量子背包-建造火星栖息地 Original

Design theme：quantum backpack-building Martian habitats Design background As technology advances exponentially, everyone has the ability to harness technology and creativity. Human beings are no longer limited by the geographical limits of population, resources, environment and disasters. The footprint of human travel has extended to the universe beyond the earth sky, human no longer looking for who I am? But constantly creating who I am! Travel civilization is a continuation of the development of the earth civilization, perhaps also the already existing civilization in the universe civilization. Travel civilization setting Time setting: after 2500 AD Survival mode: star trek Survival gear: quantum backpack Usage mode：Adsorption carrier or Suspension movement Function type: The functions can also be set according to the requirements Technical features: 1) suspension mobile 2) navigation and positioning 3) quantum communication 4) quantum Internet 5) virtual imaging 6) 3D printing 7) quantum encryption 8) infinite endurance Design purpose Through the interactive experience design of quantum backpacks, every traveler is allowed to explore, think and create, and jointly explore various possibilities of the human way of living in the future travel civilization. The quantum backpack explores a new working ecology for human life on Mars. Interactive experience mode：Digital induction box + Ground projection interaction Design Specification The experiencer begins a journey of exploration on Mars as a voyager. The experiencers can construct their own habitat space through the quantum backpack to meet the survival needs such as diet, residence and protection. Multiple experiencers can also work together to build large habitats. The whole interaction process enables each experiencer to participate in, so that they can have certain cognition and thinking about future life on Mars and explore more possibilities for future life on Mars. Quantum backpack can find suitable habitat through navigation and positioning, plan and design the required habitat space with the help of quantum Internet and virtual imaging technology, and then detect and acquire the elements on Mars to generate ecological materials for 3D printing, and finally quickly print the habitat space. This space can be protected from travelers through quantum encryption. Operation process Step1. Ground projection simulations show animations of quantum backpacks exploring habitats on the surface of Mars Step2. Eight digital boxes are placed on the ground to represent the quantum backpack, and the top of each box is drawn with eight functions, including residence, power generation, water production, metallurgy, signal tower, space farm, control center and space launch. Step3. Experiencers can choose any functional quantum backpack to move to a Mars habitat, and the ground projection will show the animation process of 3D printed space facilities. Multiple experiencers can work together to create a Mars habitat. Step4. When the Mars habitat is built, the projected animation shows the various functional facilities operating with each other.