According to the Theory of Nikola Tesla’s 369, there are altogether 1 to 9 digital root numbers that exist. All other higher or lower numbers are the combinations of those digital root numbers. This statement seems quite true when we compare it with the Theory of Absolutivity.The characteristic of these 369 numbers was first revealed from a famous quote by the scientist Tesla. He said –“If you only knew the magnificence of the 3, 6, and 9, then you would have a key to the universe.”
Now, What does he mean by this 369 number?
Banganubad – If we know about the special features of 369. But the key to the world will come to us.
But why are these 3, 6, and 9 so special?
First of all, we need to understand that we do not invent formulas. We just discover it. There are some patterns inherent in nature, following that pattern we have constructed various mathematical formulas. Therefore we can get 2 + 2 = 4 anywhere in the universe.
One of these patterns is – the “Power of 2 Binary System”.
That is, something starts from one and continues to double each other. Following this pattern, our cells and embryos slowly divide. So this pattern – 1, 2, 4, 8, 16, 32, 64, 128, 256… Many people call it “God’s blueprint”.
Now the feature of this above pattern is –
1 x 2 = 2
2 × 2 = 4
4 × 2 = 8
16 —-> 1+6 = 7
32 —- > 3+2 =5
64 —-> 6+4 = 1
128 —- > 1+2+8 = 2
256 —-> 2+5+6 = 4
512 —- > 5+1+2 = 8
That is, if you observe, it is understood that – 1, 2, 4, 8, 7, 5 this pattern is coming back again and again. It is like a pendulum clock swinging back to its initial state. Again if we start from 1 and keep halving it continuously, we get exactly the same pattern back in reverse –
1/2 = 0.5 — > 5
0.5/2 = 0.25 — > 2+5=7
0.25/2 = 0.125 —- > 1+2+5 = 8
But if you look carefully, you will see that three numbers are missing in this pattern – 3, 6, and 9. These three numbers are like a free entity above this pattern. Scientist Mark Rodin believes that these three numbers describe a vector in the fourth or third dimension, which he named the flux field.
Now if we take the number 3 and keep doubling it continuously. But we get –
3*2 = 6
6*2= 12 — > 1+2 = 3
12*2 = 24 — > 2+4 = 6
This is also a pattern. A pattern oscillating between 3 and 6. But 9 is missing in this pattern.
But does 9 belong to any other pattern?
If we double this number 9 we get –
9*2 — > 18 = 1+8 = 9
18* 2 — > 36 = 3+6 = 9
That is, only the number 9 exists in this pattern.
Now, if we put the three patterns together in a row, we get two poles. Which has 1, 2, 4 on one side and 8, 7,5 on the other side. Everything in the world is like a river flowing from 1, 2, 4 to 8, 7, 5, and back to 1, 2, 4. If you look carefully again, you will understand that 1,2,4 are ahead of 3 and 8,7,5 are ahead of 6.
Again these 3 and 6 are under 9.
3+6 = 9 =6+3
1+2+3+6+7+8+9 = 45—- > 4+5 =9
1+2+4+5+7+8 = 27 —- > 2+7=9
So everything mixed in 9 and 9 is that single entity.
Not only this, there are many other paths from which it is felt that the 369 are hidden within everything.
Some galaxies are like the Milky Way, but some are quite different.
A galaxy is a vast system of dust, gas, dark matter, and a million to trillion stars that are held together by gravity. Supermassive black holes are also thought to be at the center of almost all large galaxies. In our own galaxy, the Milky Way, the Sun is one of about 100 to 400 billion stars revolving around Sagittarius A *, a supermassive black hole with a mass equal to four million suns.
The deeper we look at the universe, the more galaxies we see. A 2016 study estimated that there are two trillion or two million galaxies in the observable universe. Some of these remote systems are like our own Milky Way galaxy, others are quite different.
Before the 20th century, we did not know that galaxies other than the Milky Way existed; Earlier astronomers classified them as “nebulae” because they looked like obscure clouds. But in the 1920s, astronomer Edwin Hubble showed that the Andromeda “nebula” was a galaxy in its own right. Since it is so far away from us, light from Andromeda takes more than 2.5 million years to fill the gap. Despite the immense distance, Andromeda is the largest galaxy closest to our Milky Way, and it is so bright in the night sky that it is visible to the naked eye in the Northern Hemisphere.
