1 Trillion BPM (beats per minute) Experiment

#bpmexperiment #bpm #experiment #beepsound #LMMS #Audacity #beeps

If you want to re-use parts of this video for your own songs, be sure to give to give me some credit by mentioning thePotatoeyo as my channel name.
-
This was a weird experiment that I did back at summer of 2022 back when I didn't have a channel. This was an experiment on how far can I exceed the BPM limits by using LMMS for parts 30 BPM to 48,000 BPM (the limit on LMMS is 999 so I duplicated beats) and Audacity for the rest of the audio all the way up to 1,000,000,000,000 (1 Trillion). And the result was....VERY WEIRD AND LOUD.
-
Something I forgot to mention
Samples used: Lennart Schroot's Electro House Essentials

[Shadow.g-]

I listened with 100% on everything I do recommend this suggestion!

[PhoenixWrightAceAttorney]

That drummer must be really tired after all that. His arms moved so quickly...

Major props.

[NoNameX_X]

shoutout to the guy that had to count all the beats to give us such precise information.

[BigCheese]

Sounds as if you recorded the final moments of the universe

[solaraloe]

Fun fact, there's an entire music genre based on this concept that's called extratone

Extratone songs range from 1000BPM - whatever upper limit the producer wants (although it generally caps at around 10k from what I've seen) and most commonly makes use of the extreme BPM to turn repeated kick drums into tones (hence the name "extratone")

[IdentityCrisis-ncgy]

Finally, a metronome I can use to practice Rush E!

[tabletopstudios]

Congratulations, you figured out how all perceivable sound is created. This is pretty much the same thing that happens through pressure waves in the air.

[bradleywhais]

Once the frequency of the beat is higher than the frequency of the sound, there is not enough time in-between the beat to play the whole sound. After that point, the beat will become the frequency. If the sound was a higher pitch, you could hear the beat for longer (assuming the speaker can keep up).

[anponmon]

The beat coming back at 1 trillion really gave me goosebumps

[LowlyEidolon]

The reason it turns into a high pitch sound after a certain BPM is because it turns into beats per second or cycles per second also know as hertz or Hz
So 60, 000BPM is 1KHz or one thousand hertz
23976bpm is 400cycles per second or 400hz

[SqarletGecko]

That's kinda fascinating, the more I listen. Certain tones sound a *lot* like part of the overtone series, though I couldn't for the life of me explain how or why. Interesting.

Slight clarification: I'm aware that they *are* part of the overtone series, I'm just confused/curious as to how/why in this particular case - sorry, my original phrasing was unclear.

[jaokb]

Yes, thank you YouTube, this is exactly what I want to watch instead of studying for the three exams I'll have to take in the next five days.

[LockheartCrow]

There's something oddly creepy about how it goes from silence to quiet static-y sounds, and back to silence...

[solarflarebylinear]

1 million to 2 million sounds like when the doctor asks you to put up your hand when you hear a noise

[Request__PANic]

Went silent for me at 200M bpm, but came back only for 6.4B bpm. The reason they sound like tones starting at 2K bpm is because they're frequencies just like the notes in a song.

[imadri]

1:20 I never knew my cooker could beatbox😂

[meme-xnpo]

it's crazy how the sound gets louder then immediately dips down to basically 0 because our ears cant comprehend that high of a pitch. that's really cool how this demonstrated that.

edit: bro this comment blew up wth

[rkp]

Play it in 2x, now we can listen 2 trillion BPM 💀

[werd]

from 200 to 500 it sounded as if there's bout to be a sick beat drop

[Instrumminginstruments]

0:32 : literally me in a freaking scary game