検索結果
2022
horizon
100%
event horizon
82%
energy
79%
evaporation
51%
geometry
37%
2021
entropy
100%
infinity
22%
horizon
22%
gravitation
17%
boundary conditions
16%
Shiina, K. ,
Mori, H. ,
Tomita, Y. ,
Lee, H. K. &
Okabe, Y. ,
2021 12月 ,
In: Scientific Reports. 11 ,
1 , 9617.
研究成果: Article › 査読
Temperature
100%
Thermodynamics
84%
Ising Model
100%
Ising model
86%
temperature
25%
normalizing
22%
Canonical Ensemble
20%
2020
energy
100%
compatibility
67%
invariance
62%
theorems
56%
Thermodynamics
100%
Machine Learning
92%
Tomita, Y. ,
Shiina, K. ,
Okabe, Y. &
Lee, H. K. ,
2020 8月 ,
In: Physical Review E. 102 ,
2 , 021302.
研究成果: Article › 査読
Quantum Monte Carlo
100%
XY Model
90%
machine learning
72%
Machine Learning
62%
Monte Carlo Simulation
49%
Quantum Phase Transition
100%
Quantum Monte Carlo
88%
Non-equilibrium
61%
Update
49%
Heisenberg Model
31%
Suzuki, T. ,
Katayama, K. ,
Watanabe, I. &
Tanaka, H. ,
2020 7月 ,
In: journal of the physical society of japan. 89 ,
7 , 074701.
研究成果: Article › 査読
muons
100%
ground state
72%
critical point
11%
valence
8%
low frequencies
8%
Heisenberg Model
100%
Metropolis Algorithm
93%
Non-equilibrium
78%
Scaling
55%
Three-dimensional
46%
energy
100%
anomalies
77%
throats
60%
invariance
44%
universe
39%
2019
bubbles
100%
naked singularities
90%
energy
76%
vacuum
41%
energy conservation
100%
vacuum
55%
detectors
48%
acceleration (physics)
12%
tangents
11%
Spin Glass
100%
Glass Transition
92%
spin glass
74%
Strategy
51%
Replica
48%
throats
100%
energy
47%
entropy
39%
half spaces
28%
topology
23%
2018
horizon
100%
strings
58%
specific heat
26%
perturbation
22%
expansion
21%
Non-equilibrium
100%
Ising Model
95%
Flip
94%
Ising model
82%
critical point
49%
Wavelet Analysis
100%
Potts Model
99%
Entanglement
97%
Model Analysis
96%
wavelet analysis
90%
vacuum
100%
detectors
87%
scalars
38%
relativistic effects
29%
monopoles
27%
Suzuki, T. ,
Katayama, K. ,
Kawasaki, I. ,
Watanabe, I. &
Tanaka, H. ,
2018 ,
In: journal of the physical society of japan. 87 ,
7 , 074708.
研究成果: Article › 査読
muons
100%
critical point
99%
transition temperature
17%
asymmetry
17%
valence
16%
supersymmetry
100%
supergravity
53%
horizon
50%
fermions
41%
gravitation
38%
Ishikawa, R. ,
Tsunakawa, H. ,
Oinuma, K. ,
Michimura, S. ,
Taniguchi, H. ,
Satoh, K. ,
Ishii, Y. &
Okamoto, H. ,
2018 ,
In: journal of the physical society of japan. 87 ,
6 , 064701.
研究成果: Article › 査読
retraining
100%
interactions
40%
magnetic fields
14%
magnetization
14%
moments
10%
2017
horizon
100%
tensors
76%
event horizon
61%
energy
29%
angular momentum
20%
Heterostructures
100%
Triangular Lattice
76%
Ising
73%
crossovers
52%
transition points
31%
Ising Model
100%
Ising model
99%
Autocorrelation Function
92%
Dilution
68%
Autocorrelation
66%
supersymmetry
100%
supergravity
53%
horizon
50%
fermions
41%
gravitation
38%
2016
inference
100%
Numerical Simulation
67%
Spin Glass
61%
spin glass
45%
Glass Transition
38%
superfluidity
100%
saddles
23%
decoupling
20%
approximation
10%
Heisenberg Model
100%
Non-equilibrium
78%
3D Model
61%
exponents
49%
Critical Exponents
46%
Long-range Interactions
100%
Droplet
91%
One-dimensional Model
82%
Ising Model
80%
Ising model
69%
Uehara, T. ,
Ito, M. ,
Angel, J. ,
Shimada, J. ,
Komakine, N. ,
Tsuchiya, T. ,
Taniguchi, H. ,
Satoh, K. ,
Triyana, K. ,
Ishii, Y. &
Watanabe, I. ,
2016 2月 15 ,
In: journal of the physical society of japan. 85 ,
2 , e024710.