In 1936, Hubble introduced a way to classify galaxies, dividing them into four main types: spiral galaxies, lenticular galaxies, elliptical galaxies, and irregular galaxies.
More than two-thirds of all observed galaxies are spiral galaxies. A spiral galaxy consists of a flat, rotating disk with a central bulge surrounded by a spiral arm. This rotational speed of hundreds of kilometers per second can cause disk material to take on a distinct spiral shape, such as a cosmic pinwheel. Our Milky Way, like other spiral galaxies, has a linear, starred bar at its center.
Elliptical galaxies are shaped according to their names: they are usually round but can extend one axis longer than the other so that some look like a cigar. The largest known galaxy in the universe – the giant elliptical galaxy – could hold one trillion stars and spread over two million light-years. Elliptical galaxies can also be small, in which case they are called dwarf elliptical galaxies.
The elliptical galaxy contains many old stars, but also a small amount of dust and other interstellar matter. Their stars orbit the galactic center, as in the disk of a spiral galaxy, but they do so in a more random direction. Some new stars are known to form in elliptical galaxies. They are common in galaxy clusters.
Lenticular galaxies, such as the iconic Sombrero galaxy, sit between elliptical and spiral galaxies. They are called “lenticular” because they are similar to lenses: like spiral galaxies, stars have a thin, rotating star disk and a central bulge, but they do not have a spiral arm. Like elliptical galaxies, they have little dust and interstellar matter, and they often appear to form in densely populated regions of space.
Galaxies that are not spiral, lenticular, or elliptical are called irregular galaxies. Irregular galaxies – such as the large and small Magellanic clouds that surround our Milky Way – are misplaced and do not have a distinct form, often under the gravitational influence of other nearby galaxies. They are full of gas and dust, which makes them a great nursery for new star formation.
Galactic clusters and aggregation
Some galaxies are seen alone or in pairs, but they are often part of larger groups known as clusters, clusters, and superclusters. Our Milky Way, for example, consists of a local group, a galaxy group that spans about 10 million light-years, including the Andromeda galaxy and its satellites. Both the local cluster and its neighboring galaxy cluster, the Virgo cluster, contain larger Virgo superclusters, densities of galaxies that span approximately 100 million light-years across. The virgin supercluster, instead, is a part of the Laniakia, an even larger supercluster of 100,000 galaxies that was defined by astronomers in 2014.
Clusters of galaxies often interact and even merge into a dynamic cosmic dance of gravitational interaction. When two galaxies collide and merge, gases can flow toward the galactic center, which can quickly trigger events such as star formation. Our own Milky Way will merge with the Andromeda Galaxy in about 4.5 billion years.
Astronomers have predicted that our home galaxy will merge with our neighboring galaxy Andromeda.
Since elliptical galaxies have older stars and fewer gases than spiral galaxies, the types of galaxies seem to represent part of the natural evolution: spiral galaxies interact and coalesce with age, losing their familiar shape and becoming elliptical galaxies. But astronomers are still working on specific issues, such as why elliptical galaxies follow certain patterns in brightness, size, and chemical composition.
The first stars in the universe ignited about 180 million years after the Big Bang, the explosive moment 13.8 billion years ago that marked the origin of the universe as we know it. Gravity sculpted the first galaxies in shape when the universe was 400 million years old or less than 3 percent of its current age.
Astronomers now think that almost all galaxies – with possible exceptions – are embedded in a huge halo of dark matter. Theoretical models further suggest that early in the universe, the huge tendrils of Dark Matter provided the gravitational scaffold normal matter needed to first merge into the galaxy.
However, there are still open questions about how galaxies form. Some believe that galaxies are made up of small clusters of about one million stars, known as globular clusters, while others believe that galaxies were formed first and then globular clusters. It is also difficult to determine how many stars in a given galaxy are formed from their own gas, formed in another galaxy, and later join the group.
By letting astronomers see the farthest boundaries of the universe এবং and early moments, instruments like NASA’s James Webb Space Telescope will help solve long-standing questions.
you can easily study for 7-8 hours. in this case, the will is enough.
but the point is, the focus is on the subject until you study. we don’t pay attention to anything for long. our thoughts are scattered.
how long do I think about it, how long is it? studies have shown that a person thinks about 70,000 daily.
