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1
Quantum Criticality and Superconductivity in Systems Without Quasiparticles.
Quantum Criticality and Superconductivity in Systems Without Quasiparticles.
Li, Chenyuan.Physics. | Harvard University. | 2024
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2
Fractionalization and Disorder in Strongly Correlated Systems.
Fractionalization and Disorder in Strongly Correlated Systems.
Shackleton, Henry J.Physics. | Harvard University. | 2024
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3
Buckling, Wrinkling, and Crumpling of Simulated Thin Sheets.
Buckling, Wrinkling, and Crumpling of Simulated Thin Sheets.
Leembruggen, Madelyn Jane.Physics. | Harvard University. | 2024
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4
Frankenstein's Tiniest Monsters: Inverse Design of Bio-Inspired Function in Self-Assembling Materials- [electronic resource]
Frankenstein's Tiniest Monsters: Inverse Design of Bio-Inspired Function in Self-Assembling Materials- [electronic resource]
King, Ella M.Physics. | Harvard University. | 2023
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5
High-Performance Predictions of Electron and Phonon Transport from First Principles- [electronic resource]
High-Performance Predictions of Electron and Phonon Transport from First Principles- [electronic resource]
Coulter, Jennifer.Engineering and Applied Sciences | Harvard University. | 2023
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6
Novel Transport Phenomena in Quantum Matter- [electronic resource]
Novel Transport Phenomena in Quantum Matter- [electronic resource]
Guo, Haoyu.Physics. | Harvard University. | 2023
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7
What Goes Right and Wrong During Virus Self-Assembly? Understanding How Bacteriophage MS2 Coat Protein Assembles Around RNA- [electronic resource]
What Goes Right and Wrong During Virus Self-Assembly? Understanding How Bacteriophage MS2 Coat Protein Assembles Around RNA- [electronic resource]
Williams, LaNell Alexandria.Physics. | Harvard University. | 2023
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8
Using Non-Contact AFM to Study the Local Doping and Damping Through the Transition in an Ultrathin VO2 Film- [electronic resource]
Using Non-Contact AFM to Study the Local Doping and Damping Through the Transition in an Ultrathin VO2 Film- [electronic resource]
Spitzig, Alyson.Physics. | Harvard University. | 2023
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9
Quantum Entanglement and Dynamics of Low-Dimensional Quantum Many-Body Systems- [electronic resource]
Quantum Entanglement and Dynamics of Low-Dimensional Quantum Many-Body Systems- [electronic resource]
Fan, Ruihua.Physics. | Harvard University. | 2023
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10
Topological and Symmetry-Breaking Phases of Strongly Correlated Systems: From Quantum Materials to Ultracold Atoms.
Topological and Symmetry-Breaking Phases of Strongly Correlated Systems: From Quantum Materials to Ultracold Atoms.
Samajdar, Rhine.Physics. | Harvard University. | 2022
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