469 Royalty-Free Audio Tracks for "Hz"

Alchemical elements - sound experiences to compare. Hello sound-freaks,. In this pack i share some selected pieces of binaural beats referring to basic elements of ancient alchemy. If you listen, you should use headphone. I start with sulfur:. According to paracelsus (1493–1541), the three primes or tria prima – of which material substances are immediately composed – are:. Mercury (mind)salt (base matter or body)sulfur (spirit). (https://en. Wikipedia. Org/wiki/alchemical_symbol). Here some data for the sulfur binaural soundpieces i've worked with:symbol/atomic number in periodic table/nuclear magnetic resonance (nmr frequencies):s 16 7. 67 163,27 hz (176,01 hz: a series with this frequency may come later). You may listen to binaural variations of sulfur same nmr frequency 163,27 hz hz but different intervals:. Binaural creations of sulfur in these sounds on nmr 163,27 hzyou can read the distance to the core tone from the name of the soundfiles. For comparison with the basic or target tone, i added a sulfur stereo sound of 163. 27 hz as a audio test for you in this pack. Have a nice dayand fun with these compositions,the horst from germany. Some informations about sulfur as a homoeopathic remedy (if you are interested):. Https://www. Britishhomeopathic. Org/charity/how-we-can-help/articles/homeopathic-medicines/s/sulphur/http://homoeopathie-liste. De/mittel/sulfur. Htm.

Phased multistricken crash. Based on https://freesound. Org/people/dieselsiselmedia/sounds/387139/. But at 44,100 hz and phased by applying right channel delay. I don't like this version. It doesn't have enough bass. I created it because some nationalist who doesn't recognize the unique identity and sentience of individuals couldn't resample it in standard hz properties.

It is a short rain sound of about 2. 5 second. Sampling frequency is 44100 hz. This short sound is from sms-tools-master, sound folder.

Pure 50hz electromagnetic coil/inductor noise (hum).

This sounds is perfect for ufos :)its a deep sound made from 35 hz bass.

A 60hz hum from my living solutions 5. 5'' tv receiving a very low voltage, which caused the tv to hum like crazy. Recorded with my cell phone.

Quindar sounds were used by nasa for controlling the ground station transmitters that allowed communication with spaceships through the space shuttle era. Fiber optic cable has made quindar sounds obsolete. This sound, at 2525 hz, was generated when the capsule communicator pressed the ptt button on his microphone, and the pitch told the ground station transmitters to start broadcasting. You can read more about quindar sounds at https://www. Hq. Nasa. Gov/alsj/quindar. Html. This sound was generated in audacity.

(caution: intended only for use as part of a larger waveform). Upward ramp of a 10 hz square wave; equivalent to 100% dc offset.

50 year old tape stock. Tandberg low noise ¼" tape. Hum peaks at around 50 and 150 hz. Played on an equally as old revox machine. .

Stereo whoosh. Recorded using a tascam dr-05 24 bit 96000 hz. If you appreciate the cc0 leave a comment.

A guy saying "how many notes" with a very particular accent. This was recorded with a zoom h4n, 41000 hz 24bit, with no further processing of any kind.

This is a version of my previously submitted sound, http://www. Freesound. Org/people/brotherprovisional/sounds/75063/, but high pass filtered at 90 hz for "safety" concerns.

Recorded using tascam dr-1 , stereo, wav, 44100 hz.

Just hanging out at the skatepark and recorded this short snippetsorry for mic disturbancesrecorded at 44100 hz on a zoom h4.

There is a short latency so you'll have to edit/time this yourself.

A minor choirsound,created with audacity. I added the lower octave of the sound,to get more volume and used a high pass filter at 1000 hz to make it sound more ethereal.

Sounds like a power on sound. Made from a beep with a sine waveform (the hz of which increases), and bitcrushing it at 4 bits per sample and a sample rate of 40khz.

Wood fire. Recorded using a tascam dr-05 24 bit 96000 hz. If you appreciate the cc0 leave a comment.

A request. . . Https://freesound. Org/forum/sample-requests/42318/?page=1#post94749.

