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"NASA astronaut Megan McArthur created what she called "my best space tacos yet," using some of the newly harvested peppers, some fajita beef and rehydrated tomatoes." They missed the mark not using sustainable fajita beef made from plants or a space cow but 'locally' grown space peppers could become a big hit at Whole Space Foods.

Technologists in the U.S. and China, experts in Japan and researchers within the European Space Agency and the United Kingdom Space Agency are all working to make space-based solar power a reality. Over the past decade, researchers have made impressive advances that increase the likelihood that space solar power (SSP) will be realized during the next decade. "Two of the biggest hurdles to the realization of SSP have always been the cost of launch and the cost of hardware. Add flight rate, and all of a sudden you're looking at numbers always talked about for solar power satellites." The experts believe that solar power satellites at scale could be available within a decade, and envision "a world in the year 2100 where about 20% of electrical power comes from terrestrial nuclear and renewables, with 80% supplied by astroelectricity."

A Houston-based company called Axiom Space has been most public about its intentions, talking for a few years now about developing the world's "first commercial space station." But this week, two other options emerged for NASA: Nanoracks and Lockheed Martin announced their intent to build a space station called "Starlab," and another team led by Blue Origin and Sierra Space revealed plans to construct an "Orbital Reef." If multiple options become available for space travel the price will be forced down, allowing for more people to travel and experience The Overview Effect. This could result in more influential people aligning with addressing climate change. Microgravity also allows some sections of science to mature much faster, resulting in more breakthrough technologies coming to market faster.

University of Utah mechanical engineering professor Jake J. Abbott is leading a team of researchers that has discovered a method to manipulate orbiting debris with spinning magnets. With this technology, robots could one day gently maneuver the scrap to a decaying orbit or further out into space without actually touching it, or they could repair malfunctioning objects to extend their life. Space debris mitigation is a growing problem without a solution, and the objects are travelling so fast that impact of even a small piece of debris with a valuable asset can render it useless. This technology allows moving the objects 'in six degrees of movement, including rotating them', as well as 'control where the debris goes without physically grabbing it.' The tactical value of space assets continues to grow, and being able to control them without contact could be a valuable capability.

Despite its humanistic, universalizing pretensions, however, NewSpace does not benefit humankind as such but rather a specific set of wealthy entrepreneurs, many of them originating in Silicon Valley, who strategically deploy humanist tropes to engender enthusiasm for their activities. We describe this complex as 'capitalistkind'. Moreover, the arrival of capitalism in space is fueled by the expansionary logic of capital accumulation. Outer space serves as a spatial fix, allowing capital to transcend its inherent terrestrial limitations. In this way, the ultimate spatial fix is perhaps (outer) space itself. We are seeing a big back lash for the billionaire space race. People don't understand why we're spending all this money for space when we have so many problems on earth.

"We've seen everyone trying to get space tourism going ... we need some of the world's greatest brains and minds fixed on trying to repair this planet, not trying to find the next place to go and live." Is it ethical to spend all this money on the future of space when we could be fixing the earth? Short sighted if you ask me and we may need an escape plan...

The natural marine environment at the Kennedy Space Center (KSC) is one of the most corrosive in the continental United States. Corrosion control at KSC involves the flight hardware, ground support equipment, and facilities. A description is given of the space launch vehicles' environment and the process of materials selection for this environment. The corrosion control necessary for the Space Shuttle Orbiter and its ground support equipment is described. There is also a brief history of orbiter corrosion.

Designers should ensure that spaces for all six modalities of work will be available as needed for both hypersensitive and hyposensitive occupants. While the right sizes and combinations of space will vary for each organization, the key is to provide a seamless array of choices. Spaces should easily adapt to the needs of people with work styles and behavioral needs at both ends of the spectrum. They also must be exceptionally flexible to integrate new technologies over time and, as more people continue to work remotely after the pandemic, to blend real and virtual work environments. Our current design is old and un-informed. We are ripe for a huge disruption in this space. I saw some recent pictures of Tesla's office. It's lame. How can you expect excellent and group breaking work when the environment is meh.

