Interpretation of quantum mechanics

Today we might know an atom being the smallest piece of an element that represent an element, but you might not know the whole story. It all being in 1803, when a curious guy, known as John Dalton, who proposed an “atomic theory” with spherical solid atoms based upon measurable properties of mass. Later on Dalton introduced his belief that atoms of different elements could be universally distinguished based on their varying atomic weights. John Dalton's research not only changed the face of…

We all love screaming. So why don’t we do it more? I’ll tell you why! It’s because it is not socially acceptable, and that is really quite horrible, because there are so many positives to screaming. I’m sure that I am not the only one who thinks that it’s not fair that when a child screams, it’s completely normal, or at least not completely unheard of. Yet, if basically anyone older than 6 or 7 were to scream in public, they would be judged, or stared at by complete strangers, and that needs to…

Niels Bohr Ethics and Involvement in Manhattan Project Niels Henrik David Bohr was a Danish physicist that made numerous contributions to the study and understanding of the atomic structure and quantum theory. He was involved in the Manhattan Project that on its own have its wrong and rights. Bohr supported the peaceful implementation of atomic energy and feel open about different nation consideration to nuclear weapons. Niels Bohr was born on October 7 ,1885 he later enrolled in Copenhagen…

A spectroscope takes in light and breaks it into their own individual wavelengths, which are the colored lines we see. The light was produced by electrons, which each have their own quantum, or energy level. When we run a current through the atom, the electron gains energy and jumps to a higher level to its excited state. When they fall back to their ground state, they release their stored energy through the form of light. The line spectra for different atoms differ because they each have a…

During an exam, ultrasonic beams propagate through a patient’s tissue by means of the transducer. As the beam propagates, there is a loss of energy through absorption, reflection, and scattering. This loss is displayed in the image as shadowing. To start, shadowing may result due to the absorption or reflection of most of the energy. The degree of shadowing is dependent on the structure and size of the object that’s blocking the ultrasonic beam and its relativity to it. Shadowing is seen when…

orbitals. An empty space represents an unoccupied orbital. A space occupied with one up arrow represents an orbital with one electron. a space containing both an up and down arrow represents a filled orbital. Each box is labeled with the principal quantum number and sub level associated with the orbital. Sub level P has three spaces and is one behind, sub level D has five spaces and is two behind. Each line must have all up arrows before going through and adding down arrow. For example carbon's…

REVIEW Name Course Date of submission Introduction Meliva Marić was a Serbian scientist married to Albert Einstein. Marić was a very intelligent woman, and she studied physics and mathematics at the Zurich Polytechnic where she met Albert Einstein. There has been lots of conspiracy surrounding her role in the life of Albert Einstein, the scientist who invented the relativity theory. There have existed a lot of theories about her involvement in the works of Einstein. In the…

The first atomic model was introduced by an English chemist, physicist, and meteorologist named John Dalton. John Dalton had reintroduced the idea of the atom that had once been a theory of a Greek scientist named Democritus. However, unlike Democritus, Dalton was able to prove the existence of atoms. Through many experiments, Dalton came up with a list of properties, that he thought, all atoms shared. Each element is composed of atoms Atoms are tiny, featureless spheres All atoms of same…

DESCRIPTION In the paper titled “Non-Markovian coherence and entanglement transfer in a quantum version of Newton’s cradle”, Mu and co-author have presented the quantum analog of the classical Newton’s cradle. An array of couple cavities (coupled with a common Markovian and non-Markovian environment) with nearest neighbor hopping interaction between the cavities, has been selected as the quantum cradle. In the case of quantum cradle with Markovian baths, single exception transfer is used…

Quasiclassical Elienberger equations [129] for the green functions g(k , r, and order parameter , is a powerful tool to deal with inhomogeneous superconductors [130]. These functions depend on the so called, ‘Matsubara frequency’, , coordinate r, and wave vector k on the fermi surface. The dependence of green functions and order parameters on the wave vector k, makes them sensitive to the shape of fermi surface. This makes solution of Elienberger equations complicated in the system of complex…