Four crewmembers at the International Space Station (ISS) enjoyed a short ride aboard SpaceX’s Crew Dragon Endeavour on Saturday, moving the spacecraft to a different port to make way for a cargo ship arriving in June.
SpaceX Crew-6 members Stephen Bowen and Woody Hoburg of NASA, along with Sultan Alneyadi of the United Arab Emirates and Andrey Fedyaev of Russia, undocked from the Harmony module’s space-facing port at 7:23 a.m. before flying the short distance to the same module’s forward port.
Will it ever be possible for us, humans, to travel to another star system?
This video was inspired by a debate that took place on an article I wrote on that same topic.
Some peole argue the distance is just to far, therefore it will be imossible.
I this video I list some near-future technologies, something we can build within the next 200 years gven what we know today, and reach another star system.
#interstellar #starship #startrek #space.
Article on Quora where the debate took place:
Will we as humans even reach another solar system in a billion years?
https://www.quora.com/Will-we-as-humans-even-reach-another-s…S-Friedman.
Links:
The International Space Station (ISS) is nearing the end of its service. While NASA and its partners have committed to keeping it in operation until 2030, plans are already in place for successor space stations that will carry on the ISS’ legacy.
China plans to assume a leading role with Tiangong, while the India Space Research Organization (ISRO) plans to deploy its own space station by mid-decade. NASA has also contracted with three aerospace companies to design commercial space stations, including Blue Origin’s Orbital Reef, the Axiom Space Station (AxS), and Starlab.
Well, buckle up! The European multinational aerospace giant Airbus has thrown its hat into the ring!
Commercial Purposes ► [email protected].
Our New Website ► https://insanecuriosity.com/
One of the most critical problems for space travel is the enormous distances at which objects are found. In the solar system alone, the planets are so far away that going from one to another would take several years or even decades while going to the closest stars would take centuries or thousands of years.
A human being cannot carry out such a long journey since we do not live that long, so a possible solution to this problem is cryogenic sleep or induced hibernation.
This is a method in which we could put astronauts into an artificial coma, putting them in capsules or chambers where they would remain asleep for decades or even centuries and then wake up until they reached their destination.
How possible is it to do this for modern science? Is there cryogenic sleep for space travel?
Let’s find out!
Cryogenic sleep.
Cryogenic sleep can be considered a kind of artificially induced human hibernation. Various animals can lower their metabolism in nature by lowering their body temperature. In this state of biostasis, they can spend months on limited food and water.
Examples of cryogenic preservation.
Although it sounds hard to believe, some companies are dedicated to preserving frozen human bodies to revive them in the future.
Advantages and disadvantages.
Let’s start with the advantages; first of all, astronauts could travel for months or years without feeling the passage of time in their bodies. Mental health is problematic when you spend so much time coping with other individuals in a confined space.
Die to be reborn.
On May 5, 1961, Mercury astronaut Alan Shepard made history by becoming the first American to fly into space aboard the Freedom 7 capsule. To honor his pioneering achievement, we celebrate National Astronaut Day on the anniversary of his historic flight. This day provides an opportunity to recognize American astronauts’ accomplishments and inspire the next generation to reach for the stars.
Sierra Space is proud to commemorate National Astronaut Day as we democratize space travel and make it accessible to all. Looking toward the future of space travel, we want to acknowledge the role of commercial space companies that are reimagining human spaceflight in the Orbital Age. With the advancement of space technology, we can now explore space in ways that were once impossible, making it accessible to everyone.
To pave the way for the Orbital Age, Sierra Space is privileged to have three veteran NASA astronauts on our leadership team, including Dr. Janet Kavandi, Steve Lindsey, and Dr. Tom Marshburn.
Welcome to Edition 5.36 of the Rocket Report! A long time ago in a galaxy far, far away, the space media were given a May 4 launch date for United Launch Alliance’s Vulcan rocket. Alas, May the 4th, in 2023, wasn’t meant to be. In this week’s report, I explain why.
As always, we welcome reader submissions, and if you don’t want to miss an issue, please subscribe using the box below (the form will not appear on AMP-enabled versions of the site). Each report will include information on small-, medium-, and heavy-lift rockets as well as a quick look ahead at the next three launches on the calendar.
Electron to serve as a hypersonics test bed. Rocket Lab’s small booster will use essentially the same first and second stages for hypersonic test flights, but it will have a modified kick stage that will allow Electron to deploy payloads with a mass of up to 600 kg into trajectories five times greater than the speed of sound, Ars reports. The Army, Navy, and Air Force are all developing hypersonic missiles to provide a fast-moving, maneuverable capability for striking targets quickly from thousands of kilometers away. Among the research problems the military likely wants to test is managing the extreme heat that hypersonic missiles are exposed to by traveling at high speeds in the atmosphere for most of their flight.
iSpace, a private space company based in Japan, lost contact with its Hakuto-R spacecraft as it attempted to become the first private mission to land on the moon this morning. “We have to assume that we could not complete the landing on the lunar surface,” iSpace CEO and founder Takeshi Hakamada said during a livestream. “Our engineers will continue to investigate the situation, and we will update you with further information when we finish the investigation.”
Hakuto-R launched on a SpaceX Falcon 9 rocket last December. It took a long but efficient route, looping way out past the moon before using several orbital adjustments and the gravity of the Earth, moon, and sun to enter lunar orbit last month. On April 13, after a few more final adjustments, it locked into a circular orbit 100 kilometers above the lunar surface.
Early in its landing attempt, the spacecraft dipped behind the moon making communications impossible. The team reestablished contact as it rounded the lunar horizon and began its descent. During the livestream, iSpace showed a simulation of the landing. The ride to the surface began with a deceleration burn and a series of attitude adjustments, bending the spacecraft’s trajectory toward the surface and flipping its orientation.
The launch pad could be repaired within two months, Musk said, though the FAA countered that “safety will dictate the timeline.”
The full Starship and Super Heavy launch system soared into the skies for the first time on April 20.
Since that time, SpaceX, the Federal Aviation Authority (FAA), and environmentalists have been hard at work trying to understand the aftermath of the first launch of the world’s most powerful rocket.
NASA’s 1970s-era Voyager 2 is slowly dying in interstellar space, but engineers have devised a new plan to squeeze more life out of the spacecraft.
