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A chance to explore the recent advances in the study of hydrogen molecular ions. [The Royal Society] <http://newsletters.royalsociety.org/c/19fL8ZTSJgfp5K607mMwsUK> [https://royalsociety.org/images/Redesign2015/RSSocialShare.jpg]<http://newsletters.royalsociety.org/c/19fL8ZTSJgfp5K607mMwsUK> Welcome | Royal Society<http://newsletters.royalsociety.org/c/19fL8ZTSJgfp5K607mMwsUK> newsletters.royalsociety.org The world's oldest independent scientific academy, dedicated to promoting excellence in science. [http://newsletters.royalsociety.org/i/amf_royal_society/project_330/PIA21033_hires_600x300.jpg?size=0x0&w=B9dSkYPLIGmORQnUcwkL54wdZ4pA]<http://newsletters.royalsociety.org/c/19fLb5Mu18EEoQQRXcROvD6> Advances in Hydrogen Molecular Ions: H3+,H5+ and beyond<http://newsletters.royalsociety.org/c/19fLc8IMF4Rh3peiS7UswZh> SCIENTIFIC MEETING Date: 21 – 22 January 2019 Location: The Royal Society, London<http://newsletters.royalsociety.org/c/19fLdbF5j13THXBJN2X6yls> Dear Professor Tennyson Scientific discussion meeting organised by Professor Jonathan Tennyson FRS, Professor Benjamin McCall, Professor Steven Miller Registration is now open for our upcoming Advances in Hydrogen Molecular Ions: H3+, H5+ and beyond<http://newsletters.royalsociety.org/c/19fLeeBnWXgwmvZaHXZKzHD> discussion meeting. This meeting will highlight recent developments in theoretical, laboratory and astronomical studies of the molecular ion H3+and its hydrogenated cousin H5+. These developments include the first models of H5+, high-resolution studies of H3+deuterated isotopologues, ultra-cold chemistry studies, new chemical models of the Galactic Centre, and data from the space missions Cassini (Saturn) and JUNO (Jupiter). Attending the event * Free to attend * Registration essential Please visit the meeting webpage<http://newsletters.royalsociety.org/c/19fLfhxGATt914mBCT2oB3O> to view the current meeting programme and to register. Please forward to interested students and colleagues. Register Now<http://newsletters.royalsociety.org/c/19fLgktZePFLFCK2xO52CpZ> Image description: Jupiter’s southern aurora in the light of H3+ by the JUNO infrared imager Image credit: NASA/JPL-Caltech/SwRI/ASI/INAF/JIRAM [The Royal Society logo]<http://newsletters.royalsociety.org/c/19fLhnqhSLSokb7tsJ7GDMa> [Facebook]<http://newsletters.royalsociety.org/c/19fLiqmAwI50YJuUnEakF8l> [Twitter] <http://newsletters.royalsociety.org/c/19fLjtiTaEhDDhSlizcYGuw> View this email online<http://newsletters.royalsociety.org/q/122M2gaPfpAuvUsCJDnM/wv> Add us to your address book<http://newsletters.royalsociety.org/n/12bptFQWJuNaJY> Unsubscribe<http://newsletters.royalsociety.org/u/1ZPJCeCCL274ZxA5C1B> Privacy policy<http://newsletters.royalsociety.org/c/19fLkwfbOAughQfMdufCHQH> Copyright © The Royal Society, 6-9 Carlton House Terrace, London SW1Y 5AG, Registered Charity No 207043 [http://newsletters.royalsociety.org/t/12bptFQWJuNaJY.png] [https://t.msgf.net/r/12bptFQWJuNaJY.png] To join or leave the molecular-dynamics-news email list, go to: http://www.jiscmail.ac.uk/lists/molecular-dynamics-news.html