Hi guys, today I want to further explore the mysterious underwater UFO phenomena.
UFOs were filmed plunging into the ocean at high speeds with little to no splashing.
This is very strange and unconventional.
Objects dropped into water make splashes.
The greater the speed, the greater the momentum transferred to the water and as a result,
the likely greater degree of splashing.
How come there were no observed splashes when UFOs dove into the water at high speeds?
Another equally baffling factor is that UFOs were said to maintain their fast speeds while
traveling under water.
Water is a much denser material than air, 800 times denser, and accordingly exerts an
800 times greater drag on anything trying to move through it.
That’s why in the air we have hypersonic crafts which fly more than 5 times the speed
of sound or over 3,800 mph.
In the water, however, our current fastest submarines’ top speed is merely 40mph which
is just 1% of the air speed.
We have seen in the movies how water slows down bullets.
In real life, water not only slows down a bullet but also curves and changes the bullet’s
direction.
This is due to frictions, hydrostatic and hydrodynamic drags.
Normally a moving object will slow down and warps its movement when it enters water.
Then we must ask why UFOs can travel at high speeds underwater and make no splashing when
entering the water?
In my last video, I discussed four unique features about UFOs and how they are all tied
to one single element, plasma.
Plasma can create propulsion in an electro-magneto-hydrodynamic EHD/MHD drive which is versatile and works
in the atmosphere, ocean and space; just like the bizarre transmedium ability that UFOs
appear to possess.
Such electromagnetic plasma drives are efficient, quiet, have no moving parts and use no combustion,
all similar to the characteristics of UFOs.
On top of that, plasma actuators and a plasma sheath can significantly reduce air drag and
shock waves, save fuel and eliminate sonic boom.
A bright luminance in various colors is often seen at UFO night sightings.
These glowing lights, the partial or overall plasma sheaths are not just by-products of
the power radiation but in my opinion an intended design.
The plasma out-layer would remarkably increase a UFO’s flying efficiency and might be part
of the reasons behind UFOs otherworldly free-moving and silent maneuvers.
What is Plasma?
In physics, plasma is the fourth and the highest energy state of matter, an electrically conducting
medium which contains a considerable portion of charged particles – ions and electrons.
Plasma is created when extra energy is added to a fluid or when the fluid is subjected
to a strong electromagnetic field, knocking electrons free from atoms.
Plasmas occur naturally but can also be artificially made; for instance, microwaving a cut grape
can make plasma.
Plasmas might sound like an exotic matter, but actually they are the most common ordinary
substance, which comprises over 99% of the visible universe.
In a night sky, plasmas glows in the form of stars, nebulas, and the auroras above the
north and south poles on Earth.
Because so much of the universe is made up of plasma, its behavior and properties are
of intense interest to scientists in multiple disciplines.
Plasma sometimes is referred to as ionized gas, which involves complex electricity and
magnetism effects with a high, unstable energy level which makes it quite complicated in
science.
Due to its electrical conductivity, a plasma couples to electric and magnetic fields and
is more readily influenced by electromagnetism than by gravity.
As a reminder, electricity and magnetism are essentially two aspects of the same thing,
electromagnetism.
A changing electric field creates a magnetic field, and a changing magnetic field creates
an electric field.
I have been talking about plasmas in the air.
You might wonder what it has to do with the underwater UFOs.
Yes, we want to investigate how the transmedium UFOs can make no splash when plunging into
the ocean and continue to travel at high speeds underwater.
The thing is plasma might still be at the center stage with these two intriguing features.
Let’s now discuss the non-splashing situation.
In 2021, a group of Korean and Slovenian physicists published a paper on Nature.
The report demonstrated for the first time that a plasma jet has a stabilizing effect
on the water's surface.
They observed that a plasma jet blowing onto water produces a more stable interaction with
the water's surface compared to a neutral gas jet.
Gas jets can create dimple-like depressions in liquid surfaces, like when we blow air
through a straw directly above a cup of water.
As the speed of the gas jet increases, the cavity becomes unstable and starts bubbling
and splashing.
While with the plasma jet blowing weakly ionized plasma to the water, the surface cavity is
more stable with less bubbling and splashing.
Furthermore, the study showed that the plasma jet consists of pulsed waves of gas ionization
propagating along the water's surface so-called 'plasma bullets' that exert more force than
a neutral gas jet, making the cavity deeper without becoming destabilized.
This paper is a critical step forward in our understanding of plasma-liquid interactions.
It’s rather interesting to see that plasma has a more stable interaction with liquid
surfaces which results in less splashing than regular gas.
Please note that the glowing illumination of UFOs at night is likely due to the plasma
sheaths.
So, when a plasma covered UFO dives into the ocean, it’s reasonable to assume that its
plasma out-layer can create a smooth and non-splashing entry interaction with the water.
I’m not surprised that plasma presents this soothing and stabilizing quality with liquids.
We have discussed that plasma actuators can greatly improve aircrafts’ efficiency and
streamline airplane movements by reducing or eliminating air drag and shock waves while
assisting air flow control.
