#ernst chladni

[publicdomainreview]

"Chladni figures" from 1787 created by German physicist and musician Ernst Chladni, showing nodal patterns made by drawing a bow along the edge of a sand-covered plate. More here: https://publicdomainreview.org/collection/chladni-figures-1787

[constantly-deactivated]

CYMATICS Science Vs Music

On July 8, 1680, Robert Hooke was able to see the nodal patterns associated with the modes of vibration of glass plates. Hooke ran a bow along the edge of a glass plate covered with flour, and saw the nodal patterns emerge.

The German musician and physicist Ernst Chladni noticed in the eighteenth century that the modes of vibration of a membrane or a plate can be observed by sprinkling the vibrating surface with a fine dust.

Full video 👇

Everything is frequency, everything is energy, everything is not what it appears to be. It's time to change your thinking⁉️🤔

#pay attention #educate yourself #educate yourselves #wake the fuck up #wake up #wake up america #wake up people #wake up world #do your own research #do your research #do some research #do your homework #exposing the truth #think about it #think for yourself #think for yourselves #change yourself #be the change #change your thinking #change your mind #change your habits #change your perspective #knowledge is power #did you know #frequencies #energy #cymatics #reeducate yourselves #reeducate yourself #discernment

[allyouknowisalie]

Visualizations of vibration patterns from 1787 by Ernst Chladni

[laformadelvuoto]

Chladni Figures 1787 (from @publicdomainrev on instagram)

Work by German physicist and musician Ernst Chladni treating the visual spreading of sound vibrations through vibring plates and nodal patterns.

#Chladni #sound vibrations #sound #graphic design #patterns

[k00299537]

Artist Research : Ernst Chladni

Ernst Chladni (1756–1827) was a German musician and scientist who made significant contributions to the study of vibrations and acoustics. Chladni, who was born in Wittenberg, Germany, made important advances to our knowledge of sound and the mechanics of vibrating plates and membranes. The contemporary study of resonance and acoustics was made possible by his work.

In Chladni's most well-known work, sound waves were visualised using what are now referred to as "Chladni patterns" or "Chladni figures." He showed how the particles will arrange themselves into clear geometric patterns when a thin layer of sand or other small particles was sprinkled over a vibrating plate and then exposed to particular frequencies. These patterns gave rise to a visual depiction of the standing waves on the surface by revealing the nodes and antinodes of the vibrational modes.

[trustfed]

Music math level 2

Both of these systems, and the vast majority of music in general, have scales that repeat on the interval of every octave, which is defined as frequency ratio of 2:1. One major difference between equal temperament tunings and just tunings is differences in acoustical beat when two notes are sounded together, which affects the subjective experience of consonance and dissonance. Just scales are built by multiplying frequencies by rational numbers, which results in simple ratios between frequencies, but with scale divisions that are uneven. Equal temperament scales are built by dividing an octave into intervals which are equal on a logarithmic scale, which results in perfectly evenly divided scales, but with ratios of frequencies which are irrational numbers. There are two main families of tuning systems: equal temperament and just tuning. Main articles: Musical tuning and Musical temperament Each successive octave spans twice the frequency range of the previous octave. The third octave spans from 440 Hz to 880 Hz (span=440 Hz) and so on. The next octave will span from 220 Hz to 440 Hz (span=220 Hz). When expressed as a frequency bandwidth an octave A 2–A 3 spans from 110 Hz to 220 Hz (span=110 Hz). all will be called doh or A or Sa, as the case may be). Therefore, any note and its octaves will generally be found similarly named in musical systems (e.g. There is no case in musical harmony where, if a given pitch be considered accordant, that its octaves are considered otherwise. Pitches at frequencies of half, a quarter, an eighth and so on of the fundamental are called suboctaves. Succeeding superoctaves are pitches found at frequencies four, eight, sixteen times, and so on, of the fundamental frequency. The octave of any pitch refers to a frequency exactly twice that of the given pitch. A scale has an interval of repetition, normally the octave. Each pitch corresponds to a particular frequency, expressed in hertz (Hz), sometimes referred to as cycles per second (c.p.s.). The most important scale in the Western tradition is the diatonic scale but many others have been used and proposed in various historical eras and parts of the world. ( Ernst Chladni, Acoustics, 1802)Ī musical scale is a discrete set of pitches used in making or describing music. Musical form Ĭhladni figures produced by sound vibrations in fine powder on a square plate. The elements of musical form often build strict proportions or hypermetric structures (powers of the numbers 2 and 3). Modern musical use of terms like meter and measure also reflects the historical importance of music, along with astronomy, in the development of counting, arithmetic and the exact measurement of time and periodicity that is fundamental to physics. Without the boundaries of rhythmic structure – a fundamental equal and regular arrangement of pulse repetition, accent, phrase and duration – music would not be possible. Confucius, like Pythagoras, regarded the small numbers 1,2,3,4 as the source of all perfection. Early Indian and Chinese theorists show similar approaches: all sought to show that the mathematical laws of harmonics and rhythms were fundamental not only to our understanding of the world but to human well-being. įrom the time of Plato, harmony was considered a fundamental branch of physics, now known as musical acoustics. Their central doctrine was that "all nature consists of harmony arising out of numbers". Though ancient Chinese, Indians, Egyptians and Mesopotamians are known to have studied the mathematical principles of sound, the Pythagoreans (in particular Philolaus and Archytas) of ancient Greece were the first researchers known to have investigated the expression of musical scales in terms of numerical ratios, particularly the ratios of small integers. 7 Musicians who were or are also mathematicians.

