Honda Global | Honda R&D Co., Ltd., a research and development subsidiary of Honda Motor Co., Ltd., today conducted a launch and landing test of an experimental reusable rocket*1 (6.3 m in length, 85 cm in diameter, 900 kg dry weight/1,312 kg wet weight) developed independently by Honda. The test was completed successfully, the first time Honda landed a rocket after reaching an altitude of nearly 300 meters.
It’s the only planet we can terraform (As in repairing some of the damage we’ve done), we are nowhere near able to terraform Mars, not even theoretically and disregarding cost.
Maybe in a century we can. But only maybe.
Hypothetically, we could terraform Venus. At the very least, it shares a lot of the issues that we’re trying to fix on Earth, just dialled up to 11 - its main problems are that it’s way too hot, the atmosphere has way too much carbon in it (96.5% vs Earth’s 0.04%), and the atmosphere has way too much sulfur (0.015% vs Earth’s 0.00000002%, making the atmosphere highly acidic). So if for example scientists had an idea for causing a chain reaction in a planetary atmosphere that rapidly sequestered all atmospheric carbon but were worried about unknown strength or side effects, instead of testing it on Earth where it could kill us all, they could test it on Venus where any failures would have no serious consequences. And if it worked, not only would it mean that we fix climate change on Earth but we partially terraform Venus into the bargain.
Venus has roughly similar gravity to Earth and has a ferrous core which could hypothetically be turned molten (and therefore ferromagnetic) to provide the same kind of magnetosphere that Earth’s core does. Mars has neither of these things and would therefore never be able to sustain human life naturally - Venus potentially could. On Mars, the atmosphere is just one of many obstacles. On Venus it’s THE obstacle. Solve the atmosphere, you solve Venus.
Mars is the best option we have, which is why I mentioned that. Venus already has selfenforcing runaway global warming, and we can’t even land a probe there, because the environment is extremely hostile.
Mars is by far the easier option.
Yeah, it’s easier to terraform … Planet Earth!
It’s the only planet we can terraform (As in repairing some of the damage we’ve done), we are nowhere near able to terraform Mars, not even theoretically and disregarding cost.
Maybe in a century we can. But only maybe.
Hypothetically, we could terraform Venus. At the very least, it shares a lot of the issues that we’re trying to fix on Earth, just dialled up to 11 - its main problems are that it’s way too hot, the atmosphere has way too much carbon in it (96.5% vs Earth’s 0.04%), and the atmosphere has way too much sulfur (0.015% vs Earth’s 0.00000002%, making the atmosphere highly acidic). So if for example scientists had an idea for causing a chain reaction in a planetary atmosphere that rapidly sequestered all atmospheric carbon but were worried about unknown strength or side effects, instead of testing it on Earth where it could kill us all, they could test it on Venus where any failures would have no serious consequences. And if it worked, not only would it mean that we fix climate change on Earth but we partially terraform Venus into the bargain.
Venus has roughly similar gravity to Earth and has a ferrous core which could hypothetically be turned molten (and therefore ferromagnetic) to provide the same kind of magnetosphere that Earth’s core does. Mars has neither of these things and would therefore never be able to sustain human life naturally - Venus potentially could. On Mars, the atmosphere is just one of many obstacles. On Venus it’s THE obstacle. Solve the atmosphere, you solve Venus.
Mars is the best option we have, which is why I mentioned that. Venus already has selfenforcing runaway global warming, and we can’t even land a probe there, because the environment is extremely hostile.
Mars is by far the easier option.