1,492 Royalty-Free Audio Tracks for "Experimental"

[bass_rhythm_32_rep. Wav]. Experimented late at night some days ago and got this interesting bass rhythm! sounds like background bass rhythm loops for fashion shows and show-ups. Imagine this being played in the background when a designer shows for example a tough, special made suit. This sound can for example be used in videos, for example tutorials - you name it!. If you enjoyed the sound, please rate, comment, spread! it really helps!. Note: make sure to check out the other matrixxx-sounds! the sound quality is always better when you download the sound(s)! ⛄ made this with bosca ceoil! ⭐. Enjoy!/matrixxx.

[bass_rhythm_28_rep. Wav]. Experimented late at night some days ago and got this interesting bass rhythm! sounds like background bass rhythm loops for fashion shows and show-ups. Imagine this being played in the background when a designer shows for example a tough, special made suit. This sound can for example be used in videos, for example tutorials - you name it!. If you enjoyed the sound, please rate, comment, spread! it really helps!. Note: make sure to check out the other matrixxx-sounds! the sound quality is always better when you download the sound(s)! ⛄ made this with bosca ceoil! ⭐. Enjoy!/matrixxx.

[bass_rhythm_36_rep. Wav]. Experimented late at night some days ago and got this interesting bass rhythm! sounds like background bass rhythm loops for fashion shows and show-ups. Imagine this being played in the background when a designer shows for example a tough, special made suit. This sound can for example be used in videos, for example tutorials - you name it!. If you enjoyed the sound, please rate, comment, spread! it really helps!. Note: make sure to check out the other matrixxx-sounds! the sound quality is always better when you download the sound(s)! ⛄ made this with bosca ceoil! ⭐. Enjoy!/matrixxx.

[bass_rhythm_40_rep. Wav]. Experimented late at night some days ago and got this interesting bass rhythm! sounds like background bass rhythm loops for fashion shows and show-ups. Imagine this being played in the background when a designer shows for example a tough, special made suit. This sound can for example be used in videos, for example tutorials - you name it!. If you enjoyed the sound, please rate, comment, spread! it really helps!. Note: make sure to check out the other matrixxx-sounds! the sound quality is always better when you download the sound(s)! ⛄ made this with bosca ceoil! ⭐. Enjoy!/matrixxx.

[bass_rhythm_44_rep. Wav]. Experimented late at night some days ago and got this interesting bass rhythm! sounds like background bass rhythm loops for fashion shows and show-ups. Imagine this being played in the background when a designer shows for example a tough, special made suit. This sound can for example be used in videos, for example tutorials - you name it!. If you enjoyed the sound, please rate, comment, spread! it really helps!. Note: make sure to check out the other matrixxx-sounds! the sound quality is always better when you download the sound(s)! ⛄ made this with bosca ceoil! ⭐. Enjoy!/matrixxx.

[bass_rhythm_48_rep. Wav]. Experimented late at night some days ago and got this interesting bass rhythm! sounds like background bass rhythm loops for fashion shows and show-ups. Imagine this being played in the background when a designer shows for example a tough, special made suit. This sound can for example be used in videos, for example tutorials - you name it!. If you enjoyed the sound, please rate, comment, spread! it really helps!. Note: make sure to check out the other matrixxx-sounds! the sound quality is always better when you download the sound(s)! ⛄ made this with bosca ceoil! ⭐. Enjoy!/matrixxx.

[bass_rhythm_52_rep. Wav]. Experimented late at night some days ago and got this interesting bass rhythm! sounds like background bass rhythm loops for fashion shows and show-ups. Imagine this being played in the background when a designer shows for example a tough, special made suit. This sound can for example be used in videos, for example tutorials - you name it!. If you enjoyed the sound, please rate, comment, spread! it really helps!. Note: make sure to check out the other matrixxx-sounds! the sound quality is always better when you download the sound(s)! ⛄ made this with bosca ceoil! ⭐. Enjoy!/matrixxx.

