Exponential and nonexponential localization of the one-dimensional periodically kicked rydberg atom

We investigate the quantum localization of the one-dimensional Rydberg atom subject to a unidirectional periodic train of impulses. For high frequencies of the train the classical system becomes chaotic and leads to fast ionization. By contrast, the quantum system is found to be remarkably stable. We identify for this system the coexistence of different localization mechanisms associated with resonant and nonresonant diffusion. We find for the suppression of nonresonant diffusion an exponential localization whose localization length can be related to the classical dynamics in terms of the ''scars'' of the unstable periodic orbits. We show that the localization length is determined by the energy excursion along the periodic orbits. The suppression of resonant diffusion along the sequence of photonic peaks is found to be nonexponential due to the presence of high harmonics in the driving force

Promotion of regional bioenergy initiatives in Poland, Romania and Slovakia Final Report

This publication is printed in English, Polish, Romanian and Slovak languages. English language hardcopies you can order from the Natural Resources Institute Finland (Luke). The contact person is Mr. Pasi Poikonen and his e-mail address is pasi.poikonen at luke.fi. Slovak language hardcopies you can order from the Slovak University of Agriculture. The contact person is Mr. Pavol Otepka (pavol.otepka at uniag.sk). Polish language version hardcopies are available in the Polish partner premises in Warsaw and the contact person is Ms. Karolina Loth-Babut (kloth at kape.gov.pl). Romanian language version hardcopies are available in the Romanian partners´ premises and the contact persons are Ms. Adriana Milandru (ISPE) (adriana.milandru at ispe.ro) and Mr. Marius Duca (ADR Centru) (marius.duca at adrcentru.ro).PromoBio project (Promotion of Regional Bioenergy Initiatives – IEE/10/470/SI2.593725) supported by the European Commission under the Intelligent Energy Europe Programme.The Final Report contains 62 pages, 36 figures and 8 tables. It consists of the following chapters: 1. PromoBio Project framework 2. State-of-the-art bioenergy sectors in the target countries 3. Bioenergy initiatives in target countries 4. Conclusions and recommendations for transfer of experience