5 citations · 8 across the 3 of their papers we have counts for
5 papers
Genetic evolution of a multi-generational population in the context of interstellar space travels -- Part I: Genetic evolution under the neutral selection hypothesis
F. Marin, C. Beluffi, F. Fischer
We updated the agent based Monte Carlo code HERITAGE that simulates human evolution within restrictive environments such as interstellar, sub-light speed spacecraft in order to inc…
Water and air consumption aboard interstellar arks
F. Marin, C. Beluffi
The architecture of a large interstellar spaceship, which is capable of serving as a living environment for a population over many generations, is mainly dictated by the needs of s…
Numerical constraints on the size of generation ships from total energy expenditure on board, annual food production and space farming techniques
F. Marin, C. Beluffi, R. Taylor +1
In the first papers of our series on interstellar generation ships we have demonstrated that the numerical code HERITAGE is able to calculate the success rate of multi-generational…
Computing the minimal crew for a multi-generational space travel towards Proxima Centauri b
F. Marin, C. Beluffi
The survival of a genetically healthy multi-generational crew is of a prime concern when dealing with space travel. It has been shown that determining a realistic population size i…
HERITAGE: a Monte Carlo code to evaluate the viability of interstellar travels using a multi-generational crew
F. Marin
To evaluate the feasibility of long duration, manned spaceflights, it is of critical importance to consider the selection and survival of multi-generational crews in a confined spa…