Roy Glauber and the Birth of Quantum Optics
0:33
YouTubeDr. Science
Roy Glauber and the Birth of Quantum Optics
Roy Jay Glauber was an American theoretical physicist who made foundational contributions to quantum optics. In 1963, he developed the quantum theory of optical coherence, explaining the fundamental differences between laser light and ordinary thermal light and providing a theoretical model for photodetection. For this work, he was awarded half ...
2 days ago
Quantum Optics Experiments
What Makes a Qubit Special?
0:46
What Makes a Qubit Special?
YouTubeQiskit
8.6K views1 month ago
The 2025 Nobel Prize Has to Do with Qubits
0:29
The 2025 Nobel Prize Has to Do with Qubits
YouTubeQiskit
5.8K views1 month ago
The Experiment That Proved We Are All Connected - Gregg Braden
1:00
The Experiment That Proved We Are All Connected - Gregg Braden
YouTubeGregg Braden Shorts
90.8K views3 weeks ago
Top videos
The Physicist Who Puts Penrose’s Quantum Ideas To The Test | Ivette Fuentes
1:37:47
The Physicist Who Puts Penrose’s Quantum Ideas To The Test | Ivette Fuentes
YouTubeEssentia Foundation
17.6K views2 weeks ago
Swiss scientists filmed light reflecting off mirrors using a 1-trillion-FPS camera
0:06
Swiss scientists filmed light reflecting off mirrors using a 1-trillion-FPS camera
YouTubeExistenzia
35.3K views4 days ago
A single grain of mirror glass contains a secret that
3:02
A single grain of mirror glass contains a secret that
YouTubeTales of the Forgotten Realm
9 hours ago
Quantum Optics Applications
Einstein Built Quantum Physics on His Work — History Forgot Him
0:52
Einstein Built Quantum Physics on His Work — History Forgot Him
YouTubeThey Never Got Credit
694.1K views4 weeks ago
Quantum Computing & Tech ⚛️ on Instagram: "This is not CGI. It’s a single atom. Captured by physicist David Nadlinger, this image shows one strontium atom suspended between two electrodes, held in place by electromagnetic fields inside a vacuum chamber. When blasted with precision lasers, the atom absorbs and re-emits light so strongly that it becomes visible to the naked eye. A fundamental building block of reality, isolated and glowing. Quantum physics made human-scale. Follow @uncover.quantum
0:06
Quantum Computing & Tech ⚛️ on Instagram: "This is not CGI. It’s a single atom. Captured by physicist David Nadlinger, this image shows one strontium atom suspended between two electrodes, held in place by electromagnetic fields inside a vacuum chamber. When blasted with precision lasers, the atom absorbs and re-emits light so strongly that it becomes visible to the naked eye. A fundamental building block of reality, isolated and glowing. Quantum physics made human-scale. Follow @uncover.quantum
Instagramuncover.quantum
783.6K views3 weeks ago
Quantum Computing & Tech ⚛️ on Instagram: "A particle being in two places at once isn’t science fiction — it’s quantum mechanics. In 1924, Louis de Broglie proposed a radical idea: particles behave like waves. Two years later, Erwin Schrödinger’s equation revealed something even stranger — subatomic particles don’t have a single, definite position. Instead, they exist as a probability cloud. This led to one of the most mind-bending concepts in physics: quantum superposition. In the quantum world
0:18
Quantum Computing & Tech ⚛️ on Instagram: "A particle being in two places at once isn’t science fiction — it’s quantum mechanics. In 1924, Louis de Broglie proposed a radical idea: particles behave like waves. Two years later, Erwin Schrödinger’s equation revealed something even stranger — subatomic particles don’t have a single, definite position. Instead, they exist as a probability cloud. This led to one of the most mind-bending concepts in physics: quantum superposition. In the quantum world
Instagramuncover.quantum
3.3K views1 week ago