Elements of Classical and Quantum Physics

Michele Cini

Agnieszka Sokoll

This work presents an original philosophical synthesis of physical phenomena; it employs the terminology of modern physics, providing an original interpretation of existing concepts, and derives the proposed relationships through logical reasoning based on thought experiments and an analysis of the relationships between elements of physics. The theses presented constitute an original philosophical unification of the image of physical phenomena. The work postulates the existence of a spatial lattice as the missing physical element that reconciles the elements of classical and quantum physics. The work addresses relationality—as a fundamental physical element through which all qualities manifest.

Jacques Vanier, Cipriana Tomescu

The chapter recalls the main mathematical concepts used in the monograph. Then, elementary reviews are given of several subfields of physics including classical mechanics, electromagnetism, relativity and quantum physics. It introduces the concept of conservation of selected physical entities. Several applications are described and examples are provided.

R. Asokamani

Marmo, G, David Martı́n de Diego, Lecanda, Miguel

Vandana Arora, Jagneet Kaur Anand

While coherence is an intrinsic characteristic of quantum systems, de-coherence describes the environmental intrusion during the measurement process, leading to transition from quantum to classical reality, hence playing a pivotal role in quantum information processing. The authors emphasize the need to understand physical aspect of various elements of the density matrix of a quantum state and how these elements control the coherence/decoherence behaviour of quantum physics and the transition to classical domain