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Introduction
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Dr Karen Hallberg
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Welcome
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Presentation
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HBAR
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Particle wave duality
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Atomic wave functions
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Quantum entanglement
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Uncertainty principle
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Tunnel effect
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STM
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Modern Technology
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Quantum Computers
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Quantum Supremacy
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Emergence
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Emergent phenomena
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Merchant phenomena
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Quantum weirdness complexity
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Charge and spin separation
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Superconductivity
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High TC
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Quantum Information
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Two Orbital Habit Model
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Collaboration
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Conclusion
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Questions
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Other examples
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Will classical computers become obsolete
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Women in physics
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How will new states of matter impact my personal life
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Favorite equation or quantum material
Description:
Explore the captivating realm of quantum matter in this 57-minute public lecture webcast by quantum condensed matter expert Karen Hallberg. Delve into emergent phenomena like superconductivity and learn how quantum information can be used to filter relevant data in complex problem-solving. Discover state-of-the-art computational approaches for understanding nanoscopic systems and new materials. Gain insights into particle-wave duality, atomic wave functions, quantum entanglement, and the uncertainty principle. Examine modern technologies such as quantum computers and their potential for quantum supremacy. Investigate charge and spin separation, high-temperature superconductivity, and the Two Orbital Hubbard Model. Engage with thought-provoking questions on the future of classical computers, women in physics, and the impact of new states of matter on everyday life.

The Fascinating, Weird World of Quantum Matter - Karen Hallberg Public Lecture

Perimeter Institute for Theoretical Physics
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