Recent content by Axel Togawa

I think to be somewhat familiar with these concepts, but I'm not sure how they can explain my doubt; I mean, the central point of my query is based on the derivation of \textbf{v}_p starting from the following differential equation (Lorentz force)...

When studying a particle in slowly time varying, uniform electric field E, and in a constant, uniform magnetic field \textbf{B}, I found many texts where I can't understand the derivation of the "polarization drift" \textbf{v}_p, in particular I quote as reference this book I found online ([1]...

With the double slit, experiment we show the double nature of light and matter as wave and particle. In particular, the so called "which way" thought experiment illustrate the complementary principle. In my book, this experiment is analyzed putting a series of particles in front of one of the...

Ok thank you fro the answer

Yeah, sorry you are right. Anyway i found it on these sites: http://www.bio-physics.at/wiki/index.php?title=Heisenberg%27s_Microscope...

In the thought experiment proposed by Heisenberg, a single photon is scattered by the electron that we want to observe, and entering the microscope lens (the photon), it will create a diffraction pattern that gives the uncertainty on the position according to the law of optics. I wanted to ask...