RuBisCO

Yeah I only got ride of it after removing the whole glow.cfg file

Yeah so I go into it AstronomersVisualPack\AVP_Configs\Stock\Duststorms.cfg, removed all but Duna, restart the game... and its still there on Moho.

Weird problem: I'm seeing cloud effects on planets that should not have clouds, Mun, Moho, etc, is that normal?

FOUND IT! https://www.reddit.com/r/KerbalSpaceProgram/comments/11c4bc9/custom_flags_mod_guide/ 1. Download Space Warp Modloader by cheese3660 and unzip it anywhere. I had to disable Real-time protection setting on my Windows Virus & threat protection settings to download and run, so use at own risk. The modders on Discord and the forums have vouched for it, and I looked at the code myself. 2. Run the ksp2_mod_loader_patcher.exe to locate your KSP 2 folder and install the modloader. 3. Load up the game once and close it. 4. There should be a Mods folder in the Kerbal Space Program 2\KSP2_x64_Data folder.If you downloaded via Steam, it might be in: C:\Steam\steamapps\common\Kerbal Space Program 2\KSP2_x64_Data. 5. Download Custom Flags mod by adamsogm. 6. Unzip the contents of the folder into the Mods folder from step 4. It should just be a folder called custom-flags and everything inside it. 7. Create a folder in the Kerbal Space Program 2 directory called flags. See image below for example. 8. Place your 512x300 .png flag files inside.

I just want to start real simple at first: how to I install a new flag of my own design?

Anything hitting atmosphere will slow down: the masons, atomic fragments that can be magnetically funneled out an exhaust, produced in even the cleanest antimatter-matter reaction of anti-protons and protons while hit atmosphere before they decay, creating an explosion behind it of superheated plasma. Sure in the vacuum of space it will produce a beam that will decay into nothing as the masons eventually end up one way or another as gamma rays.

Now this is just my uneducated opinion as a biochemist and not a physicist but I suspect more holds asteroids together then gravity, electrostatic forces, mechanical adhesion (bits locking and hooking together), etc.

I'm still working on it, but it is based on this: https://kerbalx.com/RuBisCO/Mini-Hexopod

I assume this is already known but collision/clipping with rocks is intermittent and at random, sometimes crafts go through the rocks, sometimes they don't, not sure why.

I do like the idea, my dudes, of putting something in the coolant (ammonia?) that will clog and seal small holes.

Radiators? How would holes in radiators in space be plugged?

at ~50 km above the surface of Venus its like being in full sunlight on earth from all directions so you could put the solar panels on any surface, all around the balloon, even pointing straight down.

Really loving this mod!

Well never say never, remember there is now satellite services in which a symbiotic satellites docks to a rocket nozzle of the host satellite and then the symbiotic sat takes over the propulsion functions of the host.

If Mars has life it is most likely subterranean and as such would take a lot for us to contaminate. If Martian life is not related to us, totally separate evolution of biochemistry then it most likely could eat us as well as we can eat plastic. Even if Martian life is related to us and thus could hypothetically infect us, most subterranean bacteria here on earth has no clue what to do in an oxygenated human body, geobacter and shewanella are harmless even to people who are immunocompromised. I understand CYA because of unknown unknowns means we need to take outlandish precautions, so here I what I propose: If ice coring samples of potential human landing sites find water ice under the ground (for making fuel for the return trip) and IF they find life in those cores then send a One-way trip of biochemists to figure out what that life is and determine how harmful it can be before sending us back, if ever, I volunteer. If we become infected with Mars life and can never return, so be it.

Watching that launch was extra scary considering the price tag and astronomical advancements this telescope represents. We still have 6 more months before everything ins unfolded and checked out.

Here is my submission to for the Jool Challenge. All 7 Kerbals landed on every moon in the Jool system. ISRU was used as well as the DLC packs. MechJeb was the only mod used to simplify all the transfers, landings and dockings, etc, as well as to provide orbital and surface data in every picture. Only one launch is needed, at a cost of nearly 1.5 million. Use KSP version 1.12.2. https://imgur.com/a/qnEOtsC More info can be found on the KerbalX page for the craft: https://kerbalx.com/RuBisCO/Jool-All-In-One-Mission-21

Well Zubin Drive it would be a beam of radioactive plasma, so white-purple. Its exhaust in atmosphere would be like a continuous nuclear explosion, in fact I seriously doubt that even if Zubin drive could work that it could work in atmosphere without just exploding. I think the others have covered the topic: we all agree water steam will be transparent to whiteish-blue.

Which is why I advocate for nuclear-water so that ISRU requirements are dramatically reduced, no need to crack water and cryoliquify hydrogen, also no waste oxygen. None the less I think with the present state of research H2/O2 is going to win out on the moon and CH4/O2 on Mars, nuclear only in nuclear power reactors to power ISRU at best. Human's are not Kerbals and as such I think there will be much political pressure against nuclear thermal rockets. I mean if it was up to me we would go with Zubin's continuous nuclear exploration, nuclear salt water engines, regardless of the fact they would spew a beam of pure nuclear waste out the nozzel.

That sounds like the worse of both options, you need to develop NTR and you need to make LH2 and LO2 via ISRU. Either have H2/O2 in space fuel economy with existing tech, or have nuclear-water with technology that has been proposed for decades but never developed.

Sounds like a standard electrolysis cell to me: Above you can see the hydrogen and oxygen are separated into separate pure gas streams by a proton-exchange membrane. Higher efficiency can be achieve using hydroxyl exchange membranes (alkaline fuel cell) the best I have seen and theoretically possible is 75%, but that is with electricity, which means means you have to count the inefficiency of making electricity. Lets say you use a nuclear reactor with a very efficient closed cycle helium baryon cycle of 50%, so your water electrolysis is going to be at best 37.5% total efficient. What is desirable is to have a more direct heat process, for example a sulfur-iodine cycle could do up to 50% efficiency from heat alone, no conversion to electricity.

Well that not scifi, we have the technology to crack water to H2 and O2, separate and cryoliquify, it just takes a lot of power and equipment mass. Nuclear-water would skip all that but at the cost of needing very new technology that has only be proposed and never tested at any scale, that being extremely high temperature steam in a nuclear thermal rocket.

I did before, the best I can do is turn off "shadowmaterial" in the EVE settings, but this does not eliminate shadowing from sun light, just the shadows of the clouds. What is needed is to remove shadow casting altogether when below clouds from the sun, but keep it for headlights and lights. Instead shadows from the clouds are rendered on top of lights, when it should be the reverse and lights should render on top of shadows.

Still did not fix the problem but thank you non the less for the mod improvment:

I was thinking nuclear fuel pellets, grains even, sand size, in a rotary nuclear rocket engine, held in place by centrifugal force alone (or perhaps sintering when cooled to low temperatures when the engine is off):