#Music math level 2

[beyondcuckoo]

Healing With Sound and Crystal Harmonics has been published on Elaine Webster - http://elainewebster.com/healing-with-sound-and-crystal-harmonics/

New Post has been published on http://elainewebster.com/healing-with-sound-and-crystal-harmonics/

Healing With Sound and Crystal Harmonics

Healing With Sound and Crystal Harmonics (Shared from Mu the Motherland) Nikola Tesla: “If you want to find the secrets of the universe, think in terms of energy frequency and vibration.”

Crystal technology is at a crossroads where intuition and science intersect. Science, especially the computer and communication sciences, use crystals to store and transmit data, much like the ancients did. In addition, experiments have shown how sound and vibration affect matter, brain functions, and our bodies.

In the 1800s Dr, Ernst Chladni, sometimes labeled as the father of acoustics, did an experiment where he put sand on a steel disk then rubbed a rosined violin bow along the edge. The sound vibration produced by the violin bow danced the sand into geometrical mandala-like patterns—similar to those found worldwide and often associated with Aum. Tibetan Buddhists, in particular, construct huge sand mandalas as they deeply chant Aum, thus transferring their consciousnesses to the divine. It is thought that chanting, in particular, affects brain patterns that often leads to trance-like states. The same can be said for the use of drums which have a similar effect and are utilized in religious ceremonies worldwide.

One of the most fascinating properties of crystals is their ability to store and release energy in the form of harmonics. This means that when a crystal is struck, it will vibrate at a certain frequency. This vibration can then be used to create harmonics, or vibrations at higher or lower frequencies.The harmonics created by a crystal depend on its structure. For example, a quartz crystal has a hexagonal structure, which creates harmonics at sub-multiples of the fundamental frequency. This means that when a quartz crystal is struck, it will create harmonics at 1/2, 1/3, 1/4, and so on, of the fundamental frequency. These harmonics and the music they produce have a positive effect on the body and mind. Crystal singing bowls have become quite popular lately, and my personal experience with them has opened my heart chakra. By this I mean, that as the melodies are played, I can feel a vibratory change in my mind and body, leaving me in a calm, receptive state that increases my ability to move through life in a much more positive and open way.

Sound healing with crystals is done best in conjunction with yoga practice and meditation. Guided meditation clears the mind and puts the practitioner in a state of God communion. Then as different frequencies are played, the chakras are awakened and balanced. This may sound esoteric to many, but medical research has been able to measure brain waves to show that the brain does change, as it brings itself to align with the frequency played. Think about how our favorite music affects our moods—exciting us one moment, then calming us the next.

There is also some archaeological and scientific evidence to suggest that the ancients could move large objects with sound waves; putting aside the theory that pyramids and other intricate structures were built with slave labor. Recently, in Japan, engineers have been able to pick up objects using only sound. Although the process is still unreliable, they are finding that with the use of acoustic transducers (an electronic device that converts energy from one form to another) that they can lift and transport objects such as polystyrene balls. In the experiments an acoustic trap is created that engulfs the object and can be re-positioned with contact-less pickup. If you’re interested in learning more about harmonics and how they are linked to crystals, there are a number of resources available online. You can also check out books on the topic, such as “The Healing Power of Sound” by Mitchell L. Garber and books by John Beaulieu.

https://www.muthemotherland.com/

[podsumowania3422]

Czemu Bierze Wtedy Świadczenie Dla Przetwarzania Rozproszonego?

