{"id":11373,"date":"2019-02-25T16:54:24","date_gmt":"2019-02-25T13:54:24","guid":{"rendered":"http:\/\/www.inasan.ru\/?page_id=11373"},"modified":"2022-03-24T16:59:11","modified_gmt":"2022-03-24T13:59:11","slug":"symposium_2019","status":"publish","type":"page","link":"http:\/\/www.inasan.ru\/en\/scientific_activities\/conferences\/symposium_2019\/","title":{"rendered":"Symposium \u201cThe Periodic Table Through Space and Time\u2019\u2019"},"content":{"rendered":"
Symposium<\/strong>
\nThe Periodic Table Through Space and Time<\/strong>
\n(10 \u2013 13 September, 2019, St. Petersburg)<\/strong><\/h6>\n

 <\/p>\n

The 2019 year is claimed as the International Year of the Periodic Table of Chemical Elements. This initiative was supported by many international organizations, including the International Astronomical Union (IAU). In September 9-13 of 2019, Saint-Petersburg (Russia) hosts the XXI Jubilee Mendeleev Congress on General and Applied Chemistry (http:\/\/mendeleev2019.ru\/index.php\/en\/<\/a>).
\nDuring this Congress, in Sept. 10-13 of 2019, we hold the Symposium \u201cThe Periodic Table Through Space and Time\u2019\u2019.<\/p>\n

The basic law of the Universe is that it is constantly changing.These changes have been going on for almost 13.8 billion years. All the properties of the Universe: structural, thermal, ionization and, of course, chemical, were and are evolving. In the first few minutes during the Big Bang nucleosynthesis the first chemical elements appeared in the Universe: hydrogen and helium with a very small admixture of lithium. To compile the first Periodic Table only few cells would suffice but cosmologists are interested in this table, since the abundance of these very first chemical elements is a critical test of cosmological theories.
\nIn about a hundred of millions of years, when the first stars have appeared, the process of nuclear fusion began in their bowels and as a result we got such an amazing variety of chemical elements. Part of this wealth is forever buried in the depths of extinct stars, but a significant fraction was expelled into space as a result of mass loss by stars and in grandiose stellar explosions. These elements came into interstellar matter (gas and dust), which new stars and planets were formed out. Astrophysicists use very sophisticated observational and theoretical techniques to understand what chemical elements the stars and the interstellar matter are composed of and how the great cycle of chemical production and exchange is working in space. The Periodic Table helps them very much. Now it contains 118 elements. Eighty stable elements and four radioactive elements are considered primordial, i.e. of space origin. The remaining 34 were discovered after they were produced synthetically.
\nThe variety of chemical elements has caused the development of various processes of formation and destruction of compounds of chemical elements. i.\u0435. molecules. One of the most important results of the chemical evolution (for us, not for the Universe itself) was the appearance of living beings that are trying to understand how it all happened. Astrochemists are studying the cosmic sources of the origin of about 200 molecules (and 400 molecular isotopologues) observed in space, including the most important organic compounds and very complex chemical processes in space. Ultimately, to understand the origin of life, this knowledge can be decisive.
\nAt this Symposium leading cosmologists, astrophysicists and astrochemists are to define the current state of the issues presented above and exchange in new ideas and prospects. Celebration of 150-th anniversary years of the Periodic Table of chemical elements is a very important step in scientific progress that will never stop.<\/p>\n

Main topics of the Symposium are:<\/strong>
\n– Big Bang and stellar nucleosynthesis
\n– Chemical evolution of the Universe: observations and models
\n– Astrochemistry
\n– Elemental abundances: a key to stellar physics<\/p>\n

Keynote speakers<\/strong>
\nCorinne Charbonnel (Switzerland)
\nCristina Chiappini (Germany)
\nAlain Coc (France)
\nLeen Decin (Belgium)<\/p>\n

Invited speakers<\/strong>
\nPiercarlo Bonifacio (France)
\nMaria Drozdovskaya (Switzerland)
\nAmanda Karakas (Australia)
\nChiaki Kobayashi (UK)
\nMarco Limongi (Italy)
\nLyudmila Mashonkina (Russia)
\nKen’ichi Nomoto (Japan)
\nMasatoshi Ohishi (Japan)
\nIgor Panov (Russia)
\nNikos Prantzos (France)
\nNorbert Przybilla (Austria)
\nStephan Rosswog (Sweden)
\nValery Shematovich (Russia)
\nGrazina Tautvaisiene (Lithuania)
\nSophie Van Eck (Belgium)
\nAnton Vasyunin (Russia)
\nHong-Liang Yan (China)<\/p>\n

Scientific Organizing Committee:<\/strong><\/p>\n

Ewine van DISHOECK (The Netherlands, Co-Chair)
\nBoris SHUSTOV (Russia, Co-Chair )
\nLyudmila MASHONKINA (Russia, Scientific Secretary)
\nSergey BLINNIKOV(Russia)
\nJohn COWAN (USA)
\nCharles COWLEY (USA)
\nAlexander DOLGOV(Russia)
\nNicolas GREVESSE (Belgium)
\nJohn LANDSTREET (Canada)
\nAlexander LUTOVINOV (Russia)
\nKen’ichi NOMOTO (Japan)
\nNikos PRANTZOS (France)
\nFriedrich-Karl THIELEMANN (Switzerland)
\nDmitry WIEBE (Russia)
\nGang ZHAO (China)<\/p>\n

