Quantum probability: underlying classical variables

In our everyday World we’re used to Absolute deterministic predictions. Throw a ball in the air and it’ll fall along in the trajectory. Leave your umbrella parked on the street. And when you come back, it’s still there. Just one umbrella quantum physics is not like this because quantum mechanics doesn’t allow us to makeContinue reading “Quantum probability: underlying classical variables”

Quarks

When you’re a kid, you’re told that all the stuff around you is made of atoms and that atoms are made of protons and neutrons and electrons. And if you’re lucky you’re told what protons and neutrons are made of they’re made of three quarks eat, but if they’re both made of quarks, how areContinue reading “Quarks”

Brownian motion

One thing that’s astounding about Einstein’s Publications in 1905 is that they spanned a such a large range of physics after Illuminating the quantum nature of Light by explaining the photoelectric effect in March April saw Einstein turn to something apparently more mundane particles suspended in fluids in particular. If you look at tiny particlesContinue reading “Brownian motion”

Gravitational Efficiency: The outrageous efficiency of Blackhole

E=MC², the most famous equation in the world describes the fact that anything with mass possesses a huge amount of energy in principle like a 5-kilogram cat has enough energy in its mass to power the entire country of Norway for a year. If only the energy could somehow be fully extracted from the cat,Continue reading “Gravitational Efficiency: The outrageous efficiency of Blackhole”

Muons:Life example of the theory of relativity

Every second thousand of cosmic rays mostly hydrogen and helium nuclei strike every square meter of the Earth’s upper atmosphere. We don’t really know where they come from. But we do know that when cosmic rays crash into air molecules in the atmosphere. They create a shower of other fundamental particles pions crayons positrons, electronsContinue reading “Muons:Life example of the theory of relativity”

Galaxies:The Birth, the manoeuvre

Most things in the universe happened to slowly for us to see them happening stars, like the sun take tens of millions of years to form and hundreds of millions of years to orbit there galaxies and colliding galaxies take billions of years to merge and yet we have a pretty decent understanding of howContinue reading “Galaxies:The Birth, the manoeuvre”

Perspective: A truth game of shifted view frame

When Galileo pointed his telescope at Jupiter in 1610, he was the first person to see the giant orbs attached to it by Springs. In his actual drawings compared night after night show these bright spots moving back and forth past Jupiter exactly the same as if they were balls hanging off of Springs. IContinue reading “Perspective: A truth game of shifted view frame”

Brown Dwarf: Star aspirant

The international astronomical Union defines Brown dwarfs as balls of gas in space that are too small to be bona fide hydrogen burning stars, but large enough to burn deuterium which anything bigger than about 13 times. The mass of Jupiter can do because of this brown dwarfs are often called failed stars or superContinue reading “Brown Dwarf: Star aspirant”

Alien:Other-worldly, a game of Probability and Statistics

When we think of looking for extraterrestrial life, we tend to focus on earth like planets that is planets with conditions that are similar to our own life exists on Earth the logic goes so Earth-like conditions are probably a good bet to find more life and yet there are hundreds of billions of galaxiesContinue reading “Alien:Other-worldly, a game of Probability and Statistics”

Angular Momentum

Physics at its most basic is just a description of the motion of the stuff in our universe this planet goes this way that rocket goes that way except that some in fact many objects move without moving or more precisely. They move without going anywhere. I’m talking objects that spin revolve rotate pirouette orbitContinue reading “Angular Momentum”

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