Nuclear fusion, replicating the sun's energy on Earth, holds immense promise for a clean and limitless energy source. Dive into the challenges and explore if fusion can become a reality, ushering in a new era of clean energy.
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.
Learn about the momentous discovery at CERN of the Higgs boson, the famous God particle, one of the most significant discoveries in the history of physics.
Explore the promising field of quantum computing and how topological Qubits could potentially achieve fault-tolerance and overcome quantum limitations.
Charged particles crossing through matter lose energy in fits and starts. The Landau distribution explains this quantum behavior.
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 Standard Model comprehends only 4% of our surroundings. Discover the 4 deepest misteries that modern physics can't answer.
Discover the latest theories surrounding the nature of the universe's boundaries, examining evidence for finite and infinite models, and exploring the implications.
Ever wonder how ancient people explained lightning or the sun's path? Explore how myths like Zeus hurling thunderbolts reflect early understandings of the universe, laying the groundwork for modern science.
CERN, a global hub for physics research, smashes subatomic particles like the Large Hadron Collider, a scientific marvel, to unlock the universe's deepest mysteries.