"Joules of the Universe". Diagram depicting all energy levels in the universe, beginning with a single photon, then progressing up to the energy of a hydrogen atom, the energy of an atomic bomb, the yearly output of the sun, and finally the total energy output of the universe. Memorable steps along the way include the energy in a ton of coal, and the energy of a bumblebee traveling at half the speed of light.

"Joules of the Universe". Diagram depicting all energy levels in the universe, beginning with a single photon, then progressing up to the energy of a hydrogen atom, the energy of an atomic bomb, the yearly output of the sun, and finally the total energy output of the universe. Memorable steps along the way include the energy in a ton of coal, and the energy of a bumblebee traveling at half the speed of light.

My theory, from my experience. Take it with a grain of salt or however you wish. This is how something can come out of “nothing”...

My theory, from my experience. Take it with a grain of salt or however you wish. This is how something can come out of “nothing”...

Comparing Sizes of the Largest Objects in the known universe - Take a journey through the cosmos, and see some of the largest objects that we've discovered.

Comparing Sizes of the Largest Objects in the known universe - Take a journey through the cosmos, and see some of the largest objects that we've discovered.

The possible outcomes to the fate of the Universe rest on the 95% of it we have currently no idea about: dark matter and dark energy

The possible outcomes to the fate of the Universe rest on the 95% of it we have currently no idea about: dark matter and dark energy

How cold is the coldest place in the Universe, that we know of? What's the lowest man-made temperature ever achieved? And just how many zeroes are needed to express 'absolute hot', after which the fundamentals of conventional physics start to break...

How cold is the coldest place in the Universe, that we know of? What's the lowest man-made temperature ever achieved? And just how many zeroes are needed to express 'absolute hot', after which the fundamentals of conventional physics start to break...

Stellar Evolution

Stellar Evolution

Prof. RNDr. Petr Kulhánek, CSc. - Astrofyzika (část 1.) - YouTube

Prof. RNDr. Petr Kulhánek, CSc. - Astrofyzika (část 1.) - YouTube

Laser Interferometer Gravitational-Wave Observatory (LIGO)

Laser Interferometer Gravitational-Wave Observatory (LIGO)

Quark:   Atoms are divided into smaller particles called electrons, protons and neutrons. Hundreds of other elementary particles form these like mesons, muons, neutrino and positrons.  These elementary particles are again made up of extremely small particles called quarks.  Quark is hypothetical particle that carries a fractional charge. There are four kinds of quarks, each having antiparticle called Antiquark:  The Up Quark (u)  The Down Quark (d)  The Strange Quark (s)  The Charm Quark (c)

Quark: Atoms are divided into smaller particles called electrons, protons and neutrons. Hundreds of other elementary particles form these like mesons, muons, neutrino and positrons. These elementary particles are again made up of extremely small particles called quarks. Quark is hypothetical particle that carries a fractional charge. There are four kinds of quarks, each having antiparticle called Antiquark: The Up Quark (u) The Down Quark (d) The Strange Quark (s) The Charm Quark (c)

Imagining the Tenth Dimension: Imagining the Seventh Dimension

Imagining the Tenth Dimension: Imagining the Seventh Dimension

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