This sound was created using audacity. First of all i chose a frequency of 432 hz ( a number which includes the golden rule/proportion), then i created a gradual rise in the first 4 seconds, leading into a peak which descends so it can go up again, creating an effect of confusion. At the end, the sound raises gradually and rapidly to reach its peak once again. This sound recreates, for me, a fast- moving ufo (unidentified flying object) and includes the notion of conspiracy in our society- the changing of the frequency of the tone “la “ from 432 hz to 440 hz in 1953 by the nazis. La règle d’or- 432 hertz. Le ton « la » est une pointe centrale dans le réglage des instruments musicaux. Le ministre de la propagande en allemagne pendant l’époque des nazis a fait un décret général avec lequel il a changé la tonalité « la »de 432 hz en 440 hz. On utilise cette hauteur à partir de 1939 jusqu’à nos jours. Il y a eu des protestes de la part de professeur dussault de la conservatoire parisienne qui a fait une pétition signé par 23 000 artistes françaises mais sans aucun résultat. L’organisation internationale de standardisation(iso) a accepté en 1953 les changements et on utilise la valeur de 440 hz depuis. Des recherches montrent que ce changement a des effets incontournables sur le corps et le cerveau humain- les gens entrent dans un chaos. Ce changement a été caché du monde entier parce que c’est le point de la balance dans la nature. 432 hz est la vibration qui inclue aussi le règle d’or (ou la proportion de dieu). Quand on écoute de la musique en 440 hz la première chose qu’on remarque c’est une fatigue, aucun envie de faire n’importe quoi et beaucoup d’autres ( y inclus le mouvement de notre adn) une étude récent montre que l’utilisation de 440 hz crée des mouvais effets dans la nature et dans toutes les êtres vivantes. Cette article m’a inspirée à recréer un son avec une fréquence de 432 hz qui monte et baisse graduellement. C’est un son seul de type complexe(nodal). Il est de type v( continu varié), il est éclatant,clair et lisse. L’attaque du début est graduelle et violente. Le son varie en « hauteur » de plus fort au moins fort et l’inverse, recréant un effet d’un ovni qui passe à côté de vous.

This kind of generates random values at a certain frequency. In this example, the frequency is 200hz. The algorithm for this noise was created two years ago by myself in c++, as an imitation of noise generators in supercollider 2.

Recorded using tascam dr-1, *. Wav, stereo, 44100 hz.

Small table top metal fan. Has a distinctive metal click that is good white noise. Uploaded mp3 version at 48000 hz and a bit depth of 24.

The basic synthesis engine which produced this sound is poizone 2. This sound uses automated automation and the rootnote of f5. Bpm= 148length= 3,648frequency= 698,456 hz.

Binaural recording of the bass piano bass strings being strummed. The sound goes from 10hz to 1. 5khz with the peak at 90 hz.

I created a sound by playing with its envelope then i cut it and repeated. Then half the time i insert a linear sinusoid noise at 440 hz and 0. 8 amplitude.

Amplification at -28,1 to diminish sound. The sound has an effect which turn; a rounded up effect. Retro flanger has an average stall (8,02 ms) and flange frequency (1,58 hz).

This is the background sound of a space station. The upper mids (around 1700 hz) are cut so that dialog should fit over the sound easily.

This is just a test. Is - ok?is : ok?is () ok?or is it my long filename that. . . Now i think i know!!! you cant use å ä ö in tags!!!.

Just a fast sound effect that i made by using my own door and recorded with my røde nt1-a microphone. The recording is in 44100 hz stereo, 16-bit, waw format.

To create this sound, i created a sinusoid of 500 hz and an amplitude of 0. 8. I then multiplied the speed of 0. 750. To get this final sound is to duplicate the sinusoid several times.

Water dripping on my kitchen stainless steel washbasin. Used a zoom h6 with the xy head.

1000 Hz tone, created by Denelson83 Note on playing this audio clip This audio clip is an en:Ogg Vorbis file. For a list of compatible media players, see the article at [1].

Create chirp 1 use audacity:. • file→new. • generate→tone. . . - waveform: sine- frequency (hz): 1500- amplitude: 1- duration 00h 00m 02. 000s. • effect→fade out. • effect→tremolo- wavefrom type: sine- starting phase (degrees): 0- wet level (percent): 100- frequency (hz): 10. 0. Create silence sound• file→new• generate→silence…. -duration: 0. 02s. • edit→copy (all). Return to chirp sound. Between every sin shape paste 0. 02s silence.