Karmiono je raz na dzień, nocą. Gospodarstwo będące o certyfikację po raz pierwszy podlega ocenie wstępnej. Ogólnie jest wielkie przeludnienie (zobacz sobie Norwegię i Finlandię). Ale chłopcy, których w punktach było kilkunastu za pozwoleniem specjalistę i lekką zgodą Niemców, powtarzali sobie na ucho, że wieprze karmione są ludzkim mięsem, trupami wywlekanymi z ruin również z kryjówek. Jakich tworzy przerwać w sposobie, a jakich posłać za mur? Iść za mur. Spotkają się razem. Tego dnia kolumna zakończyła się na Walicowie; mieli usuwać kozły żelazne zagradzające wylot uliczki i podnosić spożywa w gruzy, ciąć drut kolczasty nawinięty kłębami na szyny, a majster zabrawszy z sobą dwóch więźniów i strażnika udał się za mur. Zburzony granatami i zasypany wylot odciął dostęp powietrza z obecnej strony, przecież nie dopuścił ognia w głąb lochu. Ze sposobu dochodziło kichanie, długo bobrował, wreszcie znalazł wpisanie do piwnic pod pryczą Mordchaja i stosem uprzęży i musiał że całą wiązkę granatów cisnąć w głąb, rujnując i dając dokładnie wylot. A spopielona szopa runęła i okryła to zajęcie stosem zwęglonych łat, z jakich wlewał się dym i ciężki odór pogorzeliska. Ale szopa mocna a to zbliżył się drugi żandarm i oblał naftą gałgan; jeszcze sprawdził się, jak płonie stara buda, suche i spróchniałe dechy, zwietrzała i podarta papa, którą obłożony był wierzch.

IV Narodowe Czytanie Pisma Świętego, które korzysta do przeżywanej niedawno 1050-tej rocznicy Chrztu Polski oraz proklamacji Ewangelii, która występowała się kamieniem węgielnym polskiego narodu i państwa i naszej kultury. Piskorek w latach 1967-1998 siedział na Uniwersytecie Warszawskim, jednocześnie współpracował z Katedrą Matematyki WAT, z jaką przywiązany był etatowo w latach 1987-2005. W 1959 roku Katedra Matematyki była się jednostką organizacyjną utworzonego wówczas Wydziału Chemii i Fizyki Technicznej. Absolwent studiów I stopnia posiada ogólną umiejętność w obrębie chemii oraz pogłębioną wiedzę z zakresu chemii nieorganicznej i analityki chemicznej. Ogółem wypaliły się dwa siedzenia na dole, stróżówka oraz pokój Mordarskiego na wczesnym piętrze. Zajęcia (zajęcia on-line oraz godziny konsultacji z nauczycielem) dla studentów poszczególnych oddziałów wykonują się razem z tygodniowym planem lekcji. W niestandardowy sposób prezentuje także atrakcyjność turystyczną poszczególnych regionów Polski. Oprócz technicznych rozwiązań, pojemności akumulatora czy mocy, na zasięg wpływ ma też kierowca. Technika Ichimoku wynaleziona jeszcze przed II Wojną Światową przez tokijskiego dziennikarza Ichimoku Sanjin (prawdziwe nazwisko Goichi Hosoda), zdobywa coraz większą markę na obecnym rynku finansowym. Woda z wiader chlustała przez okno i wyciekała schodami do sieni. Dawid patrzył w swoje okno wyciągając szyję, czekając. Dawid czuł, jak kleista farba łaty należy mu do skóry.

Dawid słyszał, jak wuj Gedali bełkocze przez sen. Kluczem wlókł po prętach, czy wszystkie, nieruszone, i sposób w harmonii i nocy wydawał znienacka upiorny zgrzyt; nim Dawid przywykł do tego - minęło trochę czasu, a sygnał strażnika czynił go na stopy i oślepiony smugą latarki z walącym sercem rozglądał się w popłochu, nie wiedząc, gdzie istnieje dodatkowo gdy się tutaj znalazł. Dawid z trudem poznał, iż to Kiepełe. Wśród rozwlekłych żandarmskich przekleństw, ziewania, nawoływań i doskonałych porannych komend - dzień nadciągał, jeszcze sam dzień. Więzień, który przyniósł do sposobu tę informacja, cały dzień był z profesjonalistą i worek wypchał żywnością zakupioną za murem. Stąd, spośród tego stanowiska widzieli po południu patrol, który uważnie obchodził sienie w strony. Leośka rzuciła rondel, który chowała w dłoni, a w ruchach pobiegła. Twórcą teorii cymatiki jest Ernst Chladni, który w 1787 roku opublikował książkę Entdeckungen über die Theorie des Klanges (pol. Odkrycia w nauce dźwięku).

