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Top related persons:
Rachel Rosenkrantz - 1 she’s - 1 banjos - 1 Rosenkrantz - 1 luthiers - 1 I’m - 1 it’s - 1 ” Rosenkrantz - 1
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biomaterials Paris Rhode Sitka Brazil New York
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CNN - 1 Forest - 1 Convention - 1 International Trade - 1 BMW - 1 Rhode Island School of Design - 1 Getty - 1

Search resuls for: "Rosenkrantz"


2 mentions found


☆ Rachel Rosenkrantz is making guitars from mushrooms
  + stars: | 2023-11-01 | by ( Flo Cornall | ) edition.cnn.com   time to read: +7 min
While these classic guitars will always have a firm spot in our playlists, there are some new designs making waves by harnessing some peculiar materials. Guitar maker and master luthier Rachel Rosenkrantz thinks she’s hit the right note crafting bespoke instruments out of biomaterials. From mushroom ukuleles and beehive guitars to banjos made out of kombucha leather, she’s assembled a curious collection of biodegradable instruments. Her “Mycocaster” electric guitar is made from mycelium and paper, with dried fibers such as corn husk added to make the guitar body more rigid. Her “Mycocaster” electric guitar is made from mycelium and paper, with dried fibers such as corn husk added to make the guitar body more rigid.
Persons: Rachel Rosenkrantz, she’s, banjos, Rosenkrantz, luthiers, I’m, it’s, ” Rosenkrantz, Biomaterials, Rachel Rosenkrantz's, “, –, doesn’t, Angela Weiss, ”, Rosenkrantz’s Mycocaster Organizations: CNN, Forest, Convention, International Trade, BMW, Rhode Island School of Design, Getty Locations: biomaterials, Paris, Rhode, Sitka, Brazil, New York
☆ They’re Taking Jigsaws to Infinity and Beyond
  + stars: | 2022-12-09 | by ( Siobhan Roberts | ) www.nytimes.com   time to read: +2 min
There was a fine line, however, between psychedelic finery and “letting the color stretch and warp too far,” Ms. Ghassaei said. The journal Science featured their 3D-printed organ research with Jordan Miller, a bioengineer at Rice University. The route from one project to the next is marked with mathematical concepts like Laplacian growth, Voronoi structures and the Turing pattern. These concepts, which loosely speaking govern how shapes and forms emerge and evolve in nature, “cultivate the algorithms,” Ms. Rosenkrantz has written. The same algorithms can be applied to very different media, from the twisty maze pieces to the intricate components of 3D-printed organs.
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