The following topics are broad range to cover the most ongoing research on quantum materials and technologies that can be used to classify your abstract(s) according to its relevance to the sessions. Note that some of the topics are in the form of special focused sessions and general sessions. It is likely that your abstract may be related to more than one topic. We encourage that during abstract submission you can select three topics of relevance in order of your preference, especially if you intend to have an oral presentation. Please note that it is possible to make selections from the relevant topics in all mainstreams.

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Abstract Classification Topics (covered but not limited to)

Mainstream A: Superconductivity and Superconducting Materials: 
A1 Advances in Cuprate Superconductivity
A2 Advances in Iron-based Superconductivity
A3 Advances in Hydrides
A4 Advances in Nickelates
A5 Advances in Heavy Fermion Superconductivity
A6 Ultrathin Layered Superconductors
A7 Superconductivity in 2D Materials
A8 Thin Films and Interface Superconductivity
A9 Proximity Induced Superconductivity in Semiconducting Nanowires
A10 Quasi One Dimensional Superconductivity
A11 The interplay of Superconductivity and Magnetism
A12 Superconductivity in Curved 3D Nanoarchitectures
Mainstream B: Correlated Electronic Physics and Materials: 
B1 Mott Insulators
B2 Magnetism in Correlated Electron Systems
B3 Colossal Magnetoresistance
B4 Multiferroicity and Multiferroics
B5 Quantum Phase Transitions
B6 Advances in Molecular Magnetism and Applications
B7 Perovskite Materials and Devices
B8 Quantum Criticality
B9 Ultracold Atoms and Related Systems
B10 Correlations in Artificial Quantum Structures
B11 Bose-Einstein Condensation and Superfluidity
B12 Many-Body Phenomena
B13 Advances in Complex Oxide Materials
Mainstream C: Various Types of Qubits
C1 Superconductor Qubits
C2 Semiconductor Qubits
C3 Cavity Quantum Electrodynamics
C4 Nano-Electromechanical Systems
C5 Coherence and Decoherence in Qubits
C6 Spin Qubits
C7 Solid-State Qubits
C8 Quantum-Dot (GaAs and Si) Qubits
C9 Photonic Qubits
C10 Trapped Ions Based Qubits
C11 Single-Atomic Qubits
C12 Quantum Error-Correction and Fault-Tolerance
C13 Fault-Tolerant Levels in Single-Qubit Fidelities
Mainstream D: Topological Quantum Physics and Materials: 
D1 Topological Insulators
D2 Dirac Semimetals and Weyl Semimetals
D3 Quantum Hall Effect
D4 Magnetic Topological Insulators
D5 Topological Quantum States
D6 Topological Heterostructures and Devices
D7 Topological Superconductors
D8 Spin Glasses and Spin Ice
D9 Topological Quantum Computation
D10 Emerging van der Waals Materials
D11 2D van der Waals Magnets
D12 Van der Waals Magnets, Kitaev Materials
D13 Magnetic Skyrmions
D14 Quantum Spin Liquids
D15 Quantum Materials for Topological Devices Based on Majorana Modes
D16 Non-Equilibrium Phenomena in Quantum Materials
D17 Spin Torque Materials
D18 Correlated Topological Matter
D19 Topological Spintronics
D20 Quantum Magnon Spintronics
Mainstream E: Other Correlated Systems: 
E1 Quantum Phenomena
E2 Near-Field Optics
E3 Quantum Biology
E4 Quantum Chemistry
E5 Quantum Algorithms
E6 Magnetism in Quantum Materials
E7 Design of Quantum Materials with Novel Functionality
E8 Physical Realizations of Quantum Systems
E9 Optical Cavities, Optical Trapping and Optical Antenna
Mainstream F: Quantum Phenomena in Advanced Energy Materials: 
F1 Organic and Inorganic Photovoltaic Systems
F2 Thermoelectrics, other Advanced Energy Generation and Storage
F3 Fuel Cells
F4 Batteries and Supercapacitors
F5 Hydrogen Generation and Storage
F6 Water Splitting and Photocatalysis
F7 Solar Fuels and Thermosolar Power
F8 Water Splitting and Photocatalysis
F9 Magnetocaloric Materials
F10 Piezoelectric Materials
Mainstream G: Advanced Quantum Technologies and Applications: 
G1 Quantum Radar, State  Engineering, Teleportation, Repeaters
G2 Quantum Spectroscopy
G3 Quantum Cryptography
G4 Quantum Simulation
G5 Quantum Communication
G6 Quantum Sensing
G7 Quantum Software
G8 Quantum Computation
G9 Quantum Information Processing
G10 Machine Learning Based on Experimental Data
G11 Machine Learning-Based  on DFT Simulations of Quantum Materials
G12 Quantum Magnetism and Magnetometry
G13 Quantum Networks
G14 Quantum Atomic Clocks
G15 Quantum Information Theory
G16 Bio-inspired Quantum Materials and Applications (Bio-Sensors, Bio-Imaging, etc.)
G17 Entanglement, Superposition, and Measurement in Quantum Systems
G18 Quantum Channels, Chaos, and Circuits
G19 Quantum Imaging
G20  Quantum Tunneling Devices with 2D Magnetic Semiconductors
G21  Semiconductor-Superconductor Hybrid Circuits-QED
G22 High-Frequency Detectors and Resonators
G23 Advances in SQUID Technology
G24 Hybrid Superconducting Devices
G25 Devices for Quantum Computation
G26 Other Miscellaneous Topics in Quantum Materials and Technologies