Atoms Observable facts

While investigating facts about Atoms Observable Universe and Are Atoms Observable, I found out little known, but curios details like:

NASA calculated that you only need 40 digits of Pi to calculate the circumference of the observable universe, to the accuracy of 1 hydrogen atom

how many atoms in the observable universe?

You only need 40 digits of pi to calculate the circumference of the observable universe to a margin of error of 1 hydrogen atom

What does an atomic wedgie feel like?

In my opinion, it is useful to put together a list of the most interesting details from trusted sources that I've come across answering what is the best underwear for an atomic wedgie. Here are 42 of the best facts about How Many Atoms In The Observable Universe and Number Of Atoms In The Observable Universe I managed to collect.

what is an atomic wedgie?

Taking pi to 39 digits allows us to measure the circumference of the observable universe to within the width of a single hydrogen atom.
Mathematically there are more possible games of chess than there are atoms in the Observable Universe.
70 scientists who worked in the Manhattan project signed a petition pleading for president Truman to delay using atomic weapons on Japan before considering an observed demonstration of its power, but it never made it to Truman before the bombings
The Ozma problem is an old problem asks if we could communicate the concept of left and right to an alien over the radio. In the 1950's physicists found a way when they observed that certain radioactive decays actually "care" about if the atom is spinning clockwise or anti-clockwise.
That, although there are more stars in the universe than the grains of sand on Earth, there are more atoms in your body than all the stars in the observable universe.
The calculator number limit of 10^99 is actually pretty large. There are only 10^80 atoms in the observable universe.
A 7x7x7 Rubik's cube has 1.95·10^160 unique combinations, to put that into perspective, the amount of atoms in the observable universe is smaller (10^78 - 10^82)
If the Earth were the size of the nucleus of a hydrogen atom, the observable universe would have a diameter of 165.8km in comparison
A number of new elements were discovered simply due to the fact that an element was missing at a certain atomic number. This opened the door for research and discovery, by aligning new observations with the appropriate blank spots on the periodic table.

atoms observable facts — What does atomic wedgie mean?

What is true about atoms observable?

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Much of the research in theoretical inorganic chemistry involves applying the known principles of chemistry, like Bohr's model of the atom and other theories, to postulate on possible compounds that have yet to be observed in a laboratory.

Like elements similar to it in atomic number, radioactive isotopes of darmstadtium are isolated through fusion of two atoms of different elements, or through the observable decay of heavier elements.

These radioisotopes have occurred through fusion of atoms, or from the observed decay of other heavier elements.

The scientific field of quantum mechanics has led to a successful model of the atom and its observable properties.

If you could theoretically fold an A4 piece of paper 103 times, the thickness would be larger than the observable universe, but in terms of surface area would be smaller than an atom. - source

When an isotope releases gamma radiation the atomic number?

The thin vertical smoke trails seen in atomic bomb test videos are from small rockets, and are used to observe the propagation of the shockwave

How many atoms are there in the observable universe?

There are more possible positions on a chessboard than there are atoms in the observable universe

You only need 39 digits of pi to get the circumference of the observable universe to within 1 width of a hydrogen atom. (From r/showerthoughts)

These isotopes have occurred through intentional fusion of two atoms, or through the observable decay of other elements.

When was atomic number discovered?

To have a chance of grasping the size of the theorised 'string' in string theory, you'd have to imagine that if an atom was expanded to the size of the observable universe, the string would be the size of a tree. (analogy taken from 'through the wormhole)

There are more possible games of Chess than there are observable atoms in the known universe.

There are more possible chess game combinations than the number of atoms in the observable universe

There are more possible iterations of chess games than there are atoms in the observable universe.

There are more possible positions in a complete game of chess than there are atoms in the observable universe

There exists a virtual library that contains every book, poem, document & song ever written or YET to be written. Conceivably, it contains the cure for cancer, the last 2 ASOIAF books, & every thought inside your head. It contains more "pages" than there are atoms in the observable universe.

The Tupolev Tu-95LAL, literally translating to flying atomic laboratory, it was a Russian bomber carrying a nuclear reactor for observation. The project was canceled due to the environmental impact of possible mishaps and accidents. I.E. each plane was a nuke if shot down...

Alan Guth, famous for inflation theory of the universe, believes the actual size of the universe is 10 billion trillion times larger than the observable universe. In other words, the whole universe is to the observable universe, as the observable universe is to an atom.

In order to view "strings" on a macroscopic scale, a single hydrogen atom would need to be enlarged to the size of the observable universe.

You can measure the circumference of the observable universe to within the width of one hydrogen atom with just the first 39 digits of PI.

about the Graham’s number. If every single atom in the observable universe was a digit, there still wouldn’t be enough space to contain it. To put this into perspective, a trillion has 13 digits.

The number of possible chess games is larger than the number of atoms in the observable universe

There are estimated to be between 10^78 and 10^82 atoms in the observable universe, which is actually a lot less than most people believe

If the observable universe was the size of an atom, then the theoretical ‘string’ in string theory would be the size of a tree.

The number of atoms in a grain of sand is comparable to the number of stars in the observable universe.

There are more possible games of chess than atoms in the observable universe... WOW

There is an extended periodic table which contains elements with atomic number up to 184. No elements in the table have been observed yet

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