GrowingStructuresGroup:Questions: Difference between revisions

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questions!~
===What possible nanorobots can we think of?===
===In what environments could nanorobots operate? (fluid? air?)===
===How could a nanorobot decode light wavelengths?===
===How could nanorobots decompose CO2 → C + O2?===
===What energy is necessary to decompose a CO2 molecule?===
===What flux has to be transfered from the projector?===
===How could a nanorobot build CNM? (How exactly do plants grow?)===
===How fast could nanorobots catch CO2 molecules in a normal atmosphere?===
===How many C atoms are necessary for a mm3 CNM?===
===What self-replication methods could be used?===
===What is the minimum frequency of self-replication to be effective?===
===Bacteria can reproduce easily, but can they be instructed to by a specific light wavelength?===

Revision as of 19:30, 8 October 2009

What possible nanorobots can we think of?

In what environments could nanorobots operate? (fluid? air?)

How could a nanorobot decode light wavelengths?

How could nanorobots decompose CO2 → C + O2?

What energy is necessary to decompose a CO2 molecule?

What flux has to be transfered from the projector?

How could a nanorobot build CNM? (How exactly do plants grow?)

How fast could nanorobots catch CO2 molecules in a normal atmosphere?

How many C atoms are necessary for a mm3 CNM?

What self-replication methods could be used?

What is the minimum frequency of self-replication to be effective?

Bacteria can reproduce easily, but can they be instructed to by a specific light wavelength?