|
Re: [TML] Weather Control
robocon@xxxxxx
(25 May 2018 03:49 UTC)
|
|
Re: [TML] Weather Control
Tim
(25 May 2018 04:49 UTC)
|
|
Re: [TML] Weather Control
Rob O'Connor
(26 May 2018 00:51 UTC)
|
|
Re: [TML] Weather Control
Tim
(26 May 2018 03:56 UTC)
|
|
Re: [TML] Weather Control Rob O'Connor (27 May 2018 01:12 UTC)
|
|
Re: [TML] Weather Control
Timothy Collinson
(29 May 2018 10:28 UTC)
|
|
Re: [TML] Weather Control
Tim
(29 May 2018 16:47 UTC)
|
|
Re: [TML] Weather Control
Timothy Collinson
(29 May 2018 20:32 UTC)
|
Tim Little wrote: > The control inputs are going to be very low > powered compared with the internal fluxes in the > system, so the evolution of the system is going > to be very close to a path that could > have happened naturally. A quick dynamic response pressure transducer is not far from a microphone. A high resolution thermometer is not far from a thermal imager. Is the sensor set required for the control inputs part of an omnipresent surveillance system in the wrong hands? I'm thinking that ~100m resolution of temperature, pressure, humidity, condensation nuclei number density, windspeed and direction, surface friction/airflow resistance and albedo with relevant values up to at least a scale height in altitude as a minimal requirement. Couple that with ubiquitous smart phones/hand computers/personal IDs with position fixing capability and you have a panopticon. > On second thought: while possible, this might be a bad idea since > the periodicity itself could possibly have harmful long term effects. The weather or climate equivalent of a Tacoma Narrows bridge resonance excursion lacks appeal. > Maybe there could be some major resort areas on some rich and very > comfortable worlds where they ensure that, while it does rain, it > never does so during the day but only during some nights according to > a schedule published well in advance. That would stop Sunnydale from turning into a desert, and provide for a Blade Runner/L.A. Noir ambience for Traveller PCs to do their thing in. Rob O'Connor