Celestial Mechanics and Dynamical Astronomy Seminar Series

Celestial Mechanics and Dynamical Astronomy Seminar Series

Springer Nature

Celestial Mechanics and Dynamical Astronomy

This series of webinars consists of a selection of high-quality talks on cutting-edge problems in celestial mechanics and dynamical astronomy. Each seminar will present a recent paper accepted for publication in Celestial Mechanics and Dynamical Astronomy as being particularly innovative and/or having had significant recent impact. The speakers are selected by a committee formed by editors of the journal.

Our goal is to have a continuous exchange of knowledge within the community of scientists working in the field and, at the same time, to explore new forms of communication in journal publishing. Participants will have the opportunity to ask questions and to make suggestions directly to the authors. Hopefully, the webinars will foster new collaborations and new perspectives in the field.

Subscribe to this series for access to the live events and for updates on upcoming webinars!

Speakers
Community
Tudor Vartolomei
Dr. Mara Volpi
Dr. Edoardo Legnaro
Prof. Marian Gidea
Dr. Jérémy Couturier
Mattia Rossi
Dr Di Wu
Prof. Giovanni F. Gronchi
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Dr. Eduard Kuznetsov
Dr. Sara Di Ruzza
Dr Chrisphin Karthick
Wail Boumchita
Michelangelo Ambrosini
Dr. Gianmario Merisio
Claudio Toquinho Campana
Dr Marie Yseboodt
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Celestial Mechanics and Dynamical Astronomy
Celestial Mechanics and Dynamical Astronomy
Springer Nature Astronomy

November 2025

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Exploring the potential of neural networks in early detection of potentially hazardous near-earth objects , A universal approach for solving the multi-revolution Lambert’s problem
Fri @ 2pm
Keynote
University of Pisa
University of Trento
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Exploring the potential of neural networks in early detection of potentially hazardous near-earth objects

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Vanessa Vichi
University of Pisa and University of Trento

A universal approach for solving the multi-revolution Lambert’s problem

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Manoranjan Majji
Texas A&M University
Dr. James McElreath
James McElreath
Texas A&M University
Friday, November 14, 2025 2:00 PM (UTC)
View session
RSVP to seminar

Published seminars

Browse by year
Studying network of symmetric periodic orbit families of the Hill problem via symplectic invariants, Extension of the creep tide theory to exoplanet systems with high stellar obliquityStudying network of symmetric periodic orbit families of the Hill problem via symplectic invariants, Extension of the creep tide theory to exoplanet systems with high stellar obliquity
Sep 12
Keynote
Technion – Israel Institute of Technology
Heidelberg University
Studying network of symmetric periodic orbit families of the Hill problem via symplectic invariants
Alexander Batkhin, Technion – Israel Institute of Technology
Extension of the creep tide theory to exoplanet systems with high stellar obliquity
Raphael Alves-Silva, Universidade de São Paulo
+1 speaker
A frequency-based hierarchy of dynamical models in cislunar space: leveraging periodically and quasi-periodically perturbed models, An attempt to build a dynamical catalog of present-day solar system co-orbitalsA frequency-based hierarchy of dynamical models in cislunar space: leveraging periodically and quasi-periodically perturbed models, An attempt to build a dynamical catalog of present-day solar system co-orbitals
Jun 20
Keynote
Purdue University West Lafayette
Universidad de la República
A frequency-based hierarchy of dynamical models in cislunar space: leveraging periodically and quasi-periodically perturbed models
Beom Park, Purdue University West Lafayette
An attempt to build a dynamical catalog of present-day solar system co-orbitals
Nicolas Pan Rivero, Universidad de la República
Direct Exploration of the L2 Isolated Invariant Set Using Isolating Neighborhoods, Low-thrust trajectory design for icy moons orbiters using multi-body techniques
Apr 24
Keynote
California Institute of Technology
Jet Propulsion Laboratory
Direct Exploration of the L2 Isolated Invariant Set Using Isolating Neighborhoods
Rodney L. Anderson, California Institute of Technology and Jet Propulsion Laboratory
Low-thrust trajectory design for icy moons orbiters using multi-body techniques
Yanis Sidhoum, Purdue University West Lafayette
Cantor set structure of the weak stability boundary for infinitely many cycles in the restricted three-body problem, Aegis, the ESA asteroid orbit determination and impact monitoring system
Mar 28
Keynote
Yeshiva University
Cantor set structure of the weak stability boundary for infinitely many cycles in the restricted three-body problem
Edward Belbruno, Yeshiva University
Aegis, the ESA asteroid orbit determination and impact monitoring system
Marco Fenucci, ESA NEO Coordination Centre
Spin orbit resonance cascade via core shell model: application to Mercury and Ganymede, Forced Periodic Motion by Solar Radiation Pressure in the Polyhedral Gravity Model
Jan 31
Keynote
University of Rome Tor Vergata
University of Colorado Boulder
Spin orbit resonance cascade via core shell model: application to Mercury and Ganymede
Matteo Veglianti, University of Rome Tor Vergata
Forced Periodic Motion by Solar Radiation Pressure in the Polyhedral Gravity Model
Anivid Pedros-Faura, University of Colorado Boulder
Secular evolution of co-orbitalmotion of two exoplanets: semi-analytical investigation, Invariant manifolds near L1 and L2 in the Sun–Jupiter elliptic restricted three-body problem
Dec 2024
Keynote
University of Valencia
Secular evolution of co-orbitalmotion of two exoplanets: semi-analytical investigation
Vladislav Sidorenko, Keldysh Institute of Applied Mathematics
Invariant manifolds near L1 and L2 in the Sun–Jupiter elliptic restricted three-body problem
Gladston Duarte, University of Valencia
Self-gravitational dynamics within the inner Oort cloud
Nov 2024
Keynote
California Institute of Technology

Self-gravitational dynamics within the inner Oort cloud

Konstantin Batygin, California Institute of Technology
Dynamics around the Earth–Moon triangular points in the Hill restricted 4-body problem
Nov 2024
Keynote
University of Colorado Boulder

Dynamics around the Earth–Moon triangular points in the Hill restricted 4-body problem

Luke Peterson, University of Colorado Boulder
Orbital dynamics of smart dust with Poynting-Robertson and solar wind drag, Circular restricted full three-body problem with rigid-body spacecraft dynamics in binary asteroid systems
Sep 2024
Keynote
Technion – Israel Institute of Technology
Johns Hopkins University Applied Physics Laboratory
Orbital dynamics of smart dust with Poynting-Robertson and solar wind drag
Pini Gurfil, Technion – Israel Institute of Technology
Circular restricted full three-body problem with rigid-body spacecraft dynamics in binary asteroid systems
Brennan McCann, Johns Hopkins University Applied Physics Laboratory