Recent content by danielhaish

The idea is not to get interference in the beams splitter. But to have particle with superposition of 2^n states . The manipulation for the calculation can happened in the end the finel.position. For instance You may put in the end of the path some sort of a mirror that will send all paths to...

Yes but this is the same in quantom computer when you measure you get one result the calculation is done by manipulating the statcitics

Thecnhcilly you can achieve that then without connecting the splitter but that will require amount 2^n of splitters which is not practical . But if one path is longer then then the other how can the the longer path interfere with the shorter path , if the photon hit the second splitter in...

It's very hard to entangle many particles and keep them entangled, especially at room temperature. So I had an idea: instead of using many particles, what if we use just one — like a photon — and split its path many times? Each time the photon hits a splitter, its path is divided. We make sure...

What I mean is that also in linear systems the frequency floor is effected by low frequency component due phenomenas such Low-Frequency Modulation and other phenomena caused by interference .regular filters follow superposition which means they wont be able to remove the noise crested by...

The point is that there is a noise floor effected by other frequencies for isntance strong transmission in low frequency can raise the entire noise floor due spectral leakage

True but if it was somehow possible build a filter that based on such an effect instead of escalation in a conductor you could isolate the effect of other frequency on you signal

Assume you transmitted in low frequency the floor noise would still be effected by other frequencies due interference. But is it possible to reduce the noise created by higher frequency sources by blocking them in a way that won't block the photons transmitted by your source . So even tho by...

Hello I dont want to confuse the op, so I suggest that you would like to keep our descation we would do it here

Quantum phenomenons are measured using macroscopic measuring devices so any recorded quantum phenomenon has been effected the macro scale some how. But it an interesting question to ask what could create positive feedback and have big effect on macro world

But what i am saying is that mathematiian job is not only to do calculations is also to develop method and system to solve those problems. So mathematiian may see simole highschool physics as new system he need the explore onc onc he know the foundation rules(or axioms)

In high school usually most questions are based on newton movement laws, which can be considered as mathematical system, a math explorer shouldn't have problem with learning this system and solve problems

Once you describe the forces I guess it oure math. Every set of axioms can be considered math system

Assuming the door is blocking the sound in a mount relative to it volume. For example x% or yDB if so the first door would be more important because it will reduce part of higher number . That why we usually put the amplifier in the beginning of the circle for not increasing the noise

But what would give more accurate result to the finel position of the object