Figure 1.2
Nature in photosynthesis does not use an imprinted potential barrier for charge separation during water splitting but generates perfectly rectified electron transfer via a singlet–triplet transition in the excited radical pair facilitated by simultaneous nuclear spin polarisation (left). Electron transfers of this type, which considers polarisation and feedback of the environment leading to an activated, dissipative complex, is not accessible via Marcus theory (right).

Nature in photosynthesis does not use an imprinted potential barrier for charge separation during water splitting but generates perfectly rectified electron transfer via a singlet–triplet transition in the excited radical pair facilitated by simultaneous nuclear spin polarisation (left). Electron transfers of this type, which considers polarisation and feedback of the environment leading to an activated, dissipative complex, is not accessible via Marcus theory (right).

Close Modal

or Create an Account

Close Modal
Close Modal