What is Anti-Gravity?

Gravity is produced by gravity, and its size is equal to the mass of the object multiplied by the acceleration of gravity g, which is G = mg. The so-called anti-gravity system is to give the object a force outside the ground. When it is opposite to gravity, humans can be suspended. We have a lot of technologies to do this. Airplanes, rockets, and magnetic levitation, including gravitational wave anti-gravity devices that may be realized in the future, are nothing more than replacing the ground, providing humans with a force acting in a direction opposite to gravity.

Antigravity principle

General Relativity Prophecy

Anti-gravity device

Antigravity principle

Einstein's Prophetic Theoretical Derivation

Although Einstein predicted in 1916 that there might be gravitational waves in the accelerating mass, the gravitational waves he proposed were related to the choice of coordinates. From a certain reference frame, the gravitational waves may have energy, and another reference frame may Just not. Therefore, gravitational waves are being proposed,

Antigravity principle

origin

Anti-gravity device

In the Gundam world, almost all high-tech is built on the premise of a technological miracle-the amazing Milovsky physics. This worldwide scientific system is named after its founder, Dr. TY (sometimes also YT) Dr. Milovsky. Although at first glance you might think that this entire article is nonsense, the mysterious Milovsky physics has been surprisingly detailed for 20 years with the efforts of Gundam authors and many enthusiasts.

Dawn of the Fusion Age

The discovery in Milovsky's field of physics began with the development of a practical nuclear fusion furnace. This research was carried out by UC0047 by Side 3's Milovsky Physics Society. After years of hard work by Dr. Mirovsky and his colleagues, the Milovsky reactor was finally completed. Unlike traditional fusion reactors, whose radioactivity can only be blocked by multilayer concrete, this Mirovsky-type reactor is a "clean" reactor that does not have any radioactivity.

2He3 + 1H2-> 2He4 + p (released: 18.35MeV)
This reactor uses a rare helium isotope, helium-3, which can fuse with deuterium atoms to form ordinary helium. This reaction also produces protons, but such charged particles can easily be blocked by magnetic fields. The only problem is that helium-3 is very scarce; there is a lot of helium in the earth's atmosphere, but helium-3 only accounts for 1 / 700,000 of them. However, a large amount of helium-3 brought by the solar wind was found in Luna's soil, and people turned to the planet to find helium-3. Helium-3, the nuclear fusion furnace in the world, is mainly supplied by the Jupiter energy fleet of the outer solar system.

Milovsky particles

In UC0065, researchers of the Milovsky Physics Society discovered a strange electromagnetic wave phenomenon while studying a Milovsky-type reactor, which cannot be explained by traditional physics at all. In the years that followed, they figured out why: a new type of particle was produced during the helium-3 reaction, which was later named the Milovsky particle.
The Milovsky particle has a static mass close to zero, and like other particles, its mass increases when the kinetic energy increases, and it can carry positive and negative charges. When such particles are dispersed into the air or space, the charged Milovsky particles will spontaneously form a space lattice structure due to the repulsive force between them. This particle dispersion condition is called I-force field. The I-force field can cause interference effects, called the Milovsky effect, that can block the transmission of low-frequency electromagnetic waves such as radar nuclear microwaves-even infrared rays can affect, but not completely block. The I-force field itself is invisible and can only detect its presence.

Early use

With the rise of the Principality of Dozens under Douze Zabi, the ZMF quickly began research into the military application of this discovery. In UC0070, and ZMF researchers demonstrated that the large dispersion of Milovsky particles could temporarily disable radar and radio communications, so close combat in the field of view was inevitable. The dispersion ability of Milovsky particles is a standard feature of space warships in the Gundam world, but Mobile Suits do not have this ability.
In UC0071, researchers at Gene built an ultra-small Milovsky nuclear fusion furnace. Instead of the traditional magnetic field, this modified Milovsky nuclear fusion furnace uses an I-force field to limit and compress the reactive fuel, thereby triggering a thermonuclear reaction. The Milovsky particles, which are a by-product of the helium-3 reactor, were thus recycled to ensure the operation of the reactor. The I-force field lattice formed by Milovsky particles also acts as a catalyst for thermonuclear reactions, as well as the catalytic role of mesons in nuclear reactions discovered in the real world in 1950. This high-efficiency design is only one-fifth the size of the old Milovsky nuclear fusion furnace that also produced the same power.

Other uses of I-force field

Antigravity principle

Antigravity principle

As long as it is charged, the I-force field cannot penetrate metals, water, the ground, and any other material that can conduct electricity. However, close to the ground, this feature can be used on the ground and in warfare.

A mat of I-force field is generated between the bottom of the ship, forming an anti-gravity buoyancy field. This principle was used as the basis for the Milovsky aircraft system during the one-year war and eventually became all

The standard configuration of the space battleship, but failed to achieve the miniaturization of the Milovsky flight system that can be equipped on mobile soldiers for decades.

Another use of I force field, which is the most familiar to everyone, is the I-force field defense screen. The barrier generator generates a dense I-force field around itself to form a defense against Milovs

Physics Beam Barrier for Attack. This barrier has no effect on the physical attack of lasers and similar missiles, and within the barrier, beam weapons can still play their original lethal effect.

However, because the I-force field defense screen requires a large amount of energy and is extremely hot, it is not used on ordinary mobile soldiers. It is generally equipped with mobile armor such as MA-08 Dazam and MRX-

009 mental strength is up. Even if equipped on a sufficiently large mobile armor, heat dissipation is still a big problem, so Da Zam can only maintain this barrier for 15-20 minutes. In addition, since the principle of the I-force field defense screen is basically the same as that of the Milovsky flight system, it is easy to combine the two systems, so the mobile armor of one system is also equipped with the other One.

MEGA particles

There is another major application of the incredible Milovsky physics. Due to the repulsion between Milovsky particles, it takes a lot of energy to compact the particles into the lattice structure of the I-force field. If enough energy can be provided, the I-force field will be successfully formed, and the Milovsky particles will eventually form MEGA particles with a large mass and no charge.
The energy used to form MEGA particles is expressed in terms of speed and mass. MEGA particles no longer maintain the lattice structure of the I-force field, but burst out from the I-force field. This high-speed heavy particle stream is not like a traditional charged particle beam, it cannot be blocked by a magnetic field. In UC0070, Gene researchers used this phenomenon to develop a terrible MEGA particle cannon.