Space-time Curvature Is a Natural Function of Wave, Not Gravitational Wave

Distortions in the fabric of space, i.e. curvature of space within time, should be a definition of wave, only the wave itself. It is not overall the gravity what we acknowledge so far. Either Newtonian or Einstein’s prediction in classical physics this so-called gravity is itself an attraction of course but it simply depends on mass in respect of the massive objects like Earth, Moon etc. Naturally, it varies. Quantum physics wants to correlate the gravity everywhere in the cosmos that is gravity gravitates. When it acts as attractive force, from where it comes or produces, it is still not clear.

The space environment around Earth is characterized by interactions between Earth’s magnetic field and nearby plasma. A key physical process in these interactions is magnetic reconnection, in which two adjacent field lines break and each half subsequently joins half of the other broken line to form new field lines.

NASA’s Magnetospheric Multi-scale (MMS) mission has studied this magnetic reconnection. Small-scale motions of electrons in the vicinity of a magnetic reconnection event can thus shed light on the magnetic topology in a region much large than the area of observation, and that magnetic reconnection may directly accelerate electrons to relativistic energy.

In a new search for quantum fluctuations of space-time (energy reforms its momentum) on Planck Scales, physicists have found that everything is smooth. That means it still cannot find a way to resolve general relativity with quantum mechanics. Space-time under relativity follows objects are only directly influenced by their immediate surroundings in space and time. In the quantum realm – atomic and subatomic scales – general relativity breaks down. That is a phenomenon of non-locality happens nothing at a specific space and time.

Maybe in a natural observation wave creates this so-called gravity; actually, it almost creates and converts as entity first, and conserve back to energy where it comes. In which we have so far been labeled by gravitation, was only a creative form of energy projected as wave.

Firstly, this universe was not filled with matter and radiation; instead, it only possessed a large amount of energy. Where in the name of matter and radiation it is just transformed, converted form of energy in a certain temperature.

This energy of the universe is increasing upon the quantum fluctuation and then inflation ends converting that intrinsic-to-space energy into matter and radiation within a limit of time.

NASA researchers have also observed that magnetic fields in the outskirts of the galaxy no longer follow the spiral structure. This galaxy is tugging at the outermost tip of one of the magnetic fields. So magnetic fields are important in shaping spiral galaxies and helps unravel the complex role. Thus in an alternative view magnetic field plays significant role in the evolution of galaxy.

Is it fact that the area around the super massive black hole at the centre of our milky way is dominated by gravity?

NASA’s airborne telescope and SOFIA observed magnetic fields maybe strong enough to control material moving around the black hole. There are still aspects of our galaxy’s black hole that we can’t explain with gravity alone. Magnetic fields obviously help to solve the problem. SOFIA also observed, magnetic fields control the plasma of the solar atmosphere, called the corona, because the pressure created by magnetic fields is greater than the pressure created by heat or thermal energy. Its data concluded that the pressure created by magnetic field is greater than the thermal pressure.

As far as we acknowledge, magnetic fields in the surroundings of galaxies were so faint that it cannot be detected. Astronomers now identify the large gas halos surrounding galaxies, and expect there also vast magnetic fields stretching out far into these halos.

A materials’ magnetism is dictated by how many electrons that material have, and how they orbit. This is because electrons while functioning do not have a charge simply; they also act like tiny magnets with a north and a south pole. The direction this is pointed in is known as its spin.

So far as gravitational wave concern, it maybe a vibration in space-time, which means it moves just fine through the vacuum of space. We can hear these waves, in the same sense that sound waves vibrate through a medium, like ocean or rock. For these (gravitational?) waves, space-time is the medium. It’s too late to come the right instrument to hear them.

The days are not so far, we will be able to hear the universe as never before, from the deep rumble of merging super massive black holes to the zippy chirps of colliding neutron stars. The universe is full of light and darkness we acknowledge; but it is actually full of vibrating sound preserved by magnetization.