Add Yahoo as a preferred source to see more of our stories on Google. Visually, the “Klein bottle” doesn’t seem all that impressive. On first glance it looks like a trendy Japandi-style vase. And yet ...
In 1977, two mathematicians created a conjecture that proposed the minimum size a paper strip needed to be in order to form an embedded strip. Although they proposed an aspect ration of 1.73 (or √3), ...
A Möbius strip is a fascinating object. You can easily create a Möbius strip when twisting the two ends of a strip of paper by 180 degrees and connect them together. Upon closer inspection, you ...
New research presents a strategy for observing and manipulating the optical Berry phase in Möbius ring microcavities. In their paper, the authors discuss how an optical Berry phase can be generated ...
AltDynamic has returned to Kickstarter for 1/22 time to launch its new Mobius Strip a CNC machined anodized work of mathematical art. Open your eyes to the endless possibilities that lie within the ...
A soft robot shaped like a Möbius strip can move when activated by light, and could be used to transport medicine and collect samples inside the body. Zi Liang Wu at Zhejiang University in China and ...
Two photons (as stick figures) dance on a Möbius strip. Their joint movement along this twisted dance floor is the result of quantum interference. Classically, each of the two photons would go their ...
Just like a Möbius strip made of paper, when this DNA Möbius strip is cut down the middle, it generates a loop half as narrow and twice as long as the original, with four half turns (a twist of 720o) ...
It started with someone asking [James Bruton] about using a Möbius strip as a tank tread. He wasn’t sure what the point would be, but he was willing to make one and see what happened. Turns out it ...
Physicists have trapped light inside a miniature ring so that it needs two round trips to get back to its initial configuration, like an ant that must make two circuits around the surface of a Möbius ...
Visually, the “Klein bottle” doesn’t seem all that impressive. On first glance it looks like a trendy Japandi-style vase. And yet it has fascinated mathematicians for more than 140 years. To ...
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