My Favorite Books and Audiobooks of 2024 (Premium)

I was never an honor student, and like many with ADHD, I simply sailed through life, giving little thought or effort to those topics that didn’t interest me. But as an avid reader from a young age, I took part in an accelerated English program in the s… Continue reading My Favorite Books and Audiobooks of 2024 (Premium)

My Favorite Books and Audiobooks of 2023

I read every single day, and I split my times in books between Kindle and Audible. Here are my favorite books and audiobooks of 2023.
Note: I can’t explain why previous compilations were only for audiobooks, but here they are for comparison: 2022, 2021… Continue reading My Favorite Books and Audiobooks of 2023

Everything Makes Sound if You Try Hard Enough

Speaker cone materials can be a deep rabbit hole ranging from inexpensive paper to kevlar. We’ve all cut apart, or blown out, the cheapies to see their inner workings, but the exotic material list does not stop at audiophile-quality models. It can include mirrors, microwave ovens, and a European hacker’s …read more

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Hiding Data in Music Might be the Key to Ditching Coffee Shop WiFi Passwords

In a move guaranteed to send audiophiles recoiling back into their sonically pristine caves, two doctoral students at ETH Zurich have come up with an interesting way to embed information into music. What sounds crazy about this is that they’re hiding data firmly in the audible spectrum from 9.8 kHz …read more

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Creating Coherent Sound Beams, Easily

Lasers work by emitting light that is “coherent” in that it doesn’t spread out in a disorganized way like light from most sources does. This makes extremely focused beams possible that can do things like measure the distance from the Earth to the Moon. This behavior isn’t just limited to electromagnetic waves, though. [Gigs] via [CodeParade] was able to build a device that produces a tightly focused sound wave, essentially building an audio laser.

Curiously enough, the device does not emit sound in the frequency range of human hearing. It uses a set of ultrasound speakers which emit a “carrier …read more

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