bearnard18

The comparing Mars and Venus tells that Mars is much more better place for humans to live. Even if that was possible (switching orbit and the removal of H2SO4) , the atmosphere of Venus is around 91× denser than Earth's atmosphere, with other words, the air pressure is around 92 bar. Besides that Venus lacks a planetary magnetic field, has a very thin ozon-layer and worst of all: it rotates the wrong direction! So from all the planets in our solarsystem, Mars is still the most survivable. Mars lacks a magnetosphere, so solarwinds can cause a problem. But with a normal Moon-spacesuite, humans should be able to survive on Mars.

The consideration to keep in mind is called space junk, we got quite some trash up there in orbit of our planet. It's considered not to be a problem due that the size of the object would burn in our atmosphere. But we of Asgardia want to go to space and we require to keep in mind out of the prospect of security, what do we do about the space junk? And is there a possibility that space junk might be dangerous for Earth and its` population?

How to apply the red-shifting-of-light explanation of the darkness of the sky to the space between the Earth and the Moon: we see this area dark though the Sun's light travels through it?

Do you know any of spacecraft that can be used for microgravity missions and experiments? Nowadays it`s rather popular and useful to use uncrewed guided space vehicles for particular microgravity missions. I found some of them that can even used in universities to collect data on the ambient conditions.

The Sun has a huge affect on our technology on Earth and in space. So scientists trying to get as much information about Sun`s activity as it possible. Can you tell me Sun`s exploration missions or spacecrafts that took part in that missions or future project that are about to happen in the future?

Desertification is a type of degradation of land in which the land becomes more arid. Desertification is a direct result of global warming, and approximately 12 million hectares of productive land becomes barren due to desertification annually. Remote sensing technology can be used to measure the extent of desertification. Could you ever thought that in order to fix that stuff scientists start to use satellite technology which helps scientists observe the land?

Desertification is a type of degradation of land in which the land becomes more arid. Desertification is a direct result of global warming, and approximately 12 million hectares of productive land becomes barren due to desertification annually. Remote sensing technology can be used to measure the extent of desertification. Could you ever thought that in order to fix that stuff scientists start to use satellite technology which helps scientists observe the land?

Have you heard that the Earth’s climate is heavily affected by the amount of energy radiated onto Earth by the sun. The amount of radiation from the sun influencing Earth and the way in which this radiation is distributed across the various seasons and latitudes around the Earth, is directly influenced by changes in solar activity. This piece of information I`ve found on the web of uk space news. Satellite uses | Skyrora WWW.SKYRORA.COM What are satellites used for? Find out why launching satellites is so important and how can world benefit from using satellite imagery and data with recent case studies. Also, I found there an information with more details about the real danger of solar activity and why the Sun`s activity must be monitored.

This artificial habitat must be strong enough to resist the high radiation level and low temperature. The idea of ISS located near the Mars seems the most advanced but still, we don`t know how to get it there.

Have you ever heard that solar activity has a huge impact on our technology. Our technology in space, to our technology on the ground, historical evidence shows the vulnerability of modern technology when confronted with high energy particles, a by-product of space weather events. Equally important is to remember that space weather has a global footprint, thus the damage is felt worldwide rather than local, much like an outbreak. Impact on satellites, aviation, power grid, navigation and communication systems have all been previously documented.

Have you ever heard about so- called hybrid rockets? The only think I know about them, is that this type of rocket is uncrewed and guided and used for test in under microgravity conditions. I wanna know why it is exactly hybrid and are there some crewed rockets like that?

Planned for launch in 2025 ESAs Lagrange Mission will probably be our next side view of the sun once the Stereo A mission ceases to be of value. Also, I`d like to mention Parker Solar Probe impressed me really how it was manufactured to resist high temperature.The space craft which is capable to take samples from the outer corona of the Sun really makes you amazed by it, because of the high temperature it can endure. So looking forward to the new mission to the Sun.

Talking about solar activity, it may affect spacecraft with its radiation storms. When there is a strong space radiation storm that can har satellites, launches might be delayed. It his can also be the case with strong solar flares that could interfere with communications. In orbit satellites can have issues due to strong space weather. Some satellite orbiters push satellites to a lower orbit to prevent damage. Low orbit satellites don’t have much effect, higher orbit satellites are in more danger during strong space weather events. For example on the LASCO imagery you can see the images with many white sparks due to incoming particles on the sensor.

Can you name spacecraft that can be used for microgravity missions and experiments? Nowadays it`s rather popular and useful to use uncrewed guided space vehicles for particular missions.

Nowadays, the private space company really succeeded and manufactures pretty good technology and space vehicle. What do you think is the most advanced private space company ( except Space X ) at the present time?

I don`t think this is the planet we can live on. It has really harsh environment, low temperature and high level of radiation. Also, we still cannot reach this planet with crewed mission

Does humanity actually need Mars colonization? Elon Musk and Space X invest a lot of resources in Starship and Mars colonization. But as most people know the journey to this planet is not a piece of cake and it is rather dangerous for the crew of the spacecraft. Also, they did not figure out how to solve the fuel issue to get to the red planet and bring the crew back. ( Not even mentioning the harsh environment of the red planet. To prepare the crew for it will be very costly to invent special suits or capsules )

I assume that bacterial life could potentially survive deep in the ground of Venus. Such point might be possible. I don`t think that Venus - pressure and temperature are still theoretical. It`s easy to explain. The atmosphere of Venus is the layer of gases surrounding Venus. It is composed primarily of carbon dioxide and is much denser and hotter than that of Earth. The temperature at the surface is 740 K (467 °C, 872 °F), and the pressure is 93 bar (1,350 psi), roughly the pressure found 900 m (3,000 ft) underwater on Earth.

I don`t think that the theory about the life on Venus is possible. This planet has extremely high pressure and more important high temperature that makes possibility of life on this planet impossible.

What was the most advanced space craft of the recent time that surprised you the most? As you can see technology nowadays is a fast developing thing and a lot of stuff have been invented for the recent time that can make a scientific breakthrough. What was the most special for you?

Also, I found out how space weather is forecasted ( that really surprised me ) Space Weather is forecast with a combination of: - Theoretical/computer modeling (eg of the Sun's 11 year sunspot cycle) - Ground-based observations - Satellite based observations

According to the information I have found, I'd guess that something like a period with a strong solar storm would seem to be a poor choice for a launch window since it affects if not the craft, at least the ability to track/communicate with the craft

Does space weather affect the space crafts` launches and do scientists check it before space crafts go to space? I know there is such a fact like space turbulence and it can influence a space craft, but can space weather?