Vacuum Reactive Device

China has officially activated the world's first commercial thorium-fueled nuclear reactor, according to an announcement from the China National Nuclear Corporation this week. Unlike conventional uranium reactors, the thorium-based molten salt reactor cannot experience meltdowns due to its passive safety design. The facility, located in Gansu Province, produces minimal long-lived radioactive waste and uses abundant thorium rather than scarce uranium. Energy experts suggest this technology could represent a significant advancement for safe, sustainable nuclear power generation.

China found a huge amount of thorium, a special material that can make clean energy for 60,000 years! They discovered 233 thorium spots from Xinjiang to Guangdong, with the Bayan Obo mine having 1 million tonnes. It’s hard to get thorium out, but it could change the world’s energy and make less radioactive waste.

SPACE HUB engineering team project steps: Vacuum Reactive Device, Thorium Nuclear Reactor, Horizontal Launches, Lunar Coworking etc. “We have great potential and we need to be brave to fulfill it…”

https://broadbrained.com/space/space-hub/

Space Hub News about innovations in the space industry appears almost every day. Although most of them are born in the United States, a country with a high level of technology and access to resources, Ukrainian engineers also try to keep up. In November 2021, the Space Hub incubator team led by Maxim Tkachenk...

NASA wants to put a nuclear power plant on the moon by 2030 — and you can help The reactor will help sustain future missions on the moon, Mars and beyond, according to NASA.

Distant interplanetary flights and planetary exploration require unconventional energy supply.

Thorium nuclear power plant for use in outer space was presented by at 72TH INTERNATIONAL ASTRONAUTICAL CONGRESS

https://www.vrdspace.com/page22835647.html

Composition of our Universe ---

According to current theories of physics, dark energy now dominates as the largest source of energy of the universe, in contrast to earlier epochs when it was insignificant.
At present, roughly 68% of the universe is . makes up about 27%. The rest - everything on Earth, everything ever observed with all of our instruments, all normal - adds up to less than 5% of the universe. Other contents are (estimated to constitute from 0.005% to close to 0.01% of the total mass of the Universe) and .

Pic - Wikipedia.

The gaze of humanity has always been turned to the stars, and in the dreams sometime to reach and colonize it.
Mars is the closest and most achievable planet... at least with existing technologies.
And of course, Humanity Wants to Go to Mars!
What will happen after Mars? Predictably, it will be the further Deep Space Exploration... to the borders of the Solar System and beyond.
Although already with a new Evolutionary Space Technologies like (Vacuum Reactive Device)

VRD from an idea at the SPACE HUB through technology development to space testing. Press conference in the UNIAN news agency. Kyiv, Ukraine, December 10, 2019

We are moving forward with technology. European presentation at the Aerospace & Defense Meetings Torino 2019