
Physics' Assimilation and Purpose
Fundamentals and uses of measurement, theory, and observation.
Philip Henderson(Author)
Calluna Publishing
2nd Edition
Published on 6. April 2026
Book
Paperback/Softback
230 pages
978-1-9191987-1-2 (ISBN)
Description
Physics' Assimilation and Purpose, 2nd edition, Calluna Publishing, with answers.
So you are wanting to replace awe of introductory physics with deep holistic assimilation? Likely via some handy authoritative reference on fundamental research, best developmental practice, and contemporary applications such as in opto-electronics, communication, diagnostic medicine, and space.
On such matters, and more, Physics' Assimilation and Purpose provides uniquely exemplified, margin-noted, and question-tested guidance, whose:
Fundamental topics include:
Handling of data. Mathematical description of motion. Cause of motion - force, momentum, and energy. Propagation of energy via thermodynamics, flows, and waves. Gravitational, electric, magnetic, weak, and strong interactions between physical entities. Unification of the phyhsical interactions. Electronics. Photonics. Space. Time.
Applied topics include:
Medical imaging via ultrasound and magnetic resonance. Semiconductors. Communication. Medical imaging via endoscopes, X-rays, and gamma rays. Astronomy. Cosmology.
Knowledge-inspiring credentials further include:
Logical development following Newton, Maxwell, Einstein, and Feynman. Introduction to equilibrium, relativity, atoms, and quanta, Tantalising overtures to analogy, paradox, duality, and philosophy, Hooks to wonders like physicality of time, and theory of everything. Connections to chemistry and biology. Revealing of probable future trends. ¿Extensive primary and secondary referencing.
More details
Edition
2. Auflage
Language
English
Dimensions
Height: 234 mm
Width: 156 mm
Thickness: 13 mm
Weight
357 gr
ISBN-13
978-1-9191987-1-2 (9781919198712)
Schweitzer Classification
Person
Philip Henderson is a scientific writer, former professorial teacher at Forman Christian College Lahore, and a specialist in lasers and fibre-optic instrumentation following R&D at the Universities of Liverpool, Sydney, and Kent.