Abstract Academic spin-offs (ASOs) are companies with a strong international vocation for two main reasons: first, they market their products and services in global niches to profit from high investment R&D, characteristic of the sectors which ASOs operate; second, as consequence training experience networks that founding academic entrepreneurs these tend enjoy, derived scientific activity....

Time-resolved electron paramagnetic resonance studies show that the primary mechanism of triplet formation following photoexcitation of julolidine-anthracene molecules linked by a single bond and having perpendicular pi systems is a spin-orbit, charge-transfer intersystem crossing mechanism (SOCT-ISC). This mechanism depends on the degree of charge transfer from julolidine to anthracene, the di...

The phenomenon of Spin-Charge separation in non-Fermi liquids is well understood only in certain solvable d = 1 fermionic systems. In this paper we furnish the first example of asymptotic Spin-Charge separation in a d = 1 non solvable model. This goal is achieved using Renormalization Group approach combined with Ward-Identities and Schwinger-Dyson equations, corrected by the presence of a band...

Due to the novelty of their technology base and multiple goals pursued by entrepreneurial teams, academic spin-offs (ASOs) suffer information asymmetries with investors that impair ability raise finance. In line signaling theory, we expect observable features an ASO can mitigate such asymmetries, especially in conditions higher uncertainty about venture. We put forward a larger share capital ow...