Dark Matter and Dark Energy: The Mystery Explained (Infographic)

Dark Matter and Dark Energy: The Mystery Explained (Infographic)

Диаграмма, изображающая все энергетические уровни во Вселенной, начиная с одного фотона, затем прогрессируя до энергии атома водорода, энергии атомной бомбы, годового выхода Солнца и, наконец, полной энергии Вселенной. Памятные шаги на этом пути включают энергию в тонну угля и энергию шмеля, движущегося со скоростью, равной половине скорости света.

Диаграмма, изображающая все энергетические уровни во Вселенной, начиная с одного фотона, затем прогрессируя до энергии атома водорода, энергии атомной бомбы, годового выхода Солнца и, наконец, полной энергии Вселенной. Памятные шаги на этом пути включают энергию в тонну угля и энергию шмеля, движущегося со скоростью, равной половине скорости света.

A graphical history of the Universe

A graphical history of the Universe

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.

What Does Dark Energy Mean for the Fate of the Universe? A mysterious dark energy dating back to the dawn of the universe could be poised to rip it apart. BIG-BANG-3

What Does Dark Energy Mean for the Fate of the Universe? A mysterious dark energy dating back to the dawn of the universe could be poised to rip it apart. BIG-BANG-3

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...

Nacimiento y muerte de una estrella y sus fases

Nacimiento y muerte de una estrella y sus fases

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)

European Space Agency’s Planck space telescope looked back at the afterglow of the Big Bang, and those results have now added about 80 million years to the universe’s age, putting it at 13.81 billion years old.

European Space Agency’s Planck space telescope looked back at the afterglow of the Big Bang, and those results have now added about 80 million years to the universe’s age, putting it at 13.81 billion years old.

Imagining the Tenth Dimension: Imagining the Seventh Dimension

Imagining the Tenth Dimension: Imagining the Seventh Dimension

Space may seem simple, but the forces of nature studied in Physics are always present.

Space may seem simple, but the forces of nature studied in Physics are always present.

Albert Einstein proposed that matter curves space-time, and that gravity is the curve that causes objects to deviate from traveling a straight line. The distortion causes the objects that were moving along a flat plane to fall into a spherical path.

What Is Gravity?

Albert Einstein proposed that matter curves space-time, and that gravity is the curve that causes objects to deviate from traveling a straight line. The distortion causes the objects that were moving along a flat plane to fall into a spherical path.

Doc. RNDr. Petr Kulhánek, CSc, FEL ČVUT, Astrofyzika 03 - YouTube

Doc. RNDr. Petr Kulhánek, CSc, FEL ČVUT, Astrofyzika 03 - YouTube

According to Einstein's General Theory of Relativity, matter bends the fabric of space and time.

How Warp Speed Works

According to Einstein's General Theory of Relativity, matter bends the fabric of space and time.

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