研究成果: Article › 査読
muon spin rotation
100%
magnetization
47%
muons
16%
nuclear magnetic resonance
14%
transition temperature
14%
supergravity
100%
curvature
72%
2015
theorems
100%
tubes
42%
string theory
31%
constrictions
26%
causes
18%
scalars
100%
boundary conditions
39%
hair
32%
geometry
31%
infinity
27%
First-order Phase Transition
100%
Non-equilibrium
74%
Phase Transition
52%
Potts Model
39%
XY Model
32%
Ninomiya, K. ,
Kubo, M. K. ,
Nagatomo, T. ,
Higemoto, W. ,
Ito, T. U. ,
Kawamura, N. ,
Strasser, P. ,
Shimomura, K. ,
Miyake, Y. ,
Suzuki, T. ,
Kobayashi, Y. ,
Sakamoto, S. ,
Shinohara, A. &
Saito, T. ,
2015 5月 5 ,
In: Analytical Chemistry. 87 ,
9 ,
p. 4597-4600 4 p. 研究成果: Article › 査読
Depth Profiling
100%
Muon
63%
Chemical Element
61%
Elemental Analysis
57%
X-Ray
48%
spin glass
100%
simulation
55%
glass transition temperature
46%
scaling
34%
2014
horizon
100%
invariance
75%
momentum
70%
symmetry
58%
rigidity
20%
Tanabe, Y. ,
Adachi, T. ,
Suzuki, K. M. ,
Akoshima, M. ,
Heguri, S. ,
Kawamata, T. ,
Ishii, Y. ,
Suzuki, T. ,
Watanabe, I. &
Koike, Y. ,
2014 7月 15 ,
In: journal of the physical society of japan. 83 ,
7 , 074707.
研究成果: Article › 査読
muons
100%
inhomogeneity
92%
magnetic fields
54%
transition temperature
43%
temperature
32%
Suzuki, T. ,
Guo, H. ,
Kawasaki, I. ,
Watanabe, I. ,
Goto, T. ,
Katayama, K. &
Tanaka, H. ,
2014 8月 15 ,
In: journal of the physical society of japan. 83 ,
8 , 084703.
研究成果: Article › 査読
muons
100%
glass
63%
indication
12%
condensation
12%
relaxation time
10%
Spin glass
100%
spin glass
60%
Curie-Weiss Temperature
51%
Disorder
50%
Electron Spin
49%
Finite-size Scaling
100%
Correlation Length
92%
Critical Behavior
85%
Spin Systems
85%
Continuous System
72%
Koga, J. I. ,
Maeda, K. &
Tomoda, K. ,
2014 5月 14 ,
In: Physical Review D - Particles, Fields, Gravitation and Cosmology. 89 ,
10 , 104024.
研究成果: Article › 査読
anisotropy
100%
critical temperature
93%
scalars
37%
estimates
30%
frustration
100%
integers
43%
interactions
35%
causes
27%
simulation
17%
horizon
100%
momentum
70%
rigidity
52%
theorems
42%
degrees of freedom
40%
2013
Hiroi, M. ,
Hisamatsu, T. ,
Suzuki, T. ,
Ohishi, K. ,
Ishii, Y. &
Watanabe, I. ,
2013 7月 12 ,
In: Physical Review B - Condensed Matter and Materials Physics. 88 ,
2 , 024409.
研究成果: Article › 査読
Spin glass
100%
Muon
93%
Freezing
64%
spin glass
60%
freezing
59%
dipoles
100%
dipole moments
61%
disorders
52%
retarding
51%
anisotropy
43%
Kumano, Y. ,
Hukushima, K. ,
Tomita, Y. &
Oshikawa, M. ,
2013 9月 30 ,
In: Physical Review B - Condensed Matter and Materials Physics. 88 ,
10 , 104427.
研究成果: Article › 査読
Helicity
100%
clocks
81%
Clocks
68%
symmetry
47%
geometry
100%
probes
35%
gravitons
35%
invariance
27%
perturbation
19%
momentum
100%
entropy
69%
Wentzel-Kramer-Brillouin method
63%
irreversible processes
62%
perturbation
32%