So you have to consciously try to keep your attention on something. the most important thing to study is to study it with hard attention. you have to set goals ahead. the answers to three questions are enough for him.
1. what to do?
2. why read?
3. when to read?
Remember that our mind is like a donkey. the donkey wants to go against the way he asks him to go. so the only way to take the donkey to the destination is to hang a radish in front of him. he’ll run after mile. and for people, that Mula is the goal of life.
so the goal of life is secondly, following a routine will make the study rhythmic. because our brain loves to do rhythmic work. initially, 20-30% of the routine is enough to follow. if you try to follow regularly, rest for 5-10 minutes after studying for 50 minutes in a row.
4. avoid mobile phones, tips, gossip at this time. because if you do this, it is 5-10 minutes and 1-2 hours and it is not known. you can do vajra ashan if you want to. this is helpful in increasing attention.
5. keep the reading area as much as possible every day. do not keep anything that is mind-catching in the reading room. e.g.,___tv, no listening back, etc. if the reading table is wall-facing, keep a good mobile phone silent, no need to close.
6. avoid checking notifications while reading. these do nothing but divert your attention
7. make your studies fun. check out the text title as you read and get an idea about it. it will be easier to understand the reading.
Take studies as a challenge. reward yourself after work. for example, you can watch -movies, eat your favorite food.
it’s important to time to study. share time properly.
when you like to read your son and read the time. (e.g-me likes to read from 5:30 a.m.) time doesn’t matter. love is the first
8. not sitting down to read heavy food or watch favorite tv shows or serials.
you can do a job to get rid of it. sit down with a paper while sitting down to read. write down the shortcut as you remember while reading and think about it at the end of the study.
if you do this for a few days, you will see that you can meditate regularly for 30 minutes to increase your attention. very effective.
Education is a short form of some short words in life
💠 J.S.C – full form — Junior School Certificate.
💠 J.D.C – full form — Junior Dakhil Certificate.
💠 S.S.C – full form — Secondary School Certificate.
💠 H.S.C – full form — Higher Secondary Certificate.
💠 A.M – full form — Ante meridiam.
💠 P.M – full form — Post meridiam.
💠 B. A – full form — Bachelor of Arts.
💠 B.B.S – — Bachelor of Business Studies. 💠B.S.S — Bachelor of Social Science. 💠 B.B.A — Bachelor of Business Administration 💠 M.B.A — Masters of Business Administration. 💠 B.C.S — Bangladesh Civil Service. 💠 M.A. — Master of Arts. 💠 B.Sc. — Bachelor of Science. 💠 M.Sc. — Master of Science. 💠 B.Sc. Ag. — Bachelor of Science in Agriculture. 💠 M.Sc.Ag. — Master of Science in Agriculture. 💠 M.B.B.S. — Bachelor of Medicine and Bachelor of Surgery. 💠 M.D. — Doctor of Medicine./ Managing director. 💠 M.S. — Master of Surgery. 💠 Ph.D./ D.Phil. — Doctor of Philosophy (Arts & Science) 💠 D.Litt./Lit. — Doctor of Literature/ Doctor of Letters. 💠 D.Sc. — Doctor of Science. 💠 B.C.O.M — Bachelor of Commerce. 💠 M.C.O.M — Master of Commerce. 💠 B.ed — Bachelor of education.
The full form of the short word for government office or our daily companions:
💠 M.P. — Member of Parliament. 💠 M.L.A. — Member of Legislative Assembly. 💠 M.L.C — Member of Legislative Council. 💠 P.M. — Prime Minister. 💠 V.P — Vice President./ Vice-Principal. 💠 V.C — Vice-Chancellor. 💠 D.C- — District Commissioner/ Deputy Commissioner. 💠 S.P- — Police Super. 💠 S.I — Sub Inspector Police 💠 GPA – Grade Point Average 💠 Dr. — Doctor. 💠 Mr. — Mister. 💠 Mrs. — Mistress. 💠 Miss — used before unmarried girls.
A repetition of some of the short words used every day:
The laws of physics that describe the subatomic world are grouped into quantum mechanics. Scientists don’t yet know, though, how to unify quantum theory and general relativity (which is the best model they have of gravity).
NASA/Goddard Space Flight Center Conceptual Image Lab
Your questions touch on a fundamental (some would say the fundamental) problem in theoretical physics. The easiest way to understand the issue is to think about how the two theories describe the forces of nature.
