The new system can see quantum objects without looking at them or touching them.

The researcher observed objects without looking at them. But in the quantum world looking at the object means that the photon affects the object. And that is the same thing as touching an object. Even a small turn of the photon's track can affect the system. Researchers at Aalto University used quantum coherence in that system. They multiplied the quantum field by using the method explained below in the text. 

If the system can see an object without touching it. That means it will not affect the energy load of the system. And that thing makes it possible to steal information even from qubits without affecting their state. This kind of ability can make a revolution in nanotechnology. 

The ability to see objects without touching them with a photon is one of the key elements in quantum technology. If we would use a photon to see some object that photon touches the target. That thing can destroy the data, stored in things like qubits. Maybe the touch of one or two photons is not a very important thing in the regular world. But that thing can destroy the data if it hits quantum entanglement. The thing that can use is wave movement. 

The necessary thing is that the wave movement must hover above the quantum entanglement. So that means the wave movement observes the shine or radiation that leaves from quantum objects. The idea for that is introduced at Aalto University. If the electromagnetic field can use to observe targets. That means a revolution in quantum observation technology. Observing the quantum fields by using their interaction is making it possible to make many unbelievable things. 

These kinds of systems make it possible to read the electric signals from the human nervous system. Or they can read information from electric wires. And also able to see quantum objects is making possible that the system can hack even the qubits. Because the system doesn't touch the qubit it doesn't affect its energy level. And that means the data that is read remains in the same form as it is sent to the system. 

https://scitechdaily.com/researchers-use-quantum-mechanics-to-see-objects-without-looking-at-them/

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The robotic movement in curved space defies the laws of standard physics.

"Researchers have proven that when bodies exist in curved spaces, they can move without pushing against something" 

(ScitechDaily.com/Robotic Motion in Curved Space Defies Standard Laws of Physics)

The thing that when something moves in curved space without touching anything is an amazing thing. When an object touches something energy moves between that thing or our main object. And that means energy flow between quantum systems continues until the energy level between those systems is at the same level. The problem is that the wave motion have also a similar form to the regular particles. 

So the energy can flow away from the quantum system when it just touches some kind of wave motion. The thing that denies crossing the speed of light is the energy flow away from the accelerating object. That thing happens when the speed, and at the same time the mass of the object increases. 

When the speed and same time the kinetic mass of the object increases spacetime turns shorter. A similar effect is seen near black holes. But the difference between the moving object like a spaceship and the black hole is that the black hole pulls quantum fields inside it. The spacecraft must travel against a stable quantum field. 

Whenever the spacecraft travels through the quantum field energy has two possibilities. It can travel to our hypothetical spacecraft. Or it can travel out from the spacecraft. When energy travels out from spacecraft acceleration ends. 

But the curving space makes it possible that particles can travel ahead without touching anything. That thing means that nothing limits the speed of the object. If the curvature of space is high enough the object can travel between wave motion without touching it. Or the speed of the wave motion and photons is the same when energy transfer doesn't happen.  

The thing is that if a particle will not touch anything there is the possibility that it starts to vaporize. The particle will be discharged backward. Even if the nose or the front side of the particle will not allow the escape of the wave motion. There is the possibility that the superstrings are starting to discharge backward. 

By the way, there is one interesting vision about the gravitational engine. 

Curving space has given an idea for the gravitational engine that falls in the gravitational pothole. That engine would be like a propeller that falls in the wave motion and rotates horizontally or vertically. The idea is that the wave motion touches that propeller and because the energy level in both ends of the system is different than system causes energy flows backward in that system.

Or even a long antenna is enough in the case when gravitational energy is beneficial near the black hole. The idea is that the energy flows from the nose of the antenna which is in the higher energy level to the back which is in the lower energy level. 

The gravitational waves maybe not be possible to use themselves. But the wave motion that they are pulling inside the black hole can use to make the energy. Theoretically, the antenna that is put in the transition disk could give enough energy for the entire planet. 

 In some versions of this futuristic idea, the long body of the spacecraft is enough. And when the nose of the craft falls through the event horizon the body of the craft conducts energy out from the black hole or near it. 

https://scitechdaily.com/georgia-tech-researchers-defy-standard-laws-of-physics/