[bass_rhythm_56_rep. Wav]. Experimented late at night some days ago and got this interesting bass rhythm! sounds like background bass rhythm loops for fashion shows and show-ups. Imagine this being played in the background when a designer shows for example a tough, special made suit. This sound can for example be used in videos, for example tutorials - you name it!. If you enjoyed the sound, please rate, comment, spread! it really helps!. Note: make sure to check out the other matrixxx-sounds! the sound quality is always better when you download the sound(s)! ⛄ made this with bosca ceoil! ⭐. Enjoy!/matrixxx.

[bass_rhythm_04_rep. Wav]. Experimented late at night some days ago and got this interesting bass rhythm! sounds like background bass rhythm loops for fashion shows and show-ups. Imagine this being played in the background when a designer shows for example a tough, special made suit. This sound can for example be used in videos, for example tutorials - you name it!. If you enjoyed the sound, please rate, comment, spread! it really helps!. Note: make sure to check out the other matrixxx-sounds! the sound quality is always better when you download the sound(s)! ⛄ made this with bosca ceoil! ⭐. Enjoy!/matrixxx.

[bass_rhythm_60_rep. Wav]. Experimented late at night some days ago and got this interesting bass rhythm! sounds like background bass rhythm loops for fashion shows and show-ups. Imagine this being played in the background when a designer shows for example a tough, special made suit. This sound can for example be used in videos, for example tutorials - you name it!. If you enjoyed the sound, please rate, comment, spread! it really helps!. Note: make sure to check out the other matrixxx-sounds! the sound quality is always better when you download the sound(s)! ⛄ made this with bosca ceoil! ⭐. Enjoy!/matrixxx.

This sound is produced by one of the eye tracker experiments at cbc (upf). These experiments are oriented to newborns and it analyzes their brain cognition by stimuli. As researchers of the center for brain and cognition, we work to advance our understanding of how experience influences the emergence of structure and function through computational and experimental investigation. We are also interested in understanding how mechanisms regulating brain development interact with the effects of experience to produce the structural and functional characteristics of the brain. These lines of research clarify how specific biological mechanisms routinely support the emergence of cognitive functions, leading to insights into why experience is so important for normal brain development. Learn more at: https://www. Upf. Edu/web/cbc.

This sound is produced by one of the eye tracker experiments at cbc (upf). These experiments are oriented to newborns and it analyzes their brain cognition by stimuli. As researchers of the center for brain and cognition, we work to advance our understanding of how experience influences the emergence of structure and function through computational and experimental investigation. We are also interested in understanding how mechanisms regulating brain development interact with the effects of experience to produce the structural and functional characteristics of the brain. These lines of research clarify how specific biological mechanisms routinely support the emergence of cognitive functions, leading to insights into why experience is so important for normal brain development. Learn more at: https://www. Upf. Edu/web/cbc.

This sound is produced by one of the eye tracker experiments at cbc (upf). These experiments are oriented to newborns and it analyzes their brain cognition by stimuli. As researchers of the center for brain and cognition, we work to advance our understanding of how experience influences the emergence of structure and function through computational and experimental investigation. We are also interested in understanding how mechanisms regulating brain development interact with the effects of experience to produce the structural and functional characteristics of the brain. These lines of research clarify how specific biological mechanisms routinely support the emergence of cognitive functions, leading to insights into why experience is so important for normal brain development. Learn more at: https://www. Upf. Edu/web/cbc.

This is a sound recorded with a handcrafted electromagnetic microphone. The machine recorded is used for computation tasks at cbc (upf) for their experiments on brain cognition. As researchers of the center for brain and cognition, we work to advance our understanding of how experience influences the emergence of structure and function through computational and experimental investigation. We are also interested in understanding how mechanisms regulating brain development interact with the effects of experience to produce the structural and functional characteristics of the brain. These lines of research clarify how specific biological mechanisms routinely support the emergence of cognitive functions, leading to insights into why experience is so important for normal brain development. Learn more at: https://www. Upf. Edu/web/cbc.

