Expanding human space exploration necessitates technologies for sustainable local resource acquisition, to overcome unviable resupply missions. Asteroids, some of which rich in metals like platinum group elements, are promising targets.
Charles Cockell
The Minimum Energy Required To Build A Cell
Understanding the energy requirements for cell synthesis accurately and comprehensively has been a longstanding challenge. We introduce a computational model that estimates the minimum energy necessary to build any cell […]
Testing Microbial Biomining From Asteroidal Material Onboard The International Space Station
Expanding human space exploration beyond Earth’s orbit necessitates efficient technologies for self-sustainable acquisition of local resources to overcome unviable resupply missions from Earth. Potential source of materials are asteroids, some […]
Astrobiology Periodic Table v 6.0
Tweet by Charles Cockell @CharlesCockell – “Here is an updated version of the ‘Astrobiology Periodic Table’ (v. 6.0), with new biological data from an excellent paper by Remik and Helmann.” […]
BioAsteroid Payload On Orbit
Inside one of the containers of this 40-cm-across miniature laboratory in orbit, a battle is set to start between asteroid-like fragments and rock-hungry microbes, to probe their use for space […]
Microbes To Demonstrate Biomining Of Asteroid Material Aboard The Space Station
As humanity moves closer to the possibility of living and working millions of miles from Earth on planets like Mars, scientists are looking beyond our planet at how to acquire […]
The Astrobiological Periodic Table
The Astrobiological Periodic Table has been developed by astrobiologist Charles Cockell. This is the preliminary first version. A second, more advanced version is in development. Larger version.
