Building a Laser-Driven Photoacoustic Speaker
https://fed.brid.gy/r/https://hackaday.com/2026/03/22/building-a-laser-driven-photoacoustic-speaker/
Building a Laser-Driven Photoacoustic Speaker
https://fed.brid.gy/r/https://hackaday.com/2026/03/22/building-a-laser-driven-photoacoustic-speaker/
Versión 1.2.0 de Goldleaf, popular aplicación multipropósito para Nintendo Switch: https://www.dekazeta.net/foro/files/file/523-goldleaf/
#Goldleaf #Switch #Gaming #Videojuegos #Videogames #Homebrew
Goldleaf es una aplicación homebrew multipropósito para Nintendo Switch. Si estás buscando Tinfoil, esta es la más y más segura evolución extendida de esa aplicación. Goldleaf es un concepto muy similar al de FBI, una popular aplicación homebrew para Nintendo 3DS. Características principales de G...
New at bl.ag online, 'Glorious Gilding Samples at the American Sign Museum', with some exclusive cutting room floor content from the Museum's new book:
https://bl.ag/glorious-gilding-samples-at-the-american-sign-museum/
More on the book here:
https://bl.ag/a-sneak-peek-inside-the-american-sign-museum-book/
#Gilding #GoldLeaf #Letters #AmericanSignMuseum #SignPainting #Signwriting #YeOldeSignShoppe #Lettering #Craft
Got a question about gilding, but were afraid to ask? Or just didn't have anyone that you could ask?
Tomorrow, Saturday, the Society of Gilders is hosting a free, online Q+A, and they are accepting question submissions in advance here:
https://societyofgilders.org/ask-gilding-experts-october-25-2025/
7-Oct-2025
Cracking the Secret of #Kanazawa #GoldLeaf’s Brilliant Texture
Researchers reveal unique crystal slip mechanism behind UNESCO-recognized #gold leaf’s extraordinary thinness and luster
Kanazawa gold leaf, one of the world’s thinnest metallic foils and a UNESCO Intangible Cultural Heritage, owes its brilliance and durability to an unusual deformation mechanism. A team led by Professor Yoshifumi Oshima at JAIST discovered that non-octahedral {110}–<110> slip systems, normally inactive in gold, are activated during the traditional hammering process. This finding provides a scientific foundation for sustaining cultural heritage while inspiring new approaches to advanced nanomaterials and ultrathin metallic films.