For best experience, make sure you:. * don't look at the sound waves (the sound display) at all!* are in a pitch black dark, closed room. * for ultra feeling, turn up the volume to 100% and set the bass to maximum if you have good speakers! otherwise put on headphones with volume 100% (which should be high but normal gaming volume). * immerse yourself. --------------------------------------------------------------. I experimented yesterday and got this. Not what i expected at all. Sounds like it's straight from hell. Aggressive. Disturbing. Unsettling. This sound can for example be used in horror games, for example when the player enters a new level - you name it!. /matrixxx.

Its a sine wave folded 4 times by a cgs inspired wavefolder module (kinda like the metalizer from the minibrute). The whole thing is then modulated with an external function generator that controls amount and frequency of modulation. This is what came out and it's pure junky drone noises, so goddamn nasty. Absolutely love them. Feel completely free to sample this and use it for your own purposes. This is a diy synthesizer i'm building and unfortunately it is still a prototype, but i'm gonna finish it soon and hope to sell it. Cool indeed, isn't it?.

Alien xxx sent me a “cross modulation challenge”. I have tried to be true to his idea, but added automation, so to speak. Oscillator1 is constantly fm-modulating oscillator2. I vary the frequency of oscillator1 with an lfo. The output of oscillator1 is sent to a) left audio channel and b) in to oscillator2. The output of oscillator2 is fed to oscillator1. The degree of cross fm modulation is controlled by a vca controlled by another lfo. The output of oscillator2 is also sent to right audio channel. As i’m writing this i have just made a theoretical patch on a piece of paper. The result is what you hear. No effects added. Straight out of the modular for better or worse.

[bass_rhythm_16_rep. Wav]. Experimented late at night some days ago and got this interesting bass rhythm! sounds like background bass rhythm loops for fashion shows and show-ups. Imagine this being played in the background when a designer shows for example a tough, special made suit. This sound can for example be used in videos, for example tutorials - you name it!. If you enjoyed the sound, please rate, comment, spread! it really helps!. Note: make sure to check out the other matrixxx-sounds! the sound quality is always better when you download the sound(s)! ⛄ made this with bosca ceoil! ⭐. Enjoy!/matrixxx.

[bass_rhythm_20_rep. Wav]. Experimented late at night some days ago and got this interesting bass rhythm! sounds like background bass rhythm loops for fashion shows and show-ups. Imagine this being played in the background when a designer shows for example a tough, special made suit. This sound can for example be used in videos, for example tutorials - you name it!. If you enjoyed the sound, please rate, comment, spread! it really helps!. Note: make sure to check out the other matrixxx-sounds! the sound quality is always better when you download the sound(s)! ⛄ made this with bosca ceoil! ⭐. Enjoy!/matrixxx.

Boring sound. . . Neuron patch (?). . . Inspired by nlc squid axon (i have saved some hp for that one!) i have patched up a simple 2 stage asr with 2 s/h. Most of the time it plays its atonal melody, but when the patch is stimulated (by a sloth lfo) feedback opens up. I can adjust the sensitivity in different ways (so i can simulate the intake of drugs. . . ). The sound from the oscs goes though vcfs with some resonance. The vcfs are controlled by the same sloth lfo. My neuron patch. . . No hands during recording. My favourite part is when nothing happens - for almost 1 min?! but you can hear the filter working via the vcfs. The cv must be in some strange area.

This sound is a representation of a researcher getting out from a soundproofed room which is used for the brain cognition experiments. You can notice the difference in the ambient noise between inside and outside of it. As researchers of the center for brain and cognition, we work to advance our understanding of how experience influences the emergence of structure and function through computational and experimental investigation. We are also interested in understanding how mechanisms regulating brain development interact with the effects of experience to produce the structural and functional characteristics of the brain. These lines of research clarify how specific biological mechanisms routinely support the emergence of cognitive functions, leading to insights into why experience is so important for normal brain development. Learn more at: https://www. Upf. Edu/web/cbc.

