THE BUMBLEBEE
According to scientists, the bumblebee's body is too heavy and its wing span too small. Aerodynamically, the bumblebee cannot fly. But the bumblebee doesn't know that and it keeps flying.
When you don't know your limitations, you go out and surprise yourself. In hindsight, you wonder if you had any limitations. The only limitations a person has are those that are self-imposed. Don't let education put limitations on you.
Here...
Saturday, June 17, 2017
Friday, June 16, 2017
Posted by Sagar on 9:20 AM with No comments
How Hinduism has predicted some of the modern scientific concepts
Hindu religion is pro-science from early ages. Below are few amazing scientific concepts mentioned in Vedas and Puranas.
The concept of Multiverse or MWI
Many believe that there is a parallel universe existing somewhere in the universe, at the same time and space as ours. This concept is known as the multiverse or “Many World Interpretation” according to the quantum mechanics....
Wednesday, June 14, 2017
Posted by Sagar on 6:30 AM with No comments
The 11 Greatest Unanswered Questions of Physics
Pythagoras set science spinning when he proved that abstract mathematics could be applied to the real world. A similar leap occurred when Newton discovered that the motions of planets and falling apples are both due to gravity. Maxwell created a new era of physics when he unified magnetism and electricity. Einstein, the greatest unifier...
Tuesday, June 13, 2017
Posted by Sagar on 7:31 AM with No comments

WHAT IS
QUANTUM SPIN?
In classical mechanics, you have two different...
Monday, June 12, 2017
Posted by Sagar on 9:50 PM with No comments

ARE WE INSIDE AN ATOM WHICH IS PART OF A
GIANT BRAIN?!
The Bohr model—or solar system model—of the atom describes atoms as consisting of a nucleus with a number of electrons in orbits around that nucleus, similar to a solar system. Because of this, people have speculated that perhaps atoms...
Wednesday, June 7, 2017
Posted by Sagar on 9:38 AM with No comments

What does the Schrodinger wave equation tell us?
At the beginning of the twentieth century, experimental evidence suggested that atomic particles were also wave-like in nature. For example, electrons were found to give diffraction patterns when passed through a double slit in a similar way to light waves. Therefore, it was reasonable to assume that a wave equation could explain the behaviour of atomic particles.
Schrodinger was the first...
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