Current state and potential of quantum computing technology, including underlying principles, recent advances, and applications.
The legendary clash Einstein vs Bohr. Discover the reason and why this debase has now a winner.
Imagine electrical transmission without any loss, levitating trains gliding effortlessly on magnets, and MRI scans using cheap superconducting wire. Room temperature superconductors can now make this possible.
Explore the physics of quantum tunnelling, the quantum effect that allows particles to pass through impenetrable barriers.
Delve into the world of Max Planck, the father of quantum physics, and his groundbreaking contributions.
Did Van Gogh's paintings foreshadow the convergence of quantum physics and general relativity? Learn more about the possible connection between his art and these two fundamental theories of physics.
What causes objects to fall? For millennia, this seemingly insignificant question has captivated the greatest minds, driving them to formulate increasingly intricate theories of gravity.
We can't see it and we can't feel it, but we can test for it. Guess, what is it? Ladies and gentlemen let me introduce you to Miss Dark Energy.
The quantum vacuum contains an immense amount of energy. Learn how scientists are unlocking its mysteries and discovering new ways to utilize its power.