This sound is produced when manipulating a hat with electromagnetic sensors which is used to measure the brain activity. This hat is from cbc (upf) for the brain cognition experiments. As researchers of the center for brain and cognition, we work to advance our understanding of how experience influences the emergence of structure and function through computational and experimental investigation. We are also interested in understanding how mechanisms regulating brain development interact with the effects of experience to produce the structural and functional characteristics of the brain. These lines of research clarify how specific biological mechanisms routinely support the emergence of cognitive functions, leading to insights into why experience is so important for normal brain development. Learn more at: https://www. Upf. Edu/web/cbc.

This is a sound recorded with a handcrafted electromagnetic microphone (that is why is in mono format). The machine recorded is used for signal processing tasks at cbc (upf) for their experiments on brain cognition. As researchers of the center for brain and cognition, we work to advance our understanding of how experience influences the emergence of structure and function through computational and experimental investigation. We are also interested in understanding how mechanisms regulating brain development interact with the effects of experience to produce the structural and functional characteristics of the brain. These lines of research clarify how specific biological mechanisms routinely support the emergence of cognitive functions, leading to insights into why experience is so important for normal brain development. Learn more at: https://www. Upf. Edu/web/cbc.

Modular synth patch where two envelopes are involved in a chase. There could have been a rhythm, but i let chaos disturb theharmony. The triangle wave sounds are "distorted" in a wave rectifier. Kind of metallic sound? interesting. The kind of patch only an owner to a modular synth findany interest in. Maybe a little more interesting then theprevious sound. . . This has an ambient feel. Why?answer: different wave forms, changed envelopes and reverb. A lot of reverb. Do you find any use for some part of this sound let me know!the "ground/root pith" is 122hz. . . Almost a b. . . But not really. I tune my oscillators without caring about "real" tones. The quantizer makes the steps between tones.

Originally made for the disquiet junto project 0433: "kit bits: create a kit’s worth of percussion samples. ". I used 1. Recordings with a telephone coil microphone recording sounds from an external blu ray drive and a smartphone (telephone coil recorded via behringer xenyx q1202 usb mixer, line-in) and 2. Random recordings from a soma ether device (recorded with zoom h1n, line-in). In these recordings i picked up those areas which i though to be useful for a drum kit, just as i would do it for myself. This track contains all samples in no special order in one file. All samples my own, released into cc0 public domain. Would be nice to hear if someone does something with it. August 2020, 44,1 khz, 16 bit, flac.

Version 2. . . Of https://www. Freesound. Org/people/gis_sweden/sounds/352940/. . . Or maybe version 34. . . . It's not better but a little different. More dynamics. Softer. But still i have the clicks :-/have to work on that. It becomes clear when i record with audacity and can actually see the attack and decay. I’m playing with alm pip slope. With this module you can cv control the attack and decay. As oscillator i use intellijel μvcf in self-oscillation mode. I fm-modulate this filter/oscillator with a tone from uoki-toki polivoks vcf. The semi random trigger is really two triggers connected to an or gate. Pitch is from analogue systems rs-40 (sample/hold and noise). I can listen to this for a looong time. Retro sound.

Created with a doepfer a-100 modular synthesizer sequenced by a korg sq-1 processed by a zoom multistomp ms-70cdr guitar multi-fx pedal, using the particle and hd reverb. Audio source is a self-resonating, modulated doepfer a-108 vcf8. The reverbs ran in series. The manual states that the particle reverb is based on the line6 m9 particle verb. Here's a video showing the setup: https://youtu. Be/5h-mblcybbo. It's always nice to hear what projects you use these sounds for. Let me know. ;-). Please also check out my pond5 and unity asset store profiles for more:http://www. Pond5. Com/artist/cabled_messhttps://www. Assetstore. Unity3d. Com/en/#!/search/page=1/sortby=popularity/query=publisher:20154.