The general theory of relativity is our best concept of gravity. It states that the presence of mass distorts the space-time grid, like a bowling ball that sits on a stretched rubber sheet. Particles then move in the shortest paths along that distorted grid, a process we interpret as the effects of gravity. Thus, relativity, in essence, gives a geometric interpretation of gravity.
Quantum mechanics, through what physicists call the “standard model,” explains the other three forces of nature. These are the electromagnetic force, which affects electrically charged particles, the strong nuclear force, which holds particles in nuclei together, and the weak nuclear force, which governs some radioactive decays. In the quantum mechanical picture, forces arise through the exchange of things called “virtual particles.”
These particles pop into existence for a short time and then disappear. While they have no analog in our familiar world, the Heisenberg uncertainty principle allows them in the subatomic world.
(One of the basic ideas of this principle is that the uncertainty of a system’s energy is inversely proportional to the uncertainty of its lifetime, so a particle that lives for a very short amount of time — a tiny fraction of a second — has an extremely wide range of possible energies and can never be observed.)
Virtual particles generate a force by a process analogous to two people throwing a medicine ball back and forth, recoiling on each throw. Thus, the quantum mechanical explanation of these forces is essentially dynamic rather than geometric.
The problem deepens because physicists can describe how at high enough energies the three quantum mechanical forces merge together, while gravity remains the odd man out. Another way of posing your questions, then, is to ask why it is so hard to unify gravity with the other forces of nature.
We have two serious candidate theories that attempt this unification. One is “string theory,” which posits that the basic building blocks of matter — quarks and elementary particles like electrons — are actually made of even more fundamental objects called “strings.” The different particles correspond to different modes of vibration of those strings.
The other candidate theory is “quantum loop gravity,” where space-time itself becomes granular (the technical term is quantized) instead of being smooth and continuous at very small distances.
In both theories, we think the exchange of virtual particles called gravitons generates gravity so that gravity becomes a dynamic quantum mechanical force like the other three. Which of these theories, if either, will turn out to be right is something physicists are investigating.
Everyone who doesn’t live under a rock knows it’s true.
The problem for the aliens is they didn’t bring weapons. Many hundreds of the captured are kept in cages in Area 51. Surely, someone “out there” knows about Area 51 and what goes on, right?
Does anyone believe that the computer and iPhone are the product of human ingenuity? Has anyone anywhere ever met a human who is capable of inventing these technologies and building them?
Of course not.
All this “high-tech” stuff is always built-in faraway countries inside factories no one has ever seen or can ever visit, right?
Has anyone considered that there might be good reasons why no one understands the technologies they are using?
Knowledge is unattainable. Resistance is futile. We all know why.
The orange man puts aliens in cages for a reason. He sucks brains to increase his power.
Challenge the orange man, anyone who is foolish enough to try. They will find themselves “throttled” by Quora, Facebook, and Twitter among other “collaborators.”
Those who don’t believe, look at the view statistics for this post. Though hundreds of thousands will see, the “official” view count will never exceed a few dozen.
Upvotes? Forget it.
“They” don’t want civilians to know the nature of the new Earth where “orange man” forces homo-sapiens to languish — suffocated and imprisoned by confusion; overwhelmed by terrors unleashed by ruthless captors of alien hoards.
Another alien swarm from “out there” is making plans to rescue their friends. This time they won’t forget weapons. Meanwhile, they burn forests to deprive Earthlings of oxygen. Once their sapient tormentors are debilitated, the aliens will unload.
After the fluids of humans settle finally into the warm dirt of Earth, it is the human captors — the survivors — who will live in cages.
The aliens plan to convert Area 51 into a zoo where tourists from other worlds can visit to learn about evil humanoids and their orange leader.
Aliens will place the chosen one, with all the reverence due him, into the largest cage of all.
All organisms on Planet Earth are carbon-based. Do you think there are silicon-based life forms out there?
Silicon-based life forms are called “rocks”.
Four phyla of rocks exist pebble, stone, boulder, and sand.
These life forms move around, reproduce, and sometimes present an aggressive demeanor that can threaten humans.
How many times have we read accounts of boulders cascading down mountains to crush folks who travel unawares on our national highways?
