Photonic crystals is an area of academic research focusing on periodic optical nanostructures that control the propagation of electromagnetic waves, particularly light. Characterized by the presence of photonic band gaps where light propagation is forbidden across a range of frequencies, this concept is significant for enabling novel light manipulation phenomena and the development of integrated photonic devices for various applications.
9.2K
Publications
569.2K
Citations
18.7K
Authors
2.7K
Institutions
Publications per year
2017–2026
1.8K
Publications
9.2K
Research papers and scholarly works on Photonic Crystals.
| Year | Citations | |
|---|---|---|
2003 | 3.8K | |
1997 | 3.1K | |
1996 | 2.9K | |
1997 | 2.8K | |
2008 | 2.7K |
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Authors
18.7K
Leading researchers in Photonic Crystals. Counts cover only their work on this concept, not their overall record.
| Publications | Citations | H-Index | |
|---|---|---|---|
JD Massachusetts Institute of Technology | 111 | 25.1K | 69 |
SN Kyoto University | 159 | 18.5K | 61 |
SF Stanford University | 111 | 20K | 61 |
TF University of St Andrews | 123 | 11.9K | 58 |
MN NTT Basic Research Laboratories | 67 | 11.4K | 47 |
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Institutions
2.7K
Leading universities and research organizations in Photonic Crystals. Counts cover only their work on this concept, not their overall record.
| Publications | Citations | H-Index | |
|---|---|---|---|
 Cambridge, United States | 757 | 135.2K | 90 |
 Stanford, United States | 433 | 40K | 65 |
 Kyoto, Japan | 651 | 73.3K | 64 |
 Paris, France | 1.4K | 59.5K | 63 |
 Toronto, Canada | 402 | 56.7K | 62 |
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Venues
Leading journals and conferences in Photonic Crystals. Counts cover only their publications on this concept, not their overall record.
| Publications | Citations | H-Index | |
|---|---|---|---|
936 | 57.6K | 119 | |
896 | 52K | 111 | |
182 | 37.3K | 95 | |
213 | 25.5K | 83 | |
141 | 19.2K | 76 |
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