Wakeup call re NASA and astrophysics

In summary: ASTP.htmlIn summary, NASA's future is bleak. The roadmap is focused on taking bold explorers to places no man has gone before, but without real advances in propulsion, this is never going to happen. The future of space exploration lies in developing technology for remote intelligent robotics and space-adapted bodies, rather than humans in space.
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  • #2
The roadmap is pretty grim. NASA's future is defined as if it is to serve as a trucking company for bold "explorers" to take them where no man has ever gone before. What a waste of money and manpower! Without real advances in propulsion, humans are never going to go very far outside Earth's orbit.

Apparently, no real physicists have a hand in defining NASA's goals, only bureaucrats whose understanding of space exporation is limited to Star Trek and Buck Rogers. What a pity.
 
  • #3
Not exactly optimistic. NASA needs to get off the cowboy mode and focus more on the science mode. There is no need to put more people into space just for the sake of saying 'look what we did'.
 
  • #4
I know there is often a strong reaction to this -[due to not understanding the possibilites] but the most important thing NASA needs to do is completely forget manned space exploration beyond the Earth/Moon system- it is just idiocy to spend billions/decades engineering a mobile environment for fragile wet bags of protein- you've got to think about sending the most efficiently adapted tools to explore/colonize space- that means robots and bioengineered space-adapted bodies-

for many cultural and practical reasons it is still important for humans to go into space- however instead of trying to take a portable environment to sustain your delicate and inefficient body- you should move into a new space-adapted or robotic body- leave the monkey suit on Earth were it belongs!

the technology for remote intelligent robotics is within reach and ready by the time that a Mars or any other inner-solar system mission could be planned/built- and shortly thereafter- before the middle of the century- methods of space-adpating and reengineering the human body- as well as ways of incorporating the functions of the human brain into a non-biological computing substrate to allow either a remote link or full embodiment in a robotic body- should be available-
 
  • #5
Genuine Space Station

Concerning the Earth/Moon system, it seems that a genuine space station is needed. I think the ISS is limited in what it can do. Perhaps a large ring, slowly rotating to create artificial gravity, with docking ports, would be more liveable and practical.

Like the ISS, the new station would have to be constructed in stages. It would certainly cost more and take a long time to finish, but commercial activity on the Moon would more than offset the cost.

New ways to reach the station from the Earth are needed too. I grieved the day when NASA canceled its breakthrough propulsion program.

Larry
 
  • #6
While the BPPP [Breakthrough Propulsion Physics Project] and RPRP [Revolutionary Propulsion Research Project] have been shelved, the Advanced Space Transportation Program [ASTP] is still alive and well. See
http://www.highway2space.com/
 
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Related to Wakeup call re NASA and astrophysics

1. What is the significance of the recent "wakeup call" from NASA regarding astrophysics?

The "wakeup call" refers to a recent report from NASA's Astrophysics Division that highlighted the need for increased funding and resources in order to continue making advancements in the field of astrophysics. This report serves as a reminder that astrophysics research is crucial for understanding our universe and requires continued support from the government and other sources.

2. How does NASA's budget affect astrophysics research?

NASA's budget directly impacts astrophysics research as it determines the amount of funding available for projects and missions related to studying the universe. A decrease in budget could result in fewer resources and opportunities for scientists to conduct research and make new discoveries.

3. What recent discoveries have been made in astrophysics?

In recent years, there have been numerous groundbreaking discoveries in astrophysics, including the first-ever image of a black hole, the detection of gravitational waves, and the discovery of new exoplanets. These discoveries have greatly expanded our understanding of the universe and have opened up new avenues for research.

4. How does astrophysics research benefit society?

Astrophysics research has numerous benefits for society, including technological advancements, medical breakthroughs, and a better understanding of our place in the universe. For example, technologies developed for space exploration have led to improvements in everyday life, such as GPS and satellite communications. Additionally, studying the origins and evolution of the universe can provide insights into the origins of life on Earth and potential for life on other planets.

5. What is the future of astrophysics research?

The future of astrophysics research is constantly evolving and expanding. With the development of new technologies and advancements in data analysis, scientists are able to gather more data and make even more groundbreaking discoveries. Additionally, collaborations between different agencies and countries are allowing for even larger and more ambitious projects, such as the James Webb Space Telescope and the search for extraterrestrial life.

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