Interesting and futuristic innovations

"The Rosenberg Space Habitat is as an experimental lab for students designed to fit in a SpaceX Starship. (Image credit: Institut auf dem Rosenberg)"(Space.com/Wild 3D-printed space habitat prototype designed to fit inside SpaceX Starship lands in Switzerland) This "space habitat" is located in Switzerland. And it's made to fit in the Space X Starship. That kind of space habitat can be a good simulation for making new structures for space flights.  If the Space X "Starship" is equipped with a greenhouse, that thing will increase its ability to operate in space.  And then another thing is that the 3D printer technology is more multi-use than use regular technology. The 3D printers can also use for creating spare parts for machines. And those printers can also create new parts for the Starship if a meteorite impact damages it. 3D printing technology is a more flexible and powerful technology for spacecraft and space colonies.  There is the possibility th

Using DNA to build a “nano-robot” to explore microscopic cell processes up close. (SciTechDaily.com/Innovative “Nano-Robot” Built Entirely From DNA To Explore Microscopic Biological Processes) The new innovative nanorobot made entirely from DNA is one of the most innovative systems in the world. The DNA molecules are useful elements for nanomachines. Those nanorobots are used to observe biogenetic processes.  But the same technology that is used to create the DNA-based structures can use for making artificial DNA and DNA-based biotechnology. The fact is this. DNA offers a very good tool for data transport over long distances.  And the artificial bacteria can use as a biochemical qubit. The idea is that the DNA controls the bacteria that filaments are giving electric shocks or electric impulses. This bacteria or living USB stick can swim to the sensor. And then it can download data that is stored in the DNA to the computers and otherwise. When the computer needs to store data in the bio

The image above: nanolaser can destroy individual cells from the human body.  Nano-scale lasers are impressive tools. They can use to deliver communication signals to other nanomachines that are operating in EMP-protected areas where electromagnetic fields can terminate all processes. The idea is that the radiowaves are targeted to microchips that are equipped with nanolasers. That system transforms the radio-wave-based data into the photonic form.  And that denies the effect of the electromagnetic field. This reaction chamber can be inside the liquid. That allows those nanomachines can swim freely.  Those nanolasers can deliver electricity to nanomachines that use tiny photovoltaic cells. So, in the reaction chamber can be two kinds of nanomachines. The nanolaser group that transforms radiowaves into laser rays operates outside the Faraday cage. And the nanomachine group that uses only nanolasers operates inside that cage. That means those systems are not forming the electromagnetic f

Single-atom tractor beams power chemical catalysis. Credit: Research Team, Cavendish Laboratory, Department of Physics, University of Cambridge (Phys.org/Single-atom tractor beams power chemical catalysis) The new ability to change chemical bonds in a single molecule can be a revolutionary advance in nanotechnology. That makes it possible to connect new parts to nanomachines and makes it possible to creates new and more complicated molecules. And nanomachines are complicated molecules. The IBM researchers used a scanning probe microscope for that operation, as you can see from above. There is the possibility to use also nanolasers for similar purposes. When the system creates nanomachines, nanolasers can adjust the temperature of the single atoms.  The temperature determines the reaction force of the atoms and molecules. The scanning probe microscope will observe the position of the molecules. And also it can use the subatomic tractor beams for making precise right structures.  Nanotec

Above: An artist's view of the internal structure of the O'Neill cylinder. Artificial gravitation is a key element in long-term space travel. The simplest way is to make a cylinder-shaped space station that rotates around its central axle. That thing forms a centripetal force that pulls objects to that structure's core.  Physicist Gerard K. O'Neill introduced an idea for that kind of that rotating space station was introduced by in the year 1976. And that's why the name of that kind of system is the "O'Neill cylinder".  The problem with that kind of cylinder is that its rotation speed must be quite fast that it can create the artificial gravitation that is so strong as the gravitation on Earth. So the centripetal force will rip that structure into pieces. And then another argument has been that rotation causes nausea. But the fact is that the gravitation must not be so powerful as it's on Earth.  The idea is that gravitation anchors vegetables and

  Norwegian Nammo-corporation develops a new solid-fuel ramjet-driven artillery shell along with many other defense contractors. The ramjet-driven GPS-guided grenades which range about 90-150 kilometers could be effective against things like TOS rocket launchers. The technology behind the GPS-guided grenades can connect to things like HiMARS heavy rocket launchers. And that thing gives them pinpoint accuracy.  The ramjet-driven ammunition is not a new idea. In 1915 Hungarian inventor Albert Fonó introduced the idea of ramjet-driven ammunition to increase the artillery range. This solution was far ahead of its time. In 1915 there was no GPS. And the development of solid chemicals that could use as ramjet fuel did not even begin.  And researchers forgot the ramjet-driven artillery ammunition for a while. In WWII some artillery systems used RAP (Rocket Assistant Projectiles) to increase their range. After the WWII. Ramjet engines are used in some missiles. And those engines are also intro