Recent content by arkantos

Thank you for your answers. Sorry if this will seem silly: At least we can say that the two particles that enter in the same event horizon at the same time toward the same singularity will have the same speed of light velocity; it is correct? And this can be said for every particle that enters...

Hi guys. Imagine that in the exact instant when a massive particle A crosses the event horizon of a black hole, a Photon does the same,so that they have a race toward the singularity. Who will win the race? Will they have still different velocities?

okay, thanks for the answer. So now I have another question: from the point of view of an observer, when an object crosses the event horizon of a super massive black hole, which density is low,it will be frozen immediately right? According to the observer the object is already frozen in time...

According to the theory, every mass has a Schwarzschild radius associated. Any object whose radius is smaller than its Schwarzschild radius is called a black hole. So in principle is possible to create mini-black holes, it is just a fact of matter condensed. Those mini black holes have their...

Yh... no way it is dependent. I was trying somehow to reinterpret the notion of spin as a variable dependent from the particle position.

For what I understood, silver atoms are sent through an inhomogeneuos magnetic field. It must be inhomogeneus, because if it was homogeneous we don't observe deflection at all, right? Which also means that an inhomogeneous field is the fundamental condition for the observation of a particle...

ok, so what behaviour we expect? In particular I would like to know if the change of field configuration, intended as distance of N and S components from the silver beams, will affect the average measure of spin we obtain. I mean, If the N component is closer to the silver beam than S...

My bad, I expressed myself miserably. I'm talking about the Stern-Gerlach experiment. I attach here a picture.

During a SG experiment, the components N and S of the magnetic field are placed at the exact distance from the beam of particle?(or with precise approximation) What would happen if for example S is placed a little more distant from the beam of particle than N? Will we observe more deflection...

Good morning guys, pardon me for the intrusion. I take the opportunity to ask a question in this conversation rather than publish a new post. If the spin of particles is an intrinsic propriety, and any kind of particle has its own value spin, how the value of the spin of any particle has been...