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In recent years a growing number of databases has been developed to provide repositories for scattering cross sections and reaction rates for collision processes of electrons and heavy particles with atoms and molecules. A recent example with a focus on plasma processing is the openaccess website LXcat (pronounced “elecscat”) by Pitchford et al. [1] within the Plasma Data Exchange Project. LXcat is a collection of currently 22 databases. Another recent exmample is the Quantemol database (QDB) by Tennyson et al. [2]. Two databases with a focus on astrochemistry are the Phys4Entry database by Celiberto et al. [3] and the KInetic Database for Astrochemistry (KIDA) by Wakelam et al. [4]. Several databases with a focus on interactions of ions, electrons, positrons and photons with biomolecular systems are organised in the RADAM (RADiation DAMage) database portal (see e.g. Denifl et al. [5]). The RADAM roadmap [5] is suggesting the creation of a database for positron interactions with biomolecular systems. However, collections of data for collision processes of positrons with atoms and molecules are mainly presented in review articles, but not in databases, see e.g. Surko et al. [6], Danielson et al. [7] and Brunger et al. [8]. The purpose of this paper is to present the POCOBIO database for positron collisions with biomolecular systems. The POCOBIO database will only contain theoretical cross section data from calculations. It will not contain any experimental data This allows to have a consistent set of data. The database should fulfill several purposes:

The POCOBIO Database for Computed Scattering Cross-Sections for Positron Collisions with Biomolecular Systems