Our Project Lyra Team has come up with an analysis of using nuclear thermal rockets for reaching the interstellar object 1I/’Oumuamua. It turns out that drastic reductions in mission duration (< 14 years for a launch in 2031) and spacecraft mass (1000s of kg vs. 100s of kg for conventional chemical propulsion) are possible.
News from the Initiative for Interstellar Studies
In this section you can read some of the latest news from i4is and the world of interstellar studies. If you know of appropriate news please get in touch and it might appear here.
We are very excited to share with you the publication of Nikolaos Perakis’ first single-authored paper in Elsevier’s peer-reviewed journal “Acta Astronautica”. The paper entitled “Maneuvering through solar wind using magnetic sails” explores the use of magnetic sails for interplanetary missions and can be accessed free of charge for the next 45 days using the […]
In collaboration with Space Initiatives (T. Marshall Eubanks) and the Paris Observatory (Jean Schneider), we have submitted the White Paper „Exobodies in Our Back Yard: Science from Missions to Nearby Interstellar Objects“, based on our work on Project Lyra. The Decadal Survey White Papers are a crucial first step towards defining future NASA missions in […]
What can we learn from cathedral builders from the Middle Ages for building a starship? In a blog article on Centauri Dreams, our Executive Director Andreas Hein elaborates on this question and provides some surprising answers.
Adam Hibberd, a key member of Project Lyra, gave an interview for the Spaceshow, explaining in depth a mission to ‘Oumuamua, based on his OITS trajectory analysis tool. The recording can be found here.
In a new article, Adam Hibberd and Andreas M. Hein analyse how the interstellar object ‘Oumaumua could be reached via laser sails. They provide a trajectory analysis and the operations of the beaming infrastructure.
Why human exploration of the outer solar system and the stars? Due to COVID-19 issues, the Limitless Space Institute (LSI) is unable to host student interns during the summer of 2020. As an alternate approach to still be able to engage with students on the topic of bold space exploration, LSI will instead sponsor and […]
Thermodynamic limits to economic growth on Earth – Can space save us? This new paper argues that continued economic growth on Earth will hit a thermodynamic limit within the third millenium, if economic activities and energy consumption cannot be decoupled. The maximum size would be up to 7000 times the current one. An in-space economy […]
i4is concept for a near-term self-replicating probe – The potential to drastically increase the efficiency of space exploration!https://arxiv.org/ftp/arxiv/papers/2005/2005.12303.pdf. Beautifully illustrated by Adrian Mann!
The ISU – i4is Interstellar Module ended today with four awesome presentations on world ship topics, each one venturing into areas no human has visited before! A big thank you to Prof. Chris Welch and the amazing MSS20 students who worked very hard on this for the last two weeks! Also, thank you to the […]
Thanks to Prof. Chris Welch, International Space University, for the opportunity to co-deliver the Interstellar Module to ISU students this year again! We deliver two-weeks of lectures and hands-on projects on world ships! Members of the Initiative for Interstellar Studies have access to video recordings of the lectures that the i4is crew presented. The videos […]
We are proud to announce that our research on world ships has now been featured in an article on OneZero, “Scientists Are Contemplating a 1,000-Year Space Mission to Save Humanity” by Corin Faife. The article generated a stream of other features such as on Futurism. From the article: There’s no principal obstacle from a physics […]