Gaussian, Inc.
The low-lying electronic states and ultrafast relaxation dynamics of the monomers and J-aggregates of meso-tetrakis(4-sulfonatophenyl)-porphyrins:An experimental and theoretical study of UV absorption and emission of two species of meso-tetrakis(4-sulfonatophenyl)-porphyrins (TSPP), compounds which are key components of solar cells. The TD-DFT calculations revealed an infrared absorption at 1900 cm-1 for the singlet and triplet excited states that is absent in the ground state, allowing it to se
Basic Information
- Category: business
- Website: https://gaussian.com/
Documented Facts
- Inception (Wikidata): 1987 (Source 2: Wikidata Q113558474, revision 2509972722)
- Headquarters location (Wikidata; date unspecified): Wallingford (Source 2: Wikidata Q113558474, revision 2509972722; Source 3: Wikidata label: Q755745, revision 2545565613)
- Country (Wikidata; date unspecified): United States (Source 2: Wikidata Q113558474, revision 2509972722; Source 4: Wikidata label: Q30, revision 2556188301)
Evidence and Sources
- Gaussian, Inc. — Official Website (official)
- Wikidata Q113558474, revision 2509972722 (knowledge-base)
- Wikidata label: Q755745, revision 2545565613 (knowledge-base)
- Wikidata label: Q30, revision 2556188301 (knowledge-base)
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- Data status: Enriched
- Profile completeness: Source-backed profile (91/100)
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- Recorded profile date: 2026-04-22
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AI summary
The low-lying electronic states and ultrafast relaxation dynamics of the monomers and J-aggregates of meso-tetrakis(4-sulfonatophenyl)-porphyrins:An experimental and theoretical study of UV absorption and emission of two species of meso-tetrakis(4-sulfonatophenyl)-porphyrins (TSPP), compounds which are key components of solar cells. The TD-DFT calculations revealed an infrared absorption at 1900 cm-1 for the singlet and triplet excited states that is absent in the ground state, allowing it to se
Available profile information
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- 1 official source linked for verification.
- 3 supporting sources linked.
- 3 structured facts available for extraction.
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