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| ------- = Impossible Extinction = === Natural catastrophes and the supremacy of the microbial world === === Charles S. Cockell 2003, Central 579.17 C666i 2003 === Early work, less well written .p19 O2 sooner on smaller planets? .p105 MAA mycosporine-like amino acids microbial [[ https://phys.org/news/2012-09-suncreen-sea.html | sunscreen ]] in Antarctica .p108 "Baja, California in the USA" ... er, no, oops ... .p117 Olympus Mons fixed above magma hotspot .p141 [[ https://aem.asm.org/content/aem/57/9/2514.full.pdf | Inopol EAP22 fertilizer ]] helps microbes grow in oil spills .p159 107 km diameter [[ https://en.wikipedia.org/wiki/Da_Vinci_(Martian_crater) | DaVinci crater on Mars ]] - Future search for life on the cm2 scale |
The Equations Of Life
How Physics Shapes Evolution
Charles S. Cockell 2018, CMill 576.801 COCKELL
A well written book, not afraid of algebra and quantitative thinking.
The search for life, and the creation of artificial life outside Earth's biosphere, will require vast launch resources, hence the relevance for launch loop. Cells are tiny, ecospheres are enormous. An exhaustive search for fossil microbes and molecules on Mars may require trillions of small robots and vast teams of scientists on Deimos designing de novo experiments to analyze sample returns launched to "nearby" isolation labs on Phobos for molecular structural analysis by huge machines resembling the National Synchrotron Light Source.
Notes:
- p93 typo: "That smallest theoretical size is about two hundred to three hundred microns" ... 0.2 to 0.3 microns, or 200 to three hundred nanometers.
- p164 ATP synthase: electron transport. But what about explicit electrostatic motor operation in a fluid-free environment?
The text is not footnoted, the footnotes refer to page number.
p264, ch1n6 Steven Vogel (1988) Life's Devices: The Physical World of Animals and Plants (and see bibliography), also S. Vogel 1999 Cats' Paws and Catapults: Mechanical Worlds of Nature and People (Multco 571.43 V879c 1998 )
p294, ch6 D. Billi et. al. (2000) Ionizing-radiation resistance in the desiccation-tolerant cyanobacterium Chroococcidiopsis
p316 R Heller, J Armstrong - Astrobiology, 2014 Superhabitable worlds
Impossible Extinction
Natural catastrophes and the supremacy of the microbial world
Charles S. Cockell 2003, Central 579.17 C666i 2003
Early work, less well written
- p19 O2 sooner on smaller planets?
p105 MAA mycosporine-like amino acids microbial sunscreen in Antarctica
- p108 "Baja, California in the USA" ... er, no, oops ...
- p117 Olympus Mons fixed above magma hotspot
p141 Inopol EAP22 fertilizer helps microbes grow in oil spills
p159 107 km diameter DaVinci crater on Mars - Future search for life on the cm2 scale