%0 Electronic article %A Beck, Valeri %T Predictions of planets for 586 exosystems and a method for predicting planets in multi-planetary exosystems %R 10.23689/fidgeo-3203 %X We have applied a model of planetary system formation in the field of a standing sound wave (the ‘SSW-Model’) to the prediction of planets in 586 multi-planetary exosystems (384 biplanetary, 127 tri-planetary and 75 exosystems with four or more confirmed planets). We have verified our predictions using transit-like events from the NASA Threshold-Crossing Event (TCE) catalogue, finding that more than 80% of these events are included in our list of exoplanet predictions. We describe a method for predicting the periods and semi-major axes of additional planets for exosystems with two or more confirmed planets. Our method can significantly facilitate targeted searches for planets in exosystems, enabling the detection of many new exoplanets, including those located in the habitable zones. %U http://resolver.sub.uni-goettingen.de/purl?gldocs-11858/7523 %~ FID GEO-LEO e-docs