Conspectus Preparing and manipulating pure magnetic states in molecular systems are the
key initial requirements for harnessing the power of synthetic chemistry to drive practical …

DOI: 10.1002/adma. 201405946 high photoexcitation intensity can lead to room-temperature
magneto-photoluminescence and magneto-photocurrent with negative and positive signs …

Harnessing the spin degree of freedom in semiconductors is generally a challenging, yet
rewarding task. In recent years, the large effect of a small magnetic field on the current in …

The main route of charge photogeneration in efficient organic photovoltaic cells based on
bulk hetero-junction donor–acceptor blends involves short-lived charge-transfer excitons at …

A model for magnetoresistance in positionally disordered organic materials is presented and
solved using percolation theory. The model describes the effects of spin dynamics on …

Optically generated molecular spin centers offer an attractive platform for room-temperature
spintronic and quantum applications. The linear acene family of molecules are especially …

This paper provides a brief review of recent progress regarding the magnetoresistive effect
observed in organic semiconductors (OMAR). While the physical phenomena associated …

Triplet fusion (TF) and singlet fission (SF) are two important spin-coupled exciton
interactions that occur in rubrene-based organic light-emitting diodes (OLEDs). TF produces …

A recently introduced percolative theory of unipolar organic magnetoresistance is
generalized by treating the hyperfine interaction semiclassically for an arbitrary hopping …

We report the bi‐polaron transport and magnetic field induced Pauli spin‐blockade in solid‐
state molecular junctions (MJs) evidenced by a positive magnetoresistance (MR). The …