Every physical system could be characterized by its length and size of time it taken for processes taking place within it to evolve. This is as true of the electrons circulating about the nucleus of the atom as it is of a chain of mountains growing up over the ages.
Modern physics is a rich area including decisive experiments
performed in the early part of the 20th century and newest research that has
offered us a deeper knowing of fundamental procedure in nature. In conjunction
with our expanding understanding of the physical world, a burgeoning technology
has resulted in the development of lasers, solid state devices and numerous
Modern Physics have branches such as nuclear energy,
electronics, quantum theories and telecommunications which have recently been
developed while classical physics contains theories that are generally before
the 1970's like pressure, measurements, electricity and so on.
A number of scientists might be regarded as worthy of the
name 'the father of physics' because of their noteworthy contributions and
findings in the field.
Among those big names are:
Thales of Miletus
The father of modern physics. The facts is that our knowing
of physics probably would not be as deep and well formed if it was not for the
incredible work of all the men mentioned above.
If you are of the opinion that the father of physics should
be the very first person to delve into the field, then Thales of Miletus could
be a strong contender. He is widely viewed as the very first philosopher of
Ancient Greece and is in charge of the first documented observances on the
nature of matter. He have also been the first individual able to predict a
Physics for Dummies
Modern Physics is among the oldest academic disciplines,
perhaps the earliest through its inclusion of astronomy. Over the last two
millennia, physics had been a part of natural philosophy along with chemistry,
specific branches of biology and mathematics, but throughout the Scientific
Revolution in the seventeenth century, the natural sciences emerged as special
research programs in their own right.
Modern Physics intersects with numerous interdisciplinary
regions of research, for example quantum chemistry and biophysics and the
boundaries of physics are not rigidly described. New ideas in physics
frequently explain the basic mechanisms of other sciences while opening fresh
avenues of research in areas including philosophy and mathematics.
Physics also makes significant
contributions via advances in new technologies which arise from theoretical
breakthroughs. For instance, improvements in the understanding of nuclear
physics or electromagnetism led straight to the progression of new products
that have dramatically transformed modern-day society, including computers,
television, nuclear weapons and domestic appliances; advances in thermodynamics
resulted in the progression of industrialization and advances in mechanics
inspired the development of calculus.