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Pioneering a new path in quantum tech: Our latest paper details a complete blueprint for entangling hydrogen atoms, the universe’s simplest quantum system. We demonstrate how century-old spectral lines become precise engineering tools for tomorrow’s quantum computers.

This presentation unveils a rigorous experimental framework for generating quantum entanglement between individual hydrogen atoms. By synergizing the atom’s foundational quantum mechanical ontology with a state-of-the-art apparatus for laser cooling, trapping, and Rydberg excitation, we demonstrate that hydrogen’s theoretical simplicity is its greatest practical advantage for scalable quantum information processing.

1. Hydrogen Unplugged: Energy Levels, Light, and the Universe’s Simplest Atom
2. Setting the Stage for Quantum Entanglement: Sourcing and Equipping Our Hydrogen Atom Experiment
3. Building a Hydrogen Quantum Entanglement Experiment: A Deep Dive
4. Inside the Quantum Lab: Designing a Hydrogen Entanglement Experiment
5. Building a Quantum Entanglement Lab: From Vacuum Chambers to Laser Systems
6. Behind the Scenes: Building a Quantum Entanglement Experiment with Hydrogen Atoms

The Fundamental Nature and Diverse Roles of the Hydrogen Atom