Why the Sound (ૐ) Deserves Research for Upcoming Days of Physics

So far, a biggest challenge in every aspect of space search is ‘noise’. Those random environmental disturbances always disrupt any  measurement of quantum states. Now a day in quantum computing, sensing, and control, it has the bizarre consequence for significant development.

To start with, the problem becomes a question of control. Researchers  just want to manage how a measurement reacts to certain kind of noise. And we have had DDNS method – Dynamical Decoupling Noise Spectroscopy.

 

In course of time, a new method comes into forth the FTNS method – Fourier Transform Noise Spectroscopy. So far, these measurements are typically done by using the Fourier transforms to convert time-domain data into frequency-domain data. Here FTNS method reveals the noise spectrum, showing which noise frequencies were present and how strong they were. This one reveals the frequency resolved method.

Fourier’s has proposed that any arbiter sound, no matter how complex, could be represented by, or broken down into a series of Sine (and Cosine) waves by using a ‘Fourier Transform’. This is an integral transform that converts a function into a form that describes the frequencies present in the original function. The output of transform is a complex-valued function of frequency. Moreover, that transform splits the input sound into a number of different frequencies.

 

Basically, sound has divided into three components i.e. sines, noise and transients. Now researchers of Alto University Acoustics Lab have refined this, using ideas from auditory perception, fuzzy logic and perfect reconstruction.

Leonardo Fierro and Vesa Valimaki have been refining previous studies into a new complex model of sound. At any one moment, the sound is either allowed to be a sine or a transient not both at once. Noise can be freely mixed with either, and works as a kind of smoothing, smudging presence, creating nuances not captured by other components. Therefore, new sound decomposition method opens many exciting possibilities in sound processing.

Powerful waves of oscillation ions called Alfvén waves. For the first time, experiments have clearly shown how powerful Alfvén waves in the Earth magnetosphere transfer their energy to electrons. This wave, in plasma, is a low frequency wave traveling oscillation of the ions and the magnetic field. This wave propagates in the direction of magnetic field, and smoothly charge into magneto acoustic wave, when the propagation is perpendicular to the magnetic field.

 

Princeton University researchers report the evidence that quantum vibrations participate in electron transfer, establishing with Ultrafast Laser Spectroscopy that the vibrations provide channels through which the reaction takes place. They set out to map the progress a photo-induced electron transfer (ET) reaction. This is interplay of vibrational wave-packets during an ultrafast electron transfer reaction.

 

In experimentation the acoustic wave can be generated which elliptically rotating electric field. This in turn, forces the electrons in the nano-wire onto circular path. It is just a phenomenon of light. But it is also a universal effect, occurs in other types of waves like sound waves. Now the transversal spin of sound waves observed, observed the movement of electrons in the nano-wires through the light emitted by the electrons. So light waves and sound waves have similar properties shown. Possibly, there somehow link the transversal spin of acoustic waves with the spin of other waves.

 

In those days, Astronomers are on the hunt for magnetic fields in our galaxy that were born in the very early universe, because they could provide a new way to study the Big Bang. We may be able to find magnetic fields as well as the ‘Universal Wave’ that produce vibrational phenomena from the start of the universe.

 

Maybe this universe is possessed by magnetization after big bang. From its beginning, it behaves as magnetic monopole. Recent study of Cambridge University has expressed concern about magnetic monopole. Maxwell’s pair of magnetic poles that cannot-be-isolated dictum has therefore turned aside. Their suggestions, these monopoles are a collective state of many spins that twirl around a singularity rather than a single fixed particle, so they emerge through many body interactions. The result is a tiny, localized stable particle with diverging magnetic field coming out of it.

In fact, so-called light has such an entity, that we have defined it as electromagnetic phenomenon. And we got the particle naming photon. Then, if reality persists, what is the phenomenon stealthily existing in darkness. Is it possible to find out a particle, what has been claimed for dark matter. Maybe darkness is that mysterious field compiled by a barrier of electrons (?) in a state of being as magneto-electric phenomenon. Maybe the orbit of electrons or the energy states dominate in such a way that neither emission nor exclusion occurred by photons with their specific character of frequency.

 

Probably matter is not made of particles. More precise to say that matter is made of wave, and it should be considered as fragment of energy. While energy flows through space-time, its functional pattern is obviously wave-like. A vibration is a wave, and quantum mechanics tells us it must be particle. But vibrations behave only as waves, not as particles. It then vibrates as individual units of energy may consider as phonon. In their experiment, researchers were able to create and detect a single quantum of vibrations.

 

Simply general relativity is not general enough. It can’t explain dark energy that seems to be accelerating the universe’s expansion. Here we need an extra component in the equation – called Cosmological Constant. As well as Scalar-tensor theory, do not add anything except that constant. Therefore, gravitation has not remained the consequence of space-time curvature. Maybe this gravity itself is both the phenomenon of ‘electro-magnetic’ and ‘magneto-electric’ (hypothetical) fields, which are interwoven as light and darkness.

 

Whenever scientists continue to probe the mysteries of this Cosmos, unexpected discoveries are reshaping our understanding of reality. Now they have nothing but to redefine reality. It challenges them to question Laws of Physics again. So this shift of thinking, that is the experimentation of sound, may turn upside down, or lead to another revolutionary one that reshape our understanding of ongoing laws of physics.

 

Therefore, its final addition may overall expect that if the experiment of sound comes into forth, can the universal wave ૐ (AIUM) be far behind.