Algorithmic drone music program. The computer is my analog modular synth. 01 to 08 are clock sequencer steps. 00 rem osc_1 - wave shaped sin oscillator (osc) - tuned to 130hz00 rem osc_2 - clean sin from oscillator - tuned to 130hz00 rem osc_3 - sqr from oscillator through filter - osc tuned to 130hz00 rem clk speed = 0. 5 hz00 rem line 01 each of the 3 vcas gets an unique cv value ([gate] -> [3 s/h] -> [3 vca])00 rem ---------------------------------------------------01 sample values for vca (cv in) x 3 (osc_1, osc_2, osc_3)02 sample frq for osc_103 sample frq for osc_204 sample new clk speed05 sample frq for vibrato in osc_106 sample frq for osc_307 env to all vca08 sample cv for (osc_3) filter10 goto 01. When i begin the recording the program has been running for a while.

This is the sound heard when the telephone from the cbc (upf) is used. This telephone connects the researcher (which is outside the experiment room) with the person who is taking the experiment (which is inside the experiment room, and he/she is not able to hear anything from outside). As researchers of the center for brain and cognition, we work to advance our understanding of how experience influences the emergence of structure and function through computational and experimental investigation. We are also interested in understanding how mechanisms regulating brain development interact with the effects of experience to produce the structural and functional characteristics of the brain. These lines of research clarify how specific biological mechanisms routinely support the emergence of cognitive functions, leading to insights into why experience is so important for normal brain development. Learn more at: https://www. Upf. Edu/web/cbc.

This is a recording made in the room of my apartment in italy in the province of rieti, while i am testing a drone dji phantom 4 pro clone, purchased 3 days ago on the vova site, only during the test it suffered two accidents. The first 5 minutes for 3 flights everything went well, then on the fourth flight, as the drone was also without para-propellers, the first small accident happened, on landing he fell to the ground from the bed, then resumed flying for another two times. On the third flight there was a second bigger accident: first he started spinning the propellers against the wall for a while, then he fell to the ground rolling until he hid under the bed. This time, however, even after this great accident, the drone resumed flying normally as if nothing had happened. This recording was done with my iphone connected to the shure mv88 plus microphone.

During the second half of the nineteenth century, the firm of michael welte und söhne in freiburg-im-breisgau, southern germany, achieved world renown as a manufacturer of orchestrions. Over several decades it built up a skilled workforce, both for the construction of the instruments and for the arrangement of the music rolls which caused them to play. So in 1904, it was ideally placed to develop an experimental piano playing device, with the aim of reproducing the recorded performances of the finest pianists of the day. What we now know as the welte-mignon was originally called, quite simply, the mignon, an essentially french word meaning both small and pleasing, to distinguish it from the firm's other instruments, which were all considerably larger. Http://www. Pianola. Org/reproducing/reproducing_welte. Cfm. Pianist: eugen d'albert (1864 - 1932)instrument: deutsches musikautomaten museum bruchsal (germany). Recording: tascam hd-p2 and beyerdynamic mce82soundsystem: pro tools le. .

Sound created from using the rings of saturn as a spectral source to a series of filters. When a 1 pixel high image of the rings is extracted it looks like a spectrogram (original: https://en. Wikipedia. Org/wiki/file:saturn%27s_rings_dark_side_mosaic. Jpg). The ring spectrogram was divided into three color planes, and the color intensity values were transformed into resonant filter cutoff frequencies. In essence one filter unit (per color plane) has 256 sounds playing simultaneously. The individual filters are placed along the x-axis so, that the stereo image consists of 256 steps from left to right. In this sound of the series the spectrum was compressed to a range of 20 - 1000 hz. A small variation in certain divider factor per color plane is introduced for a slight chorus like effect.