Tibetan bells and sounds from outer space,a pathway to inner peace. Sounds for relaxation and meditation. 289,4 hz is attributed to mars, 841,68 hz is frequency of synodic moon. Hello,this is the very real horst from duisburg germany with another soundpiece of tibetan singing bowl attributed to planets of our solar system. The sounds of mars/synodic moon, were taken by me on february 25th, 2014 also as a modul used in our soundproject "tibetan bells and sounds from outer space" at youtube-channel :https://www. Youtube. Com/user/taochisoundthe singing bowl has frequency of mars/synodic moon [grundton: mars 289,4 hz / synodic moon 841,68 hz; durchmesser ca. 170 mm; höhe ca. 80 mm; gewicht ca. 790 gramm] and was treated with different mallets [drumsticks]. For more information about frequencies of the planets, please visit:. Http://www. Planetware. De/tune_in/frequenz. Htmlhttp://wiki. Astro. Com/astrowiki/de/planetenton. I share three excerpts of these pieces of 03 min, 07,45 min and variation with stretched sound 3,07 min here for you for your free usefor more information about tibetan singing bowls please visit:http://en. Wikipedia. Org/wiki/singing_bowlthanks for listening andfind true peace on your waythe very real horst. .

Recorded with a oktava mk-012, close of the bottle and a bit of constant noise (computer) behind. Just a cut at 60 hz. Enjoy your slippery mixes.

Ambiance of a huge lobby in vancouver, before the start of some lectures. The lobby was full of people. I took advantage of course, to "steal" this sound. I've used it in many movies that i did the sound. Hope you enjoy. --------------------------ambiencia de um enorme saguão em vancouver , enquanto se espera o inicio de algumas palestras. Este saguão estava cheio de gente. Aproveitei é claro , para "roubar" esse som. Já o usei em muitos filmes que fiz o som. Espero que gostem.

This kind of noise generates sinusoidally interpolated random values at a certain frequency. In this example the frequency is 100hz. The algorithm for this noise was created two years ago by myself in c++, as an imitation of noise generators in supercollider 2.

This kind of noise generates linearly interpolated random values at a certain frequency. In this example the frequency is 100hz. The algorithm for this noise was created two years ago by myself in c++, as an imitation of noise generators in supercollider 2.

An edited recording of crashoverride61088 on trombone, edited to sound like the teacher ms. Othmar from the peanuts series. Recorded with an at-4040, pro tools 10, and some light eq. The original sound (http://www. Freesound. Org/people/crashoverride61088/sounds/146933/) was edited in audacity to set a new sampling frequency and to change stereo to mono format.

Hitting a hard drive with a pizza cutter recorded with dr-05 96000 hz sample ratein the kitchen it was a seagate 250gb 7200 rpm 3,5 inch harddrive with sata.

Hitting my refrigerator with a torx screwdriver bit recorded with dr-05 96000 hz sampling rate in the kitchen the refrigerator is a kenmore i am trying to find the holder for the bit.

A small bronze bell rings softly, three times. Recorded on zoom h2, stereo, 48. 000 hz, 24bit.

Sound of the adriatic sea at the shoreline at the bagno andrea #12 in valverde a suburb of cesenatico, italy. Recorded with a galaxy nexus (44100 hz).

Recorded using tascam dr-1, *. Wav, stereo, 44100 hz.

Sound of wooden musical spoons being clapped; recorded in the lab sound booth at confederation college. Sound has a clunky feel to it, as well as starts slowly and progressively gets faster. Recorded at 48,000 hz. .

A gibson sg with custom-59 pickups playing the open a string. Signal was captured using the bridge pickup exclusively. Length of sound capped at 10 secs and fade out effect added in audacity.

I created a sinusoidal sound of frequency 200 hz and amplitude 0. 4. I played with the sound envelope on the sides and the middle then i repeated it to create a radioactive sound.

This sound is a smooth square with a 400 hz frequency and the amplitude is 1. I added a 2 echo with 0,6 decline factor. There is a fade of closing down studio.

Recorded using tascam dr-1, *. Wav, stereo, 44100 hz.