https://audioscope.com.au/ https://audioscope.com.au/content https://audioscope.com.au/label https://audioscope.com.au/music https://audioscope.com.au/partners https://audioscope.com.au/production https://audioscope.com.au/guitar-compressor-test https://audioscope.com.au/which-tone-kept-going https://audioscope.com.au/assets/continuity-listening-poster.jpg Which tone kept going? An original AudioScope listening test about hearing continuity when noise fills a gap in a tone. https://audioscope.com.au/assets/continuity-listening-hd.mp4 16 https://audioscope.com.au/polymap-guitar https://audioscope.com.au/assets/polymap-guitar-poster.jpg This Guitar Prototype Captures 64 Signals An AudioScope schematic explains the ETH Zurich PolyMap prototype, which uses eight pickups per string across eight strings. https://audioscope.com.au/assets/AudioScope_PolyMap_Original_Short_v1%20%2810%29.mp4 32 https://audioscope.com.au/does-this-sound-ever-stop-rising https://audioscope.com.au/assets/endless-rise-poster.jpg Does This Sound Ever Stop Rising? Hear an original 18-second Shepard–Risset glide and see why a sound can seem to rise without reaching the top. https://audioscope.com.au/assets/audioscope-endless-rise-hd.mp4 18 https://audioscope.com.au/can-one-guitar-disappear https://audioscope.com.au/assets/guitar-null-poster.jpg Can One Guitar Disappear? Hear the same guitar centred, with one channel flipped, and summed to silence. See how a related idea helps headphones reduce noise. https://audioscope.com.au/assets/audioscope-can-one-guitar-disappear-hd.mp4 30 https://audioscope.com.au/why-the-cabin-gets-quieter https://audioscope.com.au/assets/cabin-noise-poster.jpg Why Does the Cabin Get Quieter? Hear a simulated cabin rumble with noise cancelling off and on, then see how noise-cancelling headphones reduce steady low sounds. https://audioscope.com.au/assets/why-the-cabin-gets-quieter-listening-hd.mp4 19 https://audioscope.com.au/why-faster-playback-raises-pitch https://audioscope.com.au/assets/playback-speed-poster.jpg Why Does Faster Playback Raise Pitch? Hear a 440 Hz tone jump to 594 Hz and three pulses get closer together at 1.35× playback speed. https://audioscope.com.au/assets/playback-narrated-candidate.mp4 40 https://audioscope.com.au/why-water-lowers-a-wineglass-note https://audioscope.com.au/assets/wineglass-note-poster.jpg Why Does Water Lower a Wineglass’s Note? Hear why adding water can lower a tapped wineglass’s pitch while raising the pitch of a blown bottle. https://audioscope.com.au/assets/wineglass-narrated-candidate.mp4 40 https://audioscope.com.au/how-far-away-is-the-echo https://audioscope.com.au/assets/echo-delay-poster.jpg How Far Away Is the Echo? Hear a pulse and its echo 0.40 seconds later, then work out how far the sound travelled. https://audioscope.com.au/assets/audioscope-echo-delay-narrated.mp4 36 https://audioscope.com.au/audio-plugin-deals-film https://audioscope.com.au/assets/audio-plugin-deals-film-poster.jpg Audio Plugin Deals | Synths, Guitar Effects and Sound Libraries Hear a synth brighten, a chord glide and an electric guitar pass through a compressor in this one-minute AudioScope film. https://www.youtube-nocookie.com/embed/SBHftsWDdyg 60 https://audioscope.com.au/what-can-eyes-and-ears-pick-up https://audioscope.com.au/assets/sensory-range-poster.jpg What Can’t Your Eyes or Ears Pick Up? Compare visible light and audible sound, then hear two tones at 440 Hz and 1,760 Hz in this short AudioScope film. https://audioscope.com.au/assets/sensory-range-narrated-hd.mp4 19