Privatedareno2 - 3patches - 3min. A challenge kindly started by alienxxx \(^_^)/. Patch 1: the patch that was… a patch i did yesterday. Got that one for free, so to speak. Patch 2: inspired by distant airplanes. Had this in mind. Now i patched up my idea. The wind (or what you decide to call it) is controlled by alm pip slope. New module – for me. Used an external effect, the zoom ms-70cdr. Patch 3: read about feedback. I decided to do a feedback patch. First i made one using oscillators, but i did not manage to do something nice. So i used filters. The first filters feedback is generating triggers. Oh, yes, and i used my sampler (soundmachines ul1uloop). So three patches. I merged/mixed them together in audacity. All sound unedited. Just normalized and i have applied fade in/out – and mixed them together - as written.

Made some adjustements and a new recording. Terrible result but fun work/programming!. Algorithmic drone music program. The computer is my analog modular synth. 01 to 08 are clock sequencer steps. 00 rem osc_1 - wave shaped sin oscillator (osc) - tuned to 130hz00 rem osc_2 - clean sin from oscillator - tuned to 130hz00 rem osc_3 - sqr from oscillator through filter - osc tuned to 130hz00 rem clk speed = 0. 5 hz00 rem line 01 each of the 3 vcas gets an unique cv value ([gate] -> [3 s/h] -> [3 vca])00 rem ---------------------------------------------------01 sample values for vca (cv in) x 3 (osc_1, osc_2, osc_3)02 sample frq for osc_103 sample frq for osc_204 sample new clk speed05 sample frq for vibrato in osc_106 sample frq for osc_307 env to all vca08 sample cv for (osc_3) filter10 goto 01. When i begin the recording the program has been running for a while.

Algorithmic modular music program (man3_2019). The computer is my analog modular synth. 00 rem -------------- man3_2019 --------------00 rem man3 - modular algorithm no 300 rem the steps/command lines, 01 to 08, are steps on a step sequencer00 rem main clock (lfo_2) 3hz00 rem the cv sequencer (seq) are tuned to an octave split in 5 equal parts. 00 rem seq has its own clock00 rem lfo_2 controls vco_2 via vca_2 and vca_300 rem lfo_3 controls wave shaper and vcf00 rem vco_1 tuned to 150hz sin -> wave shaper00 rem vco_2 tuned to 150hz tri00 rem vco_3 tuned to 75hz sqr -> vcf00 rem ----------------------------------------01 sampl lfo_1 -> vca_1 (vco_1)02 sampl seq -> vco_203 sampl lfo_1 -> vca_2 (vca_3) : rem [lfo_2 -> vca_2 -> vca_3 (vco_2)]04 sampl seq -> vco_105 trg -> noise -> delay_106 sampl seq -> vco_307 trg -> env (vco_3)08 trg -> noise -> delay_110 goto 01.

This was created with reaktor 6, nested inside vcvrack (via the "host" module) run through various effects in vcv rack. Ultimately this was rendered out at 192khz (vcv allows for very high super sampling). Many frequencies that are above the range of hearing exist in this file due to rendering it at such a high sample rate. I recommend that, in your daw of choice: pitch this down a couple octaves while running this through a frequency analyzer. Watch how many notes and tones emerge into the range of hearing. You might need a high shelf eq on this as well as a slight high pass filter. Several use cases for this sound: in the background of a sci-fi video game. On your next ambient dark drone top 40 hit single. Run through effects like granulators, pitch shifters and spectral distortions to make a crazy sound design sculpture.