The online registration and abstracts submission is now OPENED!<\/strong><\/p>\n

The guidelines and abstract template can be found on the Congress website page:<\/p>\n

http:\/\/mendeleev2019.ru\/index.php\/en\/abstracts<\/a><\/p>\n

Please note that timely registration is essential to ensure that visa formalities can be completed in due time.<\/p>\n

For questions related to the Symposium, you may contact with us via e-mail: mendeleev150@inasan.ru<\/p>\n

FIRST ANNOUNCEMENT<\/strong><\/a><\/p>\n

SECOND ANNOUNCEMENT<\/strong><\/a><\/p>\n

3rd ANNOUNCEMENT<\/strong><\/a><\/p>\n

Time-plan of Symposium \u201cThe Periodic Table through Space and Time\u201d<\/strong><\/a><\/p>\n

Program<\/a><\/strong><\/p>\n

\n

PRESENTATIONS<\/strong><\/p>\n

Plenary talk<\/strong><\/p>\n

Ewine F. van Dishoeck, Origin of elements and chemistry in outer space<\/a><\/p>\n

Keynote talks<\/strong><\/p>\n

Leen <\/em>Decin<\/em>, We are made of stardust – \u00a0Evolved stars govern the periodic table of Mendeleev<\/a><\/p>\n

Alain Coc<\/em>, Big Bang nucleosynthesis<\/a><\/p>\n

Corinne Charbonnel<\/em>, The chemical peculiarities of multiple stellar populations in globular clusters : Constraints from\/for nuclear astrophysics<\/a><\/p>\n

Invited talks<\/strong><\/p>\n

Masatoshi Ohishi<\/em>, Astrochemistry towards Seeds of Life<\/a><\/p>\n

Maria Drozdovskaya<\/em>, Ingredients for Solar-like Systems<\/a><\/p>\n

Anton Vasyunin<\/em>, Complex Organic Molecules as Companions of Forming Stars<\/a><\/p>\n

Ken’ichi Nomoto<\/em>, Supernova Explosions of First Stars and their Nucleosynthesis<\/a><\/p>\n

Marco Limongi<\/em>, Massive stars: evolution, explosion and nucleosynthesis<\/a><\/p>\n

Igor Panov<\/em>, Nucleosynthesis of heavy elements in extremely neutron-rich environments<\/a><\/p>\n

Lyudmila Mashonkina<\/em>, NLTE spectroscopy of metal-poor stars<\/a><\/p>\n

Nikos Prantzos<\/em>, On the impact of stellar rotation on the chemical evolution of the Milky Way thin and thick disks<\/a><\/p>\n

Sophie Van Eck<\/em>, Binary stars as fossiles of past nucleosynthesis<\/a><\/p>\n

Norbert Przybilla<\/em>, Elemental abundances from massive stars: the present-day chemical composition of the local Milky Way<\/a><\/p>\n

Contributed talks<\/strong><\/p>\n

Pavel Medvedev<\/em>, Elemental abundances in the hot intra-cluster medium<\/a><\/p>\n

Tamara Molyarova, <\/em>Astrochemical modelling of C\/O ratio in protoplanetary disks<\/a><\/p>\n

Denis Sabirov<\/em>, Isomeric carbon-containing compounds of interstellar medium: structure, energy, and polarizability<\/a><\/p>\n

Igor Zinchenko<\/em>, A survey of deuterated molecules in regions of high mass star formation<\/a><\/p>\n

Francesco Fontani<\/em>, Investigating the interstellar chemistry of phosphorus, the missing pre-biotic element<\/a><\/p>\n

Dmitry Wiebe<\/em>, Simulations of merged H\/H2 and C+\/C\/CO transitions in the Orion Bar<\/a><\/p>\n

Aleksandr Nesterenok<\/em>, Chemical evolution in C-type shock waves<\/a><\/p>\n

Pierre Hily-Blant<\/em>, The elusive origin of nitrogen in planetary systems<\/a><\/p>\n

Yudong Luo<\/em>, Inhomogeneous primordial magnetic field and its impact on Big Bang nucleosynthesis\u00a0<\/a><\/p>\n

Andrey Yudin<\/em>, Light nuclear clusters in supernova matter<\/a><\/p>\n

Andreas Koch<\/em>, Probing the periodic table in the outer halo<\/a><\/p>\n

Boris Shustov, <\/em>How the Periodic Table travels from galaxies to voids<\/a><\/p>\n

Evgeny Vasiliev<\/em>, Launching of hot gas outflow by disc-wide supernova explosions<\/a><\/p>\n

Tatiana Ryabchikova<\/em>, Lanthanides in stellar atmospheres<\/a><\/p>\n

Chris Ravindran Arumainayagam<\/em>, Cosmic chemistry: photochemistry vs. radiation chemistry<\/a><\/p>\n","protected":false},"excerpt":{"rendered":"

Symposium The Periodic Table Through Space and Time (10 \u2013 13 September, 2019, St. Petersburg)   The 2019 year is claimed as the International Year of the Periodic Table of Chemical Elements. This initiative was supported by many international organizations, including the International Astronomical Union (IAU). In September 9-13 of 2019, Saint-Petersburg (Russia) hosts the<\/p>\n

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