Air is considered a fluid, the gas-phase working fluid.
The most familiar natural fluid is water.
If plasma can reduce turbulence and drag force caused by one type of neutral fluid, air,
then it could well have a matching effect with water and other kinds of neutral fluids.
The published paper of Nature proves that indeed a plasma jet has a more stabilized
interaction with water, similar to how plasma actuators can stabilize turbulent air flows.
This special feature of plasma might even be of service to the high speeds which UFOs
maintained when they traveled underwater.
As I mentioned earlier, since water is hundreds of times denser than air, items moving through
water encounter a greater deal of drag therefore submarines travel at a much slower speed.
Even with nuclear propulsion, the practical speed limit of submarines is somewhere around
30 to 40 knots.
But there is a way around the friction and drag, a technique called supercavitation.
The principle behind supercavitation is to enclose a submerged vehicle in a cavitation
bubble.
With proper design, a cavitation gas bubble is generated at the nose and the drag is drastically
reduced which enable high speeds.
In the 1960s, the Soviets built the world’s first supercavitating torpedo which was capable
of unprecedented speeds.
Supercavitation capabilities on a submarine have been researched as well.
But there are a few major challenges.
One obstacle is to create a stable enough bubble boundary layer for submarines to travel
through water.
Cavitation bubbles are not static but have dynamics of expansion, shrinkage, and collapse.
The periodic expansion and contraction of the bubble is known as pulsation and might
cause instability.
Scientists are trying to understand and tame this continuous cycle of shrinkage and expansion
of a gas bubble around an underwater body that occurs during supercavitation.
It remains a work-in-progress.
Another downside of supercavitation is maintaining a giant gas bubble is ridiculously noisy.
A very loud torpedo or submarine would give away its location immediately and thereby
defeats the purpose of stealth..
Now, plasma can stabilize air and liquid surfaces, reduce drag and enhance flow control, can
it be used to help with these two supercavitation obstacles?
What if instead of creating a gas bubble to encase the submarine, we utilize an ionized
gas or plasma bubble?
Can a plasma sheath or bubble enable high speed traveling underwater in a similar manner
as the supercavitation gas bubble?
Or maybe plasma can help to maintain the stability and consistency of a gas bubble?
This could be a new idea to experiment with preferably for peaceful purposes.
As for the supercavitation noise, currently gas jets are used to generate a gaseous envelope,
the bubble for a submarine.
And that is where the loud noise mainly comes from: the gas jets impinging on the air-water
interface.
The turbulence and fluctuations at this interface manifest themselves as a major source of hydrodynamic
noise.
We already know that plasma has a curious soothing effect on air turbulence, plus it
can stabilize and smooth water surfaces.
In air, plasma actuators can mitigate shock waves and eliminate sonic boom for supersonic
crafts.
Is it possible that such devices can also come to the aid of the high-speed underwater
supercavitation vehicles?
So far scientists don’t fully understand the principle of why plasma has special powers
to stabilize fluid, reduce friction and drag.
It could be related to its conductivity and self-generated electromagnetic fields.
Once physicists figure this out, we will get closer to unraveling the mystery of UFOs,
since this characteristic of plasma might be the reason why UFOs can travel at amazing
speeds both in the atmosphere and under the sea.
Here I want to take a minute to answer a question I received from my previous UFO videos.
I proposed that UFOs might have used electromagnetic propulsion of a combined EHD & MHD drive with
the help of plasmas.
Plasma and ion thrusters are not new concepts.
They are already operational in space where there is no air resistance.
But they are not used in the Earth's atmosphere, because of air friction.
Additionally, the current plasma thrusters only make a small amount of thrust.
UFOs, however, are well-known for their incredible acceleration rates which mean they must have
super powerful thrusts in air.
If plasma thrusters can’t offer much thrust, then how can the UFOs are using plasma as
propulsion?
Well, it turns out that there might be better plasma thrusters yet to be invented.
In 2020, a Chinese team demonstrated a prototype of a microwave plasma thruster capable of
working in the atmosphere and producing thrust with an efficiency that rivals modern jet
engines.
This new design uses microwaves to ionize pressurized air and turn it into plasma.
This novel plasma jet appears to produce an impressive push that may become relevant to
electric aircraft applications.
Btw this microwave plasma thruster is just one promising direction to go with future
plasma drives.
There are probably more potentials and superior ways to create even more powerful plasma engines,
and maybe one day plasma airplanes will be the norm.
What I’m saying is: it’s conceivable that certain types of plasma jets can provide great
thrust in the air comparable to a UFOs’ mighty forces.
Plasma physics is a relatively new field with profound scientific and practical possibilities.
There is a lot to learn about this mysterious substance, especially considering how abundant
plasma is in the visible universe.
Perhaps eons ago, on another planet, a group of scientists and futurists not unlike our
own wondered about traveling to distant planets, and they made use of the most available matter
in the universe, plasma, for their spacecrafts.
What do you think?
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This is Curious Being, I am Tina.
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