https://www.sciencemag.org/news/2018/07/liquid-water-spied-deep-below-polar-ice-cap-mars Orbiting radar instrument finds martian analog to lake under Antarctic glaciers
@Rotonen ...uh. "ice"
"ice" == "water" no?
:P
most of the polar ice caps on mars are carbon dioxide
and I thought I was so smart
it's cold out there
When I become dictator the terraform mars project will get going.
Did you know reaching LEO is 95% of the energy needed to reach mars?
Our ICBMs have more than a 5% margin, we can reach mars with them.
Step 1) Nuke the shit out of mars, melt those caps and get things moving
Step 2) Bombard with every bit of organic matter that we can, something will grow
Doesn't matter what, as long as it gets a cycle going and starts getting more things happening in that howling nothing mars calls and atmosphere
Not sure how to fix venus. Might need some sort of relativistic projectile the size of a city to break it into two planets that suck less
I don't think the hard part is getting to mars. I think the hard part is surviving the trip.
Example. I read somewhere the trouble with launching humans is that you have to launch them *slowly* enough they don't internally liquify
humans come later
nukes and bugs don't care
ICBMs do not have upper stages and none of their stages are relightable
otherwise you will have to do quite the hell of a darts throw to hit a planet
they don't have a RCS?
I am no expert
iirc final adjustments are usually by reentry fins
by individual warheads, at that, too
fins won't get much on mars
might need to retrofit
if you even manage to hit the athmosphere to begin with
right
also will need to either completely redesign or have an entry burn to not slam into the feeble athmosphere and burn up from the pressure front
heh, details
when I am dictator I'll have some people look into it
but on the topic, the inflatable spinning hypersonic deceleration stuff they're currently dreaming up and even testing is nifty
https://www.youtube.com/watch?v=E3tYOINjIsA YouTube Video: Real Martians Moment: Hypersonic Inflatable Aerodynamic Decelerator … What a Drag!
a thin athmosphere is a bad deal, you get the worse aspects of both: no useful deceleration, massive heatup
sweet
and probably not enough density to actually dissipate any heat
earthbound heat shields work by ablation, the hot stuff boils off and that's the thermostat
don't recall what the issue with that was on mars, but they'd not go for complicated trickery if something tried and tested would work well
@Fireduck seems you need a WORM solution https://www.anandtech.com/print/13117/samsung-discloses-first-details-about-qlc-based-client-server-ssds Samsung Discloses First Details About QLC-Based Client & Server SSDs
yeah that would be awesome
160000*4096/1e6 = 655 MB/s random read
kinda sucks
I've still never personally run anything that beats my intel nvme 750
that's essentially just metrified to max out SATA and optimize cost for that per capacity?
which manages 1800MB/s on random reads
yeah, but i somewhat doubt sustainably priced 8TB NVMe will be a thing anytime soon
true
you'll eventually need a *something* large, for which some entry level data centre SAS disk will do
it is a strange can of worms that I've opened
IO is also a happy litte sandbox for systems stuff for the foreseeable future
compute is getting way too complex, heterogeny is coming quick