Algorithmic modular music program (man2_2019). The computer is my analog modular synth. 01 to 08 are clock sequencer steps. 00 rem -------------- man2_2019 --------------00 rem vco_1 sin through wave folder00 rem vco_2 tri00 rem vco_3 sqr through vcf00 rem (vco_1, vco_2, vco_3) tuned to 130 hz00 rem rnd pitch cv from attenuated tri lfo00 rem rnd cv from tri lfo00 rem main clock (lfo_1) start frq 10 hz00 rem reset is tricky, trg -> short env -> reset00 rem (noise) is noise through a lfo sweeped vcf00 rem ---------------------------------------01 rnd -> vca cv in (vco_1)02 if (lfo_2 = high) then goto 01 [= reset]03 rnd frq lfo_1 (run speed)04 rnd fm mod (vco_1) with audio from (vco_2)05 rnd -> vca cv in (vco_1, vco_2, vco_3): invert cv -> vca cv in (noise)06 trg long env (vco_2): rnd pitch @ eoc (vco_2)07 trg long env (vco_3): rnd pitch @ eoc (vco_3)08 rnd -> wave folder (vco_1): rnd -> vcf (vco_3)10 goto 01.

Algorithmic modular music program (man2_2019). The computer is my analog modular synth. 01 to 08 are clock sequencer steps. 00 rem -------------- man2_2019 --------------00 rem vco_1 sin through wave folder00 rem vco_2 tri00 rem vco_3 sqr through vcf00 rem (vco_1, vco_2, vco_3) tuned to 130 hz00 rem rnd pitch cv from attenuated tri lfo00 rem rnd cv from tri lfo00 rem main clock (lfo_1) start frq 10 hz00 rem reset is tricky, trg -> short env -> reset00 rem (noise) is noise through a lfo sweeped vcf00 rem ---------------------------------------01 rnd -> vca cv in (vco_1)02 if (lfo_2 = high) then goto 01 [= reset]03 rnd frq lfo_1 (run speed)04 rnd fm mod (vco_1) with audio from (vco_2)05 rnd -> vca cv in (vco_1, vco_2, vco_3): invert cv -> vca cv in (noise)06 trg long env (vco_2): rnd pitch @ eoc (vco_2)07 trg long env (vco_3): rnd pitch @ eoc (vco_3)08 rnd -> wave folder (vco_1): rnd -> vcf (vco_3)10 goto 01.

Shortwave wide-band digital emission recorded on july 15, 2014 at 15:17 utc in am mode using 2 instances of the online remote controllable short-wave receiver located at the amateur radio club etgd at the university of twente the netherlands. Left channel was recorded below the central frequency, at a frequency of 10187khz, right channel was recorded above the central frequency, at 10191khz. This was an experiment to see if selective fading would create stereo effects, as the lower frequency part of the transmission would be heard better in the left channel, and the higher frequency component would be heard better on the right. I used goldwave to put the separate recordings into 2 channels of the same file, after i synched the recordings by ear at 1/16 playback speed using a set of 2 particularly strong lightning static crashes as a guide, trimming off everything that came before the first strike in both original recordings, then inserting silence in the range of a few milliseconds until the stereo separation was as close to zero as i could get it. I wasn't as successful at that as i've been with experiments with voice recordings from simultaneous broadcasts on 2 wavelengths that i haven't posted here.

