Recently, an independent report stated that NASA has no chance of taking humans to Mars by the end of 2033. The report—which was completed before the March 26 speech where Mike Pence (Vice President of the U.S.) directed NASA to take humans on the moon by the end of 2024—does present insights into how much a moon return may cost and how it fits in the long-term intends to send humans to Mars. Reportedly, NASA contracted with the STPI (Science and Technology Policy Institute) to prepare the statement, which Congress commanded NASA to perform in the 2017 NASA Transition Authorization Act. That bill called particularly for a financial and technical evaluation of “a Mars human space flight operation to be launched in 2033.”
At NASA’s direction, STPI used the tactic the agency had extended in its “exploration campaign” report, which schemes the persisted use of the SLS (Space Launch System), Orion and advancement of the lunar gateway in the 2020s. That will be followed by the DST (Deep Space Transport), a manned spaceship that will go from cislunar space to Mars and back. NASA will also build up lunar landers to support manned operations to the lunar surface, while also functioning on systems for upcoming missions to the surface of Mars.
Recently, NASA was in news as its new mission would measure the puzzling glow of the Earth’s plants. Packed along with the supplies and equipment bound to the ISS (International Space Station) on an otherwise regular SpaceX resupply run, something rather extraordinary is directed to orbit in the next week, a refrigerator-sized device that will calculate the blaze of the Earth’s plant life. The instrument titled as OCO-3 (Orbiting Carbon Observatory-3) would study how the carbon dioxide levels in the atmosphere vary across time and space, which is critical information at a time when humankind’s fossil fuel compulsion has pushed altitudes of the greenhouse gas to their peak point.
Margaret Outlaw pursued a master degree in astronomy and physics. It covers all topics related to science, in particular research activities in the field of space and science. Margaret is an instinctive chronicler and a source of gifted knowledge in science and technology. She is a passionate reader and enjoys working with her passion for good food, whether in the kitchen, running or playing football.