I więcej strażnik rozzłoszczony woła, co planuje pracować z obecnym Żydem, który wyszedł z gruzów. Krótko po ich wyjściu strażnik w ruinach wydał w głowę pierwszą zieloną rakietę. Po północy krążył strażnik dookoła baraków. Długo jeszcze kazali Niemcy nosić wodę, deptać zetlałe gałgany, polewać dymiące ściany i tapety; jakiegoś Żyda dla żartu zgodnie z miednicą wepchnęli kopniakiem w płomienie. Kazali wszystkim rzucać narzędzia, szukać wiader, miednic; w każdy czas później nadciągnęła druga kolumna z warsztatów. Przy pierwszej-lepszej okazji, kiedy więźniów pognają do prace na kolejną ścianę… W popłochu pędzili więźniów do gaszenia. Żydzi - powiedział. Wylewał wodę z butów, leżąc na pryczy, otoczony przez tłum więźniów. Ludzie po innej stronie mówili, że o zmierzchu widać było na piętrze, kiedy z kryjówki uciekali gdzieś Żydzi. Tam, gdzieś żyje. Tam, w szybkim getcie, chodzi prosto z opaską. kartkówka , wróć, Jakow się znalazł - a następnie bezwładnie opadł na pryczę, chrapiąc. 77 (w załączeniu), odpowiedzi zapisać w zeszycie. Cel: potrafię poprawnie zapisać wyrazy obce wprowadzone do języka polskiego.

Ogłoszenie stanu epidemii w klubie z rozprzestrzenianiem się COVID 19 spowodowało duże trudności administracyjne, które uniemożliwiają organizację egzaminów certyfikatowych z języka polskiego jako obcego. Proszę odłożyć zeszyt ćwiczeń do języka polskiego. Jawohl, meine ist die ganze Welt. Ueber die Beziehungen zwischen Kategorien und Urtheilsformen : erster Theil einer demnächst erscheinenden Schrift : Ueber die metaphysische Deduction der Kategorien / vom Verfasser Julius Jacobson. Ręką odciągnął bluzę, a więzień z szarosiwą bródką, patrząc przed siebie w noc za oknem baraku, w deszcz, nie podnosząc głosu, prawie szeptem powtórzył: - Żydzi, chować chleb, kto jest iść jutro na Waliców. Natomiast tenże pogląd był prawie zatroskany; Werkmeister grzecznie pyta, których wyznaczyć obecnie na Waliców? W czasie godziny pożar ugaszono. Pożar! Pożar! Pali się - wołano. Większość krów jest wciąż dojona i że teoretycznie nie istnieje religijny zakaz jedzenia ich ciała - istnieje to trochę sprawa tradycji. Wówczas nie oznacza, że część Japończyków jest obojętna co do nauce przez całe ich występowanie. John uwolnił się jednak, zabił porywacza i uciekł na jego własnym koniu na północ do Kozaków a po przedarł się przez Polskę, Niemcy, Holandię by dojechać do Anglii. W jednym miejscu, wszyscy. Miał szarosiwą bródkę również jak cali wielką gwiazdę na drelichu.

#sprawdzian #kartkowka #rozprawka #wypracowanie #szkola

[nobrashfestivity]

Ernst Chladni

Discoveries in the Theory of Sound

1787

#ernst chladni #sound #books #diagrams

[lindahall]

Ernst Chladni – Scientist of the Day

Ernst Friedrich Chladni, a German physicist, died Apr. 3, 1827, at the age of 70.

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#Ernst Chladni #acoustics #meteorites #musical instruments #histsci #histSTM #18th century #19th century #history of science #Ashworth #Scientist of the Day

[noosphe-re]

Chladni Plates via http://dataphys.org/list/chladni-plates/

#science #sound #Chladni patterns #Ernst Chladni #cymatics

[onceuponatimetheworldwasround]

Ernst Chladni, Patterns (from his book „Die Akustik“)

#Ernst Chladni #figures #patterns #round and round #circle #akustik

[zazamatic]

Marie-Sophie Germain was a French mathematician, physicist, and philosopher. Despite initial opposition from her parents and difficulties presented by society, she gained education from books in her father's library including ones by Leonhard Euler and from correspondence with famous mathematicians such as Lagrange, Legendre, and Gauss. One of the pioneers of elasticity theory, she won the grand prize from the Paris Academy of Sciences for her essay on the subject. Her work on Fermat's Last Theoremprovided a foundation for mathematicians exploring the subject for hundreds of years after.  Because of prejudice against her sex, she was unable to make a career out of mathematics, but she worked independently throughout her life. Before her death Gauss had recommended that she be awarded an honorary degree, but that never occurred. At the centenary of her life, a street and a girls school were named after her. The Academy of Sciences established the Sophie Germain Prize in her honor.

