Dears, I am looking for pieces of information about Asgardian's economical company setup process ? It is already planned ? Regards, Thibaut.

I've noticed that during the process to become a resident, you don't get any information about the costs, which appears to be 100 Euro; but this is only indicated in the last step. The actual fee is built into the payment form as a number you can not adjust. Before this final step the cost of this residence status is not mentioned anywhere. This just seems a bit insincere; correct me if I'm wrong though, perhaps it is mentioned somewhere and I just overlooked it. To me it would seem more fair if the website states the cost of this subscription, before people decide to click the button to actually apply for this. A hundred euros is not exactly cheap, but the way these costs a presented comes across like it's just a minor little step in the process of joining this organization. It's still a lot of money in my eyes and the page should have a section where you can see what you get and how much it will cost you. So, not only at the final stage of closing the deal; because that just feels like a bit of clever marketing. I think people would naturally decide that they want to join before they click the "Become a Resident" button, and therefor the 100 Euro fee should be disclosed at the first stage of application process; at least before people are required to tap the "join" button to continue. I hope I'm making sense here; it's not a major complaint, just something that bugged me a little after checking it out. I wasn't expecting to be surprised by any fees, though I guess you would need a paywall somewhere to make sure the people who are allowed more control and authority in this project; are really serious about it. The website should mention this fee at the first page people see when considering to apply for residence, instead of at the form where they finalize their decision. Thanks for hearing me out. Peace!

I continue composing and releasing Space Ambient music with my Pulse Mandala project. Space Ambient is a genre of functional music that evokes a sense of "floating in space", and is great for focussing, meditating, studying, relaxing, fight insomnia ... and I imagine it would be great as a soundtrack for space travel, or to ease the mind in deep hibernation sleep. Here's the link to the Youtube track of my latest release, but you'll find Pulse Mandala on all major streaming platforms.

If you are an Asgardian and you have a passion for taking (or looking at) images of The Moon, The Sun, Planets or any object in the Deep Sky, the new Astrophotography Amateurs of Asgardia community is the right place for sharing, enjoying and discussing them. A small description of the techniques used for taking the picture and about the subject itself is more than appreciated. Surprise us with your beauty! https://asgardia.space/social/communities/703

WiKi The Rosette Nebula (also known as Caldwell 49) is an H II region located near one end of a giant molecular cloud in the Monoceros region of the Milky Way Galaxy. The open cluster NGC 2244 (Caldwell 50) is closely associated with the nebulosity, the stars of the cluster having been formed from the nebula's matter. The complex has the following New General Catalogue (NGC) designations: NGC 2237 – Part of the nebulous region (Also used to denote whole nebula) NGC 2238 – Part of the nebulous region NGC 2239 – Part of the nebulous region (Discovered by John Herschel) NGC 2244 – The open cluster within the nebula (Discovered by John Flamsteed in 1690)[citation needed] NGC 2246 – Part of the nebulous region The cluster and nebula lie at a distance of 5,000 light-years from Earth[3]) and measure roughly 130 light years in diameter. The radiation from the young stars excites the atoms in the nebula, causing them to emit radiation themselves producing the emission nebula we see. The mass of the nebula is estimated to be around 10,000 solar masses. A survey of the nebula with the Chandra X-ray Observatory has revealed the presence of numerous new-born stars inside optical Rosette Nebula and studded within a dense molecular cloud. Altogether, approximately 2500 young stars lie in this star-forming complex, including the massive O-type stars HD 46223 and HD 46150, which are primarily responsible for blowing the ionized bubble.[4][5] Most of the ongoing star-formation activity is occurring in the dense molecular cloud to the south east of the bubble.[6] A diffuse X-ray glow is also seen between the stars in the bubble, which has been attributed to a super-hot plasma with temperatures ranging from 1 to 10 million K.[7] This is significantly hotter than the 10,000 K plasmas seen in HII regions, and is likely attributed to the shock-heated winds from the massive O-type stars. On April 16, 2019 the Oklahoma Legislature passed HB1292 making the Rosette Nebula as the official state astronomical object. Oklahoma Governor Kevin Stitt signed it into law April 22, 2019. - End of Wikipedia extract. Technical details about my shot... Emission nebula H II region NGC 2244 Rosette Nebula.jpg The Rosette Nebula (H-Alpha + RGB) Observation data: J2021 Right ascension 06h 33m 45s[1] Declination +04° 59′ 54″[1] Distance 5,200[2] ly (1,600 pc) Apparent magnitude (V) 9.0 Constellation Monoceros Physical characteristics Radius 65 ly Notable features Multipart nebula Designations SH 2-275,[1] CTB 21,[1] Caldwell 49 Integration: (5h 05m): 30x300s with ASI294MC Pro on WO GT71, UHC-S Baaders 2", Temp -4C. 31x300s with ASI2600MC Pro on WO GT81 IV, L-eXtreme Optolong 2", Temp -10C. Calibration: 115x300s Darks, 25x30s Flats 25K ADU (L-eXtreme Optolong), 25x30s FlatDarks, 49x10s Flats at 25K ADU (UHC-S Baader), 48x10s FlatDarks, No Bias. Camera 1: ZWO ASI2600MC Pro. Camera 2: ZWO ASI294MC Pro. Camera 3: ZWO ASI290MM (Guide with UV/IR Cut). Telescope 1 William Optics GT81, 81/478 (used at 432mm). Flattener/Reducer: William Optics 0.8 6A-III Focal Ratio: f/5.3. Telescope 2 William Optics GT71, 71/419 (used at 335mm). Flattener/Reducer: William Optics 0.8 Focal Ratio: f/4.7. Telescope 3 (Guide) William Optics Uniguide 50/200. Mount: iOptron CEM40. Focus: PrimaLuce SestoSenso2. Data acquisition: Via ethernet with Ekos on Astroberry Pi4. Pre-Processing and Processing: PixInsight. System: Linux Kubuntu Plasma Site: Bortle 8, Amsterdam (NL).

I think LoRa and Lorawan might be suited for an kind of Space extension of IoT as it has an range of 700~ KM at max this means it can easly be used to beam back to earth or maybe to beam to other planets also this 700~ KM limit might be bigger in space(as space is less interfering then air(and all the radio polution here) anyway once we set this up we can easly communicate with the final frontier using LoRa and 5G we can use 5G for internet on mars and LoRa for small data that needs an quicker path to earth