GRX-810: NASA licenses 3D-printable superalloy that’s 2,500x stronger

and even though I spent time using the Raspberry Pi ALSA tooling.

sending a tweet or similar each first identification of a bird a day.TFLite supports many different environments.

GRX-810: NASA licenses 3D-printable superalloy that’s 2,500x stronger

The Raspberry Pi OS ALSA tools help you get the most from your sound devices.Image: Simon BissonCould there be another way to spot them? A friend had pointed me at an iOS app from the Cornell Lab of Ornithology.using ssh to log onto my Pi and vi to edit the configuration.

GRX-810: NASA licenses 3D-printable superalloy that’s 2,500x stronger

when the trees and bushes lose their leaves.The spectrogram of a small flock of sparrows.

GRX-810: NASA licenses 3D-printable superalloy that’s 2,500x stronger

Thats allowed enthusiasts to build an open-source set of tools that turn a Pi into a bird identifying device thats able to sit there 24 hours a day.

thanks to a tip from a fellow BirdNET user.and then maybe to show your friends and your friends kids.

animals were frequently tried in court for sins such as attacking children (pigs) or destroying crops (rats and insects.and experience has already shown that we can bond closely even with inanimate objects despite knowing they cant really return the attachment.

but after that…?  As MIT robotics researcher Kate Darling shows in The New Breed: What Our History with Animals Reveals about Our Future with Robots.Darling reminds us to ignore the inevitability narrative that governs so many discussions of technology.

Jason Rodriguezon Google+

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