THis is an extensive look at seaports and anticipated changes in coming years leading up to 2050. One big factor it mentions is that existing ports will need more space due to increased volumes and climate change factors. More space has to be considered in planning. With more space for the ports to operate, more is likely displaced and that will have an effect on surrounding communities.

"SCIENTISTS HAVE BEEN TRYING TO DEVELOP VIABLE TECHNOLOGIES TO PRODUCE CONCRETE-LIKE MATERIALS ON THE SURFACE OF MARS, BUT WE NEVER STOPPED TO THINK THAT THE ANSWER MIGHT BE INSIDE US ALL ALONG"

"To their fans, the promise of expanding our reach beyond this planet is thrilling. For critics, the money poured into private vanity projects is unforgivable when there is so much to be done right here on Earth. This race has only deepened the divide between those who love to see the very rich launch into space and those who wish they would never come back."

3D printing technology, using heat-resistant metal alloys, is revolutionizing trial-and-error rocket development. Whole structures that would have previously required hundreds of distinct components can now be printed in a matter of days. The key to fast engine development is to reduce the number of parts, which reduces the time it takes to assemble the engine and the disruption caused by supply chain delays. The easiest way to do this is to change manufacturing processes. Space companies are now moving away from subtractive manufacturing processes-which remove material to shape a part-to additive manufacturing processes that build up a part by adding material to it bit by bit.

Oil prices keep going up and up. And two of the most famous names in private equity are stepping down from the company they founded nearly half a century ago. Plus, the billionaire space race may not be much of a race, after all, because Elon Musk is so far ahead. Musk can spread the cost across so many products. He is winning contracts with NASA. He also landed moon lander (3 Billion). He has real scale...the risk is starship.

The Federal Aviation Administration (FAA) is evaluating Space Exploration Technologies Corporation's (SpaceX) Starship/Super Heavy program, in particular a proposal to operate the Starship/Super Heavy launch vehicle at its existing Boca Chica Launch Site in Cameron County, Texas and conduct launches originating from this site. This could be real trouble for Musk. If the FAA makes his life difficult, how will he react?

Elon thinks he can make the next "window" - 'That window Musk referred to is a launch opportunity that arises every 26 months for mission to Mars. NASA, China and the United Arab Emirates all launched missions to mars in July of this year. The next window opens in 2022 with Musk referring to the 2024 Mars launch opportunity. ' Elon is dependent on NASA and the government for funding and work. The clock is ticking.

The third edition of NASA's "International Space Station Benefits for Humanity" book now is available. The new edition fills more than 200 pages with the many benefits of conducting research on the orbiting microgravity laboratory and includes new assessments of the economic value - as well as greater detail about the scientific value - of the International Space Station. Really this is NASA defending it's spending.

"It's dangerous, it's uncomfortable, it's a long journey. You might not come back alive. But it's a glorious adventure, and it'll be an amazing experience," he said. "You might die ... and you probably won't have good food and all these things. It's an arduous and dangerous journey where you may not come back alive, but it's a glorious adventure," Musk said. Another indication that Musk doesn't really value humans.

Gotta' love Musk !

"The smart homes market was valued at USD 79.13 billion in 2020, and it is expected to reach USD 313.95 billion by 2026 and register a CAGR of 25.3% over the forecast period (2021 - 2026). Across real estate companies and the architect ecosystem, the 'new normal' defined through the social distancing results in a requirement to go back to the redesign basics and reinvent the residential real estate product by factoring in new-age designing, efficiency, and innovation. As the redesign happens, the need for a totally new set of amenities has resurfaced and gained prominence. What the customer will need in the 'new normal' has undergone a revolution in the crisis triggered by the COVID-19 pandemic, and it is leading to a paradigm shift in residential spaces."