Реферат: Photochemically active, covalently linked electron donor–bridge–acceptor triads (DBAs) have long attracted the interest of photochemists working on solar energy storage, due to their resemblance to photosynthetic reaction centers. More recently, attention has shifted toward their potential applications in quantum information science. This is because the spin-correlated radical pairs generated through photo-induced charge separation (CS) can form spin-correlated—and potentially entangled—qubit pairs, Here DBAs offer the advantage of rational chemical design. In this talk, we will present the fundamentals of spin chemistry of DBAs in a nutshell, and briefly review the results of 15 years of collaboration between our research groups in Würzburg, Novosibirsk and Konstanz.

Библиографическая ссылка: Lambert C. , Lukzen N. , Yurkovskaya A. , Steiner U.
Spin chemistry of rigid electron-donor-bridge-acceptor triads
The 32nd International Conference on Photochemistry in Aachen 06-09 Jul 2025