have to remind yourself to be kind and forgiving of yourself. You accept and love the you from the past and understand that it’s all a part of the process. Then you move on and live your best life, knowing now as old as you feel today, you’ll never be this young again.
hey man I discovered your body out in the mountains a couple days ago. just thought id give a heads up
SOMETIME IN THE LAST WEEK MY SCHOOL PUT UP A LARGE BANNER DEDICATED TO THE :-) EMOTICON
[id: a banner with a huge image of the :-) (smiley face with nose) emoticon captioned “smiley / first emoted here / 19 september 1982 / computer science department / www.cs.cmu.edu/smiley / carnegie mellon.” end id]
happy birthday :-) face
it’s that time of the year again everyone say happy 40th birthday :-)
This is apparently what was contained in the original message that invented the :-) and I'm obsessed with Fahlman's diction here
Hey. Why isn’t the moon landing a national holiday in the US. Isn’t that fucked up? Does anyone else think that’s absurd?
It was a huge milestone of scientific and technological advancement. (Plus, at the time, politically significant). Humanity went to space! We set foot on a celestial body that was not earth for the first time in human history! That’s a big deal! I’ve never thought about it before but now that I have, it’s ridiculous to me that that’s not part of our everyday lives and the public consciousness anymore. Why don’t we have a public holiday and a family barbecue about it. Why have I never seen the original broadcast of the moon landing? It should be all over the news every year!
It’s July 20th. That’s the day of the moon landing. Next year is going to be the 54th anniversary. I’m ordering astronaut shaped cookie cutters on Etsy and I’m going to have a goddamn potluck. You’re all invited.
Hey. Hey. Tumblr. Ides of March ppl. We can do this
This is a scheduled post for two days before the anniversary of the moon landing. Please get your moon themed items and foods sorted now in anticipation.
if you own k distinct colors of sock, you can draw k+1 arbitrary socks from your sock drawer and, by the pigeonhole principle, be guaranteed at least one matching pair. this is the only known application of combinatorics to the real world
A chiral aperiodic monotile
the torn-up road by richard siken - geoff mcfetridge
Degenerate Triangles
At Long Last, Mathematicians Have Found a Shape With a Pattern That Never Repeats
Experts have searched for decades for a polygon that only makes non-repeating patterns. But no one knew it was possible until now
— Will Sullivan | March 29, 2023 | Smithsonian
Infinitely many copies of a 13-sided shape can be arranged with no overlaps or gaps in a pattern that never repeats. David Smith, Joseph Samuel Myers, Craig S. Kaplan and Chaim Goodman-Strauss (CC BY 4.0)
From bathroom floors to honeycombs or even groups of cells, tilings surround us. These patterns cover a space without overlapping or leaving any gaps. Like a rug filled with diamond shapes, where each section looks the same as the one next to it, every tiling ever recorded has eventually repeated itself—until now.
After decades of searching for what mathematicians call an “einstein tile”—an elusive shape that would never repeat—researchers say they have finally identified one. The 13-sided figure is the first that can fill an infinite surface with a pattern that is always original.
Repeating patterns have translational symmetry, meaning you can shift one part of the pattern and it will overlap perfectly with another part, without being rotated or reflected. The shape described in a new paper does not have translational symmetry—each section of its tiling looks different from every part that comes before it.
The designs on these rugs have translational symmetry—the patterns on the rugs repeat themselves. Juli Kosolapova via Unsplash
Sarah Hart, a mathematician at Birkbeck, University of London, who didn’t contribute to the finding, tells New Scientist’s Matthew Sparkes that she had thought finding an “einstein” (named for the German words for “one stone,” or one tile) could not be done. “There are infinitely many possible candidate tiles, and even the existence of a solution feels quite counterintuitive,” she says to the publication.
“Everybody is astonished and is delighted, both,” Marjorie Senechal, a mathematician at Smith College who did not participate in the research, tells Science News’ Emily Conover. “It wasn’t even clear that such a thing could exist.”
David Smith, a retired printing technician and nonprofessional mathematician, was the first to come up with the shape that could be a solution to the long-standing “einstein problem.” He shared his ideas with scientists who took on the challenge of trying to mathematically prove his conjecture, per the New York Times’ Siobhan Roberts.
The team published a preprint paper detailing the findings on the site arXiv last week, and it has not been peer-reviewed yet. But experts say the work is expected to be supported with further investigation, per Science News.
“This appears to be a remarkable discovery,” Joshua Socolar, a physicist at Duke University who did not contribute to the finding, tells the Times. “The most significant aspect for me is that the tiling does not clearly fall into any of the familiar classes of structures that we understand.”
Each "einstein" tile has eight kite shapes inside of it. David Smith, Joseph Samuel Myers, Craig S. Kaplan and Chaim Goodman-Strauss (CC BY 4.0)
The “einstein” tile is made up of eight kites, or four-sided polygons with two pairs of adjacent, equal-length sides. Researchers call it “the hat” because of its resemblance to a fedora.
The shape is simpler than some experts expected it to be. Chaim Goodman-Strauss, a mathematician at the University of Arkansas and one of the authors of the paper, tells Science News that if he’d been asked to guess what the shape might look like before the finding, “I would’ve drawn some crazy, squiggly, nasty thing.”
In the 1970s, mathematician Roger Penrose discovered that two shapes could form a non-repeating tiling pattern together, prompting hopes that a single shape may be found to do this one day. Researchers have been able to make other non-repeating patterns in the past, but the challenge has been finding a shape that can only make a non-repeating pattern, Goodman-Strauss tells the Times.
The shape of “the hat” can also be morphed to form additional tile shapes that make non-repeating patterns, as shown in the video above.
This new finding could lead to materials science investigations—for example, shapes that form non-repeating tilings could help design stronger materials, Hart tells New Scientist. The elusive shape might also spark creative inspiration for new decorative designs or art.
my deepest respect to the mathematicians but the colors dont really show the layperson how non-repetitive it is, so I did this. Each layer surrounds all the sides of the previous layer (so where just corners touch dont count)
My Cousin Vinny 1992
Breakfast scene.
My Cousin Vinny is a 1992 American comedy film directed by Jonathan Lynn, from a screenplay by Dale Launer. The film stars Joe Pesci, Ralph Macchio, Marisa Tomei, Mitchell Whitfield, Lane Smith, Bruce McGill, and Fred Gwynne in his final film appearance. It was distributed by 20th Century Fox and released on March 13, 1992.
The film deals with two young New Yorkers traveling through rural Alabama who are arrested and put on trial for a murder they did not commit, and the comical attempts of a cousin, Vinny Gambini, a lawyer who had only recently passed the bar exam after five unsuccessful attempts, to defend them. Much of the humor comes from the fish-out-of-water interaction between the brash Italian-American New Yorkers (Vinny and his fiancée, Mona Lisa Vito) and the more reserved Southern townspeople. Principal location of filming was Monticello, Georgia.
My Cousin Vinny was a critical and financial success, with Pesci, Gwynne, and Tomei all praised for their performances. Tomei won the Academy Award for Best Supporting Actress. Attorneys have also lauded the film for its accurate depiction of court procedure and trial strategy.