Zeitschrift für Laser, Optik und Photonik

Gravity and electromagnetism are two of a kind, which is the piece of information of this unification. Gravity and electromagnetism are addressed by two numerical designs, symmetric and antisymmetric individually.

The troubles and inconsistencies of quantum mechanics are shown and explained in detail by uprightness of the examinations between the test realities and hypothetical outcomes acquired from the arrangements of Schr dinger conditions with various possibilities, which can just give the wave highlights of tiny particles, yet can't generally display their corpuscle highlights. These troubles and logical inconsistencies are inborn and inescapable for quantum mechanics and can't be killed and defeated in its structure regardless of how of the quantum mechanics or outside possibilities. The he challenges and logical inconsistencies of quantum mechanics he troubles and inconsistencies of quantum mechanics troubles and logical inconsistencies showed plainly that quantum mechanics is just a straight and rough hypothesis and can't be used to depict effectively and totally the duality of wave and corpuscle highlights of infinitesimal particles.

New strategy, foundational instinct, uncovers: There are two basic particles virtual electron and positron; their connection brings forth virtual positronium portrayed by energy; positroniums trade photons and gain states (composiums) with complex energy; there exists ether comprising of composiums and depicted by relationship work; ether creates unexpectedly mesons and neutrons; infinite beams are its appropriate radiation; their information empowered us to assess qualities of ether and measurements of particles; sweep of genuine electron about 0.01 fm;  neutron is straight framework with ceaselessly conveyed boundaries

Half-Heusler mixes are promising semi-transmitters which are harmless to the ecosystem and of minimal effort thermoelectric materials. They have a high figure of legitimacy. Half-Heusler (HH) amalgams are among the most encouraging novel thermoelectric (TE) materials expected for mid-to-high temperature power age applications. They are individuals from the immense group of Heusler compounds with the overall structure X2YZ, comprising of three interpenetrating face-focused cubics (fcc) sub-cross sections (Wang et al., 2016). Zirconium Lead Palladium (ZrPdPb) is one of the instances of the Half-Heusler combination that crystalizes in the face-focused cubic design with the space bunch F4-3m (Koller et al., 2009). In this work, the primary, mechanical and thermodynamic properties of ZrPdPb were researched by the main guideline counts utilizing Quantum Espresso that actualizes the Density Functional Theory (DFT).

Since the striking paper: A Pair of Calabi-Yau Manifolds as an Exactly Soluble Super conformal Theory???, by Candelas, de la Ossa, Green, and Parkes showed up in 1990 in Nuclear Physics B, Mirror Symmetry has been concentrated broadly by the two Physicists and Mathematicians. I have been attempting to explain numerical system of the mirror balance speculation according to the perspective of moduli space of semi guides. In this discussion, I momentarily clarify my outcomes on traditional mirror balance got from my examination through these 20 years.