BukuFisikaModernKennethKranepdf

Modern Physics by Kenneth S. Krane: A Review
Modern Physics is a textbook written by Kenneth S. Krane, a professor of ph=
ysics at Oregon State University. The book covers the topics of relativity,=
 quantum mechanics, statistical physics, nuclear physics, high energy physi=
cs, astrophysics, and cosmology. It is intended for second-year undergradua=
te students of science and engineering who have already taken a basic physi=
cs course.


The book aims to provide a balanced presentation of both the historical dev=
elopment and the experimental evidence of modern physics concepts. It also =
includes many worked examples, exercises, and applications that illustrate =
the relevance and importance of modern physics in various fields of science=
 and technology. The book has been widely used and praised by students and =
instructors for its clarity, organization, and pedagogical features.



BukuFisikaModernKennethKranepdf

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The book has three editions, the latest one published in 2012 by Wiley. The=
 third edition has been updated with new topics, examples, and problems tha=
t reflect the current state of research and discovery in modern physics. Th=
e book also has a companion website that offers additional resources for st=
udents and instructors, such as simulations, animations, videos, and soluti=
ons.


Modern Physics is a comprehensive and accessible introduction to the fascin=
ating and challenging world of modern physics. It is suitable for anyone wh=
o wants to learn more about the fundamental theories and phenomena that sha=
pe our understanding of nature at the smallest and largest scales.

In this article, we will review some of the main topics and concepts covere=
d in Modern Physics by Kenneth S. Krane. We will also highlight some of the=
 features and benefits of the book for students and instructors.


Relativity
The first part of the book deals with the theory of relativity, which was d=
eveloped by Albert Einstein in the early 20th century. The theory of relati=
vity consists of two parts: the special theory of relativity and the genera=
l theory of relativity. The special theory of relativity describes the effe=
cts of motion on space and time, such as length contraction, time dilation,=
 mass-energy equivalence, and the Lorentz transformation. The general theor=
y of relativity extends the special theory to include gravity, which is exp=
lained as a result of the curvature of space-time caused by mass and energy=
.


The book introduces the basic concepts and principles of relativity using s=
imple examples and diagrams. It also shows how relativity can be applied to=
 various phenomena, such as the twin paradox, the Doppler effect, the gravi=
tational redshift, and the gravitational lensing. The book also discusses s=
ome of the experimental tests and observations that have confirmed the pred=
ictions of relativity, such as the Michelson-Morley experiment, the Eddingt=
on experiment, the gravitational wave detection, and the black hole imaging=
.






Quantum Mechanics
The second part of the book deals with quantum mechanics, which is the bran=
ch of physics that describes the behavior of matter and energy at the atomi=
c and subatomic scales. Quantum mechanics reveals that nature is fundamenta=
lly probabilistic, discrete, and non-local. Some of the key concepts and pr=
inciples of quantum mechanics include the wave-particle duality, the uncert=
ainty principle, the Schr=C3=83dinger equation, the superposition principle=
, the measurement problem, and the entanglement phenomenon.


The book introduces quantum mechanics using a historical approach, tracing =
its development from the early experiments on light and atoms to the modern=
 interpretations and applications. It also shows how quantum mechanics can =
be used to explain various phenomena, such as the photoelectric effect, the=
 Compton effect, the Bohr model of the atom, the hydrogen spectrum, the ele=
ctron spin, and the tunneling effect. The book also discusses some of the e=
xtensions and implications of quantum mechanics, such as quantum statistics=
, quantum information, quantum cryptography, and quantum computing.


Statistical Physics
The third part of the book deals with statistical physics, which is

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