Physics & Astronomy
classifiers
82%
sampling
51%
nuclear magnetic resonance
48%
machine learning
41%
learning
40%
redundancy
38%
stochastic processes
36%
interference
35%
quantum computation
35%
baths
34%
electron paramagnetic resonance
33%
trajectories
30%
continuous radiation
28%
platforms
27%
acids
27%
estimating
27%
parity
27%
solid state
23%
cooling
20%
heat
20%
education
20%
bypasses
18%
pulses
17%
electron spin
16%
pulse amplitude
16%
spectroscopy
15%
engineering
15%
hardware
13%
finance
12%
costs
11%
nuclei
11%
polarization
10%
purity
10%
optimization
10%
discrimination
9%
random variables
9%
characteristic equations
9%
decay
8%
repetition
8%
spin dynamics
8%
simulation
8%
superhigh frequencies
8%
random walk
8%
approximation
8%
sidebands
7%
decoupling
7%
central processing units
7%
optimal control
7%
resources
7%
electrons
7%
Mathematics
Quantum Information Processing
59%
Qubit
47%
Heat Bath
47%
Nuclear Magnetic Resonance
46%
Reinforcement Learning
46%
Data Classification
45%
Random Access
42%
Cooling
39%
Quantum Circuits
36%
Classifier
34%
Decoding
33%
Electron
31%
Parity
31%
Neural Networks
28%
Learning
27%
Stochastic Processes
25%
kernel
20%
Quantum Algorithms
19%
Computational Cost
18%
Importance Sampling
17%
Quantum Error Correction
16%
Quantum Computing
15%
Neural Network Model
15%
Machine Learning
14%
Training
14%
Fidelity
12%
Quantum State
12%
Correlated Random Walk
12%
Spin Polarization
11%
Engineering
11%
Bernoulli trial
10%
Simulation
10%
Experiment
9%
Estimation Algorithms
9%
Monte Carlo Sampling
9%
Testbed
8%
Strategy
8%
Quantum Information
8%
Quantum Computer
8%
Entropy
8%
Speedup
8%
Finance
8%
Data Distribution
7%
Monte Carlo method
7%
Characteristic Function
7%
Noisy Data
7%
Binary Data
7%
Decoupling
6%
Engineering & Materials Science
Qubits
100%
Networks (circuits)
60%
Nuclear magnetic resonance
46%
Classifiers
43%
Hydrophobicity
39%
Acids
34%
Water content
32%
Random processes
32%
Electrons
30%
Reinforcement learning
30%
Electrolytes
29%
Machine learning
27%
Convolutional neural networks
27%
Decoding
26%
Membranes
25%
Error correction
25%
Polymers
22%
Quantum computers
21%
Cooling
21%
Neural networks
20%
Importance sampling
19%
Data storage equipment
18%
Water
16%
Hot Temperature
14%
Costs
14%
Ions
14%
Proton conductivity
12%
Quantum electronics
12%
Ionic conductivity
11%
Experiments
11%
Sampling
10%
Spin polarization
10%
Protons
9%
Finance
8%
Entropy
8%
Chemical properties
8%
Learning algorithms
8%
Monte Carlo methods
8%
Random variables
7%
Light polarization
7%
Probability distributions
7%
Physical properties
6%
Hamiltonians
6%
Testbeds
5%
Crystalline materials
5%
Trajectories
5%
