In quantum mechanics, the uncertainty principle is undoubtedly one of the most famous concept. It is basically a mathematical inequality which puts a fundamental limit to the precision…… Read more "Energy-Time Uncertainty"
Quantum Mechanics and General Theory of Relativity are the two main pillars of Physics. These are one of the most successful theories that have stood various tests…… Read more "Understanding The Dirac Equation In Physics"
Today I will discuss yet another important concept of quantum mechanics. This concept is known as the normalization of a wavefunction and is very easy to understand.…… Read more "Normalization In Quantum Mechanics"
In the very first article of this series, I talked about the wavefunction. I explained two most important concepts of quantum mechanic (quantum physics in fact): Wavefunction…… Read more "Understanding Schrodinger Wave Equation In Quantum Mechanics"
I thought a lot about the first equation of 'Month of Equations' series this year. What should be the first equation? Then I came up with the…… Read more "The Dirac Delta Wavefunction"
Quantum Tunneling, as the name suggests is a quantum phenomenon. Although, The phenomenon of tunneling has no counterpart in classical physics. But,it is an important consequence of…… Read more "Quantum Tunneling And It's Contribution To Stellar Nuclear Fusion."
If Quantum Mechanics has travelled so far today, it wouldn't have been possible without contributions from some of the finest minds in the history. And, Erwin Schrödinger,…… Read more "Erwin Schrödinger: His Life And Work."
Quantum Mechanics and General Theory of Relativity are the two main pillars of Physics. There are one of the most successful theories that have stood various tests…… Read more "Dirac Equation And Its Meaning"
"Not only does God play dice but... he sometimes throws them where they cannot be seen."-Stephan Hawking
The quantum world is weird. Things don't work the normal way here. The quantum theory is now more than 100 years old and it is one of…… Read more "Pauli's Exclusion Principle And Its Applications In Astronomy."