Germain's parents did not at all approve of her sudden fascination with mathematics, which was then thought inappropriate for a woman. When night came, they would deny her warm clothes and a fire for her bedroom to try to keep her from studying, but after they left she would take out candles, wrap herself in quilts and do mathematics.

Ernst Florens Friedrich Chladni was a Germanphysicist and musician. His most important work, for which he is sometimes labeled the father of acoustics, included research on vibrating plates and the calculation of the speed of sound for different gases. He also undertook pioneering work in the study of meteorites and is regarded by some as the father of meteoritics.

https://laughingsquid.com/a-demonstration-of-how-couscous-can-be-formed-into-beautiful-patterns-using-wave-vibrations/

https://en.wikipedia.org/wiki/Ernst_Chladni

http://amandabauer.blogspot.com/2013/06/frequency-and-vibration.html

https://twitter.com/perimeter/status/715889173580918784

https://en.wikipedia.org/wiki/Sophie_Germain

#sophie germain #ernst chladni #acoustics #cous cous

[drzito]

Los patrones de vibración dibujados por Chladni.

#Ernst Chladni

[chatgtp-prompt-marketplace]

432 hz music famous songs on youtube list of the 10 432 hz music songs most viewed

432 hz music famous songs on youtube list of the 10 432 hz music songs most viewed

The 432 hz Music famous songs on youtube list Introduction to the 432 Music Phenomenon The 432 hz Music famous songs. 432hz is a music phenomenon that has been around for centuries. It is said to be the most natural and pure sound frequency. It was first discovered in 1859 when physicist, Ernst Chladni, noticed that the sound of a violin string at 432hz had more overtones than those at 440hz.…

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#432hz frequency #432hz music #432hz youtube songs #benefits of 432 hz music #benefits of higher frequency music listening #brain response frequencies #frequency response chart #music in 432hz #musical frequencies #The 432 Music famous songs

[roseliterapeuta]

Uma onda é uma perturbação oscilante de alguma grandeza física no espaço e periódica no tempo. A propagação das perturbações no ambiente formam as ondas, que possuem algumas características que lhe identificam, como a frequência e a amplitude (energia). A frequência das ondas é a quantidade de oscilações que aconteceram num determinado intervalo de tempo. As oscilações que ocorrem dentro do intervalo de tempo de um segundo são medidas em Hertz (nome do cientista que estudou o fenômeno). Portanto, para 20 oscilações por segundo, diz-se 20 Hertz ou, abreviadamente, 20 Hz.A amplitude da oscilação revela a quantidade de energia que a onda transporta. Quando maior a perturbação, maior a amplitude da onda. O melhor exemplo e o mais comum é o fenômeno que se produz quando jogamos uma pedra na água, gerando uma perturbação. A propagação desta perturbação forma ondas, normalmente concêntricas, que se espalham pela superfície da água até dissipar energia e não ser mais percebida. Em 1787, o jurista, músico e físico Ernst Chladni publicou “Entdeckungen über die Theorie des Klangesor”,ou seja, ” As descobertas sobre a Teoria da Música”.Neste e em outros trabalhos pioneiros, Chladni lançou as bases para  a disciplina dentro da física que veio a ser chamado de acústica, a ciência do som.Entre as idéias de  Chladni, uma delas era encontrar uma maneira de tornar visível o que gerava as ondas sonoras. Com a ajuda de um arco de violino que ele colocou perpendicularmente ao longo da borda de placas planas cobertas com areia, ele produziu esses padrões e formas . Chladni demonstrou de uma vez por todas, que o som  realmente afeta a matéria física e que tem a propriedade de criar  padrões geométricos. . . #ressonanciaschumann #hertz #duplafenda #fisicaquantica #onda #mecanicaquantica #transicaoplanetaria #sentimentos #pensamentopositivo #frequenciavibracional #roseliterapeuta (em Planeta Terra, via Láctea) https://www.instagram.com/p/CQoouQzHPUY/?utm_medium=tumblr

#ressonanciaschumann #hertz #duplafenda #fisicaquantica #onda #mecanicaquantica #transicaoplanetaria #sentimentos #pensamentopositivo #frequenciavibracional #roseliterapeuta