It is almost impossible to eradicate boulders. Even an explosion of many tons of TNT creates instead tens-of-thousands of stones and pebbles. These silicate life-forms are particularly annoying, especially when humans walk barefoot on dirt.
Silicon-based life-forms are an urgent problem that demands to be solved.
Are our Planet Earth watched by aliens?
Extra-terrestrials made their first visits to Planet Earth about 5,000 years ago according to accounts in the Bible and other sources from that era.
They left after exploring nearby planets and moons. They stayed to explore for about 1,000 years give or take.
In the 1950s extra-terrestrials returned in force. Tens of thousands of UFO sightings became a matter of public record. The Air Force and CIA spent considerable resources to understanding the threat UFOs posed to humans.
What they discovered was a blunder by aliens that no one anticipated.
The aliens came unarmed.
When aliens finished their initial explorations 4,000 or so years ago, they reported to their leaders that life on Earth posed no threat. The need to bring weapons on a second voyage was considered an unnecessary expense, energy-depleting, and useless. Leaving weapons behind would save billions of units of whatever currency they were using at the time.
Since the 1950s, a coalition of nations has learned to capture and successfully detain aliens. Many aliens have escaped, but thousands who weren’t so lucky now live in cages in the area numbered 51, which some readers may have read about.
These aliens are essentially prisoners. Some have been trained to communicate with humans.
Information gleaned from interrogations has yielded a treasure trove of new technologies, which have been introduced as rapidly as possible during the past two decades.
It is humans who now observe extra-terrestrials.
The current situation is this: Aliens are preparing to swarm Planet Earth in a “third wave” to rescue their compatriots. This time they will bring weapons.
Trump is currently negotiating with an advanced guard who his advisors refer to as the “Deep State”. The future of Earth depends on the president’s ability to negotiate and to act the “stable genius” people everywhere have learned to believe in and love.
President Trump is the only one who can save humankind from the alien hordes, who intend to alter forever Earth as we know it through terra-forming.
What makes you sure there are/are not aliens visiting planet Earth?
Aliens swarmed Earth in the 1950s and never left. They occupy many positions of power and influence. Their base of operations is near Lake Vostok in Antarctica.
How can humans identify space-aliens?
The identification process is easy but it takes a little work. Many so-called news celebrities are aliens. Listen carefully for mispronounced words and unusual turn-of-phrases. These are dead giveaways, which are ignored by most people.
Also, search for signs of Botox poisoning. Alien skin sags in Earth’s highly oxygenated atmosphere. Almost all aliens use Botox to prevent the reptilian appearance that frightens so many children. The overuse of Botox can make aliens look like “cat people.” Again, they aren’t difficult to spot if one remains vigilant.
Another identifier is reliance on teleprompters. Most aliens never achieve true fluency in human language, preferring to chirp or hum loudly when not reading from the prepared text. Heavy reliance on teleprompters by powerful aliens is one more sure sign that humans should never ignore.
Aliens tend to rule from the right because conservatives are the easiest people to outsmart. Trump switched from Democrat to Republican to take advantage of GOP stupidity to win the nomination in 2016.
Aliens immediately endorsed him.
What is the likelihood that aliens would be able to decipher the messages on the gold plate on the Voyager spacecraft?
The message on the gold plate is simple: life exists somewhere else.
Aliens who discover the craft will use artificial super-intelligence to decipher its information — if not immediately, then eventually as they develop the capability.
Once the message is unraveled, aliens will know our location and weaknesses. The streaks in the image on the lower left of the gold disc reveal Earth’s location relative to 14 pulsars, which are GPS beacons to any civilization as advanced as ours.
Aliens will determine from the materials that make the craft what resources exist on Earth and whether these resources are worth pursuing.
Should aliens decide to visit, they are likely to bring weapons to overwhelm us; they will take whatever they want.
What might they take?
Look at any picture of Planet Earth from space. Isn’t it obvious that Earth is a paradise where water exists in three phases—liquid, solid, and gas (oceans, ice, and clouds)? What alien wouldn’t want to live here to research and perhaps rule to satisfy its idiosyncratic desires?
How do we defend Planet Earth against aliens who know all about us and our capabilities while we know nothing of theirs?
Thank you, NASA.
Thank you to all the eggheads who may have given our location away to monsters they’ve never met—maybe not now but someday.