AD Scientific Index (Alper-Doger Scientific Index) offers the broadest spectrum of branches, providing analysis in 13 main fields and 197 sub-branches at global, national, and regional levels. These analyses can be based on indicators such as the H-index, i10-index, and citation count, as well as their values from the last 6 years. As of Oct 19, 2024, rankings are according to the Total H Index. BETA VERSION: The subject field rankings for the world, regions, countries, and universities are currently in beta. This is due to the exclusion of (931.668) scientists categorized under 'others,' whose profiles cannot yet be determined, edited, or classified. As these fields are updated, the rankings will adjust accordingly. Please keep this in mind. See Also: [University Subject Rankings]
* Total H IndexRankings
Ranking Based On Selection
:1
Quantum information - quantum optics - engineered quantum systems - quantum computation - quantum
Metrics
H-Index
i10 Index
Citation Counts
76
257
30,372
* Total H IndexRankings
Ranking Based On Selection
:2
Category Theory
Quantum Computation
Metrics
H-Index
i10 Index
Citation Counts
10
10
410
* Total H IndexRankings
Ranking Based On Selection
:3
Quantum Optics
Metrics
H-Index
i10 Index
Citation Counts
8
8
324
* Total H IndexRankings
Ranking Based On Selection
:4
Quantum Information Processing
Quantum Error Correction
Fault Tolerant Quantum Computing
Metrics
H-Index
i10 Index
Citation Counts
3
1
146
William John Munro|Bill Munro
National Institute of Informatics, Japan
Chiyoda City, Japan
Metrics
H-Index
i10-Index
Citation Counts
76
257
30,372
Quantum information - quantum optics - engineered quantum systems - quantum computation - quantum
Kenta Cho
National Institute of Informatics, Japan
Chiyoda City, Japan
Metrics
H-Index
i10-Index
Citation Counts
10
10
410
Josephine Dias
Metrics
H-Index
i10-Index
Citation Counts
8
8
324
Shin Nishio
National Institute of Informatics, Japan
Chiyoda City, Japan
Metrics
H-Index
i10-Index
Citation Counts
3
1
146
Quantum Information Processing
Quantum Error Correction
Fault Tolerant Quantum Computing