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Ning Wu
School of Physics
h-index
342
Citations
10
h-index
Calculated based on number of publications stored in Pure and citations from Scopus
2012
2024
Research activity per year
Overview
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Research output
(30)
Similar Profiles
(2)
Fingerprint
Dive into the research topics where Ning Wu is active. These topic labels come from the works of this person. Together they form a unique fingerprint.
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Physics
Anisotropy
100%
Black Hole Spin-Flip
20%
Coherence
20%
Cold Atom
9%
Control Theory
18%
Critical Phenomena
18%
Degree of Freedom
6%
Dynamic Control
18%
Electric Fields
9%
Electron Spin
18%
Equation of Motion
28%
Exciton
37%
Fermion
54%
Fine Structure
18%
Gaussian Distribution
18%
Ground State
72%
Hilbert Spaces
9%
Ising Model
37%
Machine Learning
18%
Magnetic Field
50%
Magnetization Dynamics
18%
Neural Network
18%
Nuclear Magnetic Resonance
9%
Nuclear Spin
7%
Optical Lattice
18%
Optimal Control
37%
Phase Diagrams
50%
Plane Wave
23%
Quantum Computing
18%
Quantum Control
18%
Quantum Dot
65%
Quantum Simulation
28%
Random Noise
18%
Real-Time Dynamics
13%
Saturation Magnetization
9%
Spin Dynamics
15%
Spin System
28%
Superfluid
18%
Theorem
18%
Time Dependence
18%
Wave Function
9%
Engineering
Anisotropic
9%
Assuming
9%
Bloch Equation
18%
Computer Simulation
6%
Control Dynamics
6%
Control Field
18%
Correlation Length
18%
Coupling Strength
18%
Critical Point
12%
Defect Density
12%
Dependent Behavior
18%
Entanglement
13%
Explicit Expression
9%
Ground State
37%
Hamiltonian
21%
Heisenberg Box
28%
Independent Constant
9%
Initial Condition
18%
Interaction Term
18%
Ising Model
6%
Light Field
18%
Line Strength
9%
Long Term Evolution
6%
Longitudinal Magnetization
18%
Magnetic Field
9%
Nearest Neighbor
9%
Objective Function
6%
Observables
9%
One Dimensional
18%
Optimization Strategy
6%
Organic Molecule
18%
Oscillatory Behavior
9%
Perturbation Analysis
9%
Quantum Computation
6%
Qubit
18%
Realization
9%
Show Value
9%
Single Qubit
8%
Size System
6%
Speed Limit
6%
Spin Operator
18%
Superposition
18%
Thermal Effect
9%
Winding Number
18%
Chemistry
Anisotropy
6%
Antiferromagnetic
56%
Chemical Potential
18%
Drop
18%
Electric Field
9%
Electron Spin
18%
Exciton
56%
Ground State
20%
Magnetic Field
31%
Magnetic Phenomena
12%
Magnetization Dynamics
18%
Molecular Crystal
18%
Nuclear Spin
7%
Organic Molecule
18%
Phase Diagrams
9%
Polariton
18%
Polaron
18%
Relaxation
21%
Spin System
37%
