Flying saucer - operation and physics

Let's say that modern science has discovered and proves how gravity occurs at the quantum level. Suppose scientists discover the particle or energy responsible for the weight (mass) of every thing in the universe. According to today's theory, gravity is a weak force, and therefore what you would find has very little content over the entire atom and the effects occur when many atoms (such as planets and stars.) Accumulate. The assumed particle is graviton. Everything is known so far.

If we find a way to collect this energy or particle in large quantities without occupying the volume of an entire planet with the same number of atoms, will we create artificial gravity?

Let's make an analogy with a glass of water and some solute. In this case, water plays the role of normal matter in the universe, and solution is the particle responsible for gravity. If we successfully separate the solute from water, then we also find artificial gravity and possibly anti-gravity. Sonuds too easy!!

Anti-gravity is a very relative concept. In physical reality, there is no such thing as negative volume, negative length, speed, time, and gravity.

If the phenomenon is viewed as a force, then one will counteract the other in the opposite direction and it will only mathematically have a negative direction and energy.

If the phenomenon is considered as speed, length or energy, then one state will be higher than the other, regardless of the above condition.

For a working flying saucer the antigravity is not  the final model to create gravity or anti-gravity to work. This is also achievable by creating energy that can repel non-magnetic or non-conducting materials from one another.

In a rocket propulsion we may find a way how to replace the combustion of fuel with another less noisy process using an invisible jet of energy and using the same physical laws of thrust.

☀However, the flying saucers have a very radar-like shape. They could be autonomous flying unmanned radars. It's possible to cool down the surface of hypersonic aircraft by using thermoelectric modules and use the energy from them for more power.

Magnetohidrodynamyc drive.
https://www.google.com/search?q=magnetohydrodynamic+propulsion+system&client=tablet-android-samsung&sourceid=chrome-mobile&ie=UTF-8

How do we modulate the frequency and amplitude of powerful microwaves, and where is that used?

The highest power microwaves are used in things like radar transmitters and particle accelerators.

Radar works by sending pulses of microwaves, that reflect from far away targets and return to the receiver. You can tell the range by how long it takes for the echo to arrive and the direction by using a beam antenna like a parabolic dish.

High power microwave pulses are often generated by the cavity magnetron tube

These are not modulated, per se, but are pulses, which is itself a kind of modulation.

Magnetrons can generate megawatts of peak power, but not such high average power.

For high power continuous wave microwaves, the usual source is the Klystron tube which can be water cooled an generate hundreds of kilowatts of microwave power. The Klystron when operated as an amplifier can amplify modulated signals as long as they are not too wideband.

For wideband signals, you need a linear amplifier, and at microwave frequencies one type is the traveling wave tube, which can operate over 2–1 bandwidths. These were often used in aircraft radar and things like jamming pods that have to be rapidly tuneable.

Very modern electronically steered radars can use TWTs, but can also use arrays of semiconductor microwave amplifiers.

So typically for modulated signals, you do the modulation at low power levels, and often at low frequencies as well. The modulated signal is then upconverted to the microwave frequency of interest by a mixer and filter arrangement, and then amplified to final power level by Klystrons, traveling wave tubes, or microwave transistor amplifiers.

It is always a difficult thing to produce a high power version of a modulated signal. FM is easy, since only the frequency varies. The amplifier does not need to be particularly linear. On the other hand, an AM signal must pass through linear amplifiers, or be pre-distorted so it comes out right after the amplifier. Non-linear amplifiers also produce intermodulation.

Weapons:
Guiding microwave beams through laser beams.

Microwave beams also can cut different type materials and can be used as weapon.

When a magnetic field is created by spinning electrons, then from what spinning particles is the gravity field created?

They can make a solid object completely invisible by changing emission spectrum beyond the visible.

Can we launch a rocket using a particle accelerator and not a gas accelerator?

https://www.gaia.com/share/ck5d1gp3z001m0koe99p6fvb7?language[]=en&fbclid=IwAR01aHgKGcV-HI4wfSaGHxGMhKyrz5PLfly8mJnsM5dF9uBcDJf7PXhmJqY

Teleportation and maneuvers
What if the information about every single particle in our body already exists as copy somewhere in the universe or in the time, So we don't need to store information about this with a galaxy sized computer.

The task is to make a high-speed physical object make a 90-degree turn without self-destructing and killing its pilots.

This is solved with the simple idea of ​​teleportation and proves that the idea of ​​teleportation is real. Thus, the flying saucer and its pilots have never physically made this turn or experienced any force. All they can do is take a few steps of teleportation. Before the maneuver, the flying saucer is dematerialized and materialized at the end of the maneuver. Teleporting is done by dematerializing the object, but technology is also needed to properly position it afterwards. If the saucer is dematerialized without the pilot and secon device, it will not be able to return to its previous state. The key to resolving this paradox is using a dematerialization device at the back of the flying saucer and a materialization device at the front end. This will only teleport the length of the aircraft, and through several consecutive teleportations, it can perform almost any maneuver in seconds.

When the forward is switched on, the back signal is transmitted in the front side and the flying saucer is neutral..Both  signals are dephased on 180 degrees. At normal flight the object can move in a low Earth orbit at a speed lower than that of an airplane without falling back on Earth.

Data storage
Typically we need a memory storage device that never lost it's information even after 1 million years.