Algorithmic modular music program ver. 2 (man2v2_2019). The computer is my analog modular synth. 01 to 08 are clock sequencer steps. Admit, the spring reverb makes a nice job!. 00 rem -------------- man2_2019 --------------00 rem ------------------ v2 -----------------00 rem vco_1 sin through wave folder00 rem vco_2 tri00 rem vco_3 sqr through vcf00 rem (vco_1, vco_2, vco_3) tuned to 130 hz00 rem rnd pitch cv from attenuated tri lfo00 rem rnd cv from tri lfo00 rem main clock (lfo_1) start frq 10 hz00 rem reset is tricky, trg -> short env -> reset00 rem (noise) is noise through a lfo sweeped vcf00 rem ---------------------------------------01 rnd -> vca cv in (vco_1)02 rnd -> wave folder (vco_1): rnd -> vcf (vco_3)00 rem line 08 in ver. 103 rnd frq lfo_1 (run speed)00 rem [less secitive for cv change]04 rnd fm mod (vco_1) with audio from (vco_2)05 rnd -> vca cv in (vco_1, vco_2, vco_3): invert cv -> vca cv in (noise)00 rem [added some offset with attenuverter]06 trg short env (vco_2): rnd pitch @ eoc (vco_2)00 rem [long env in ver. 1 - with long env i seldom reach eoc]07 if (lfo_2 = high) then goto 01 [= reset]00 rem line 02 in ver. 108 [07] trg short env (vco_3): rnd pitch @ eoc (vco_3)00 rem line 07 in ver. 100 rem [long env in ver. 1 - with long env i seldom reach eoc]10 goto 01.

A reel by scanner, aka robin rimbaud. Formatted for use in the make noise morphagene. "a mixture of abstract melodic ambient and strange processed radio stuff and ‘scanner’ style sounds which should be fun. Keeping in mind that i want people to be able to use them as easily as possible and inspired. ". Scanner (british artist robin rimbaud) traverses the experimental terrain between sound and space connecting a bewilderingly diverse array of genres. Since 1991 he has been intensely active in sonic art, producing concerts, installations and recordings, the albums mass observation (1994), delivery (1997), and the garden is full of metal (1998) hailed by critics as innovative and inspirational works of contemporary electronic music. To date he has scored 65 contemporary dance productions, including works for the london royal ballet and merce cunningham in nyc. In 2016 he installed his water drops sound work in rijeka airport in croatia, ghosts at cliveden national trust uk, and scored the world’s first ever virtual reality ballet, nightfall. He scored the hit musical comedy kirikou & karaba (2007) and narnia ballet (2015) based on the popular children’s book, philips wake-up light (2009), the re-opening of the stedelijk museum, amsterdam in 2012 and in 2018 released an app that measures the quality of soil in europe with live data with artist kasia molga. His work salles des departs is permanently installed in a working morgue in paris whilst vex house, the residential house he designed a permanent soundtrack with chance de silva architects, won the riba london award 2018. Committed to working with cutting edge practitioners he collaborated with bryan ferry, wayne macgregor, mike kelley, torres, michael nyman, steve mcqueen, laurie anderson, and hussein chalayan, amongst many others. Scannerdot. Com.

It's a 15-minute long drum improvisation. It contails a lot of different beats and rhythms played so you might cut-out some loops for your needs. The kit has:- single kick- snare- hihat- 3 toms- broken crash that sounds really short- ride. The kit was old and not in perfect condition. I also used my sticks to play on some other part of the drumkit, like metal stand for the crash etc. I also got up and stated running around in a circle hitting sticks together and afterwards hitting drums and cymbals while running around the drumkit. I took my shoes off before i started so you can't hear my footsteps. I didn't use a metronome and i know i don't hold the tempo and it's a bit wiggly sometimes. I think this performace was inspired by band mr. Bungle. I recorded this with zoom h2 handy recorder's front stereo xy mics. It was standing on a table about one meter above the floor. Facing the drumkit and me. It was captured into a 48khz/24-bit wav file, then i trimmed the ends and converted this to flac using audacity. No processing applied, though i think it sounds nicer when you put these effects:. 1. A compressor:-attack: 10ms-release: 50ms-ratio: 2. 5:1-treshold: around -24db2. A reverb:-decay: 1. 5 to 2 seconds-dry: 0db-wet: around -15 db. It amazes me how much energy compression actually adds to drums!. I made this with my podcast (http://unfamusic. Com/fnr/) in mind. I want to overdub guitars, vocals and make it one big schizophrenic song. If you're interested to hear it, leave me a comment so i can find you, or just subscribe to my podcast's rss (http://feeds. Feedburner. Com/unfa-fnr/).