May 8, 2026Journal of the American Chemical Society0 citationsOpen Access
How Spin Conductive are Oligo(p-phenylenes) in Trityl-Based Biradicals
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Key Points
- This research investigates the spin coherence properties of oligo(p-phenylenes) in trityl-based biradicals.
- Measured spin coherence times in solution state at room temperature.
- Analyzed the modular bridge design of bistrityl systems.
- Assessed implications for quantum information technology applications.
- Oligo(p-phenylenes) exhibited spin coherence of 1.2 μs at room temperature.
- Bistrityl systems show promise for enhancing quantum information technology.
- Long coherence times indicate potential for future quantum applications.
Abstract
= 3 - 5 exhibit spin coherence of 1.2 μs at room temperature in the solution state. These long coherence times, combined with the modular bridge design, position bistrityl systems as promising candidates for applications in quantum information technology.
Cite This Study
Kopp et al. (2026) studied this question.