【日本ハムスレ】レオネット【自称玄人】
[edit] Introduction
The deepest visible-light image of the universe, the Hubb
le Ultra Deep FieldSince antiquity, natural philosophers have sought to explain phy
sical phenomena such as the movement of the planets and the nature of matter, and this pursuit
was formerly the study known as "physics" (once spelled physike, in imitation of Aristotle). The
emergence of modern physics as a science distinct from natural philosophy
began with the scientific revolution of the 16th and 17th c
enturies and continued through
the dawn of modern physics in the ea
rly 20th century. The field has continued to exp
and, with a growing body of research leadin
to discoveries such a
s the Standard Model of fundamental particles and a detaile
d history of the universe, along with revolutionary
new technologies like nuclear weapons and semic
onductors. Research today progresses on a vast ar
ray of topics, including high-temperature superconductivity,
quantum computing, the search for the Higgs boson, and the a
ttempt to develop a theory of quantum gravity. Firmly ground
ed in observations and experiments, with a rich s
et of theories expressed in elegant mathematics,
physics has made a multitude of contributions t
o science, technology, and philosophy.
The deepest visible-light image of the universe, the Hubb
le Ultra Deep FieldSince antiquity, natural philosophers have sought to explain phy
sical phenomena such as the movement of the planets and the nature of matter, and this pursuit
was formerly the study known as "physics" (once spelled physike, in imitation of Aristotle). The
emergence of modern physics as a science distinct from natural philosophy
began with the scientific revolution of the 16th and 17th c
enturies and continued through
the dawn of modern physics in the ea
rly 20th century. The field has continued to exp
and, with a growing body of research leadin
to discoveries such a
s the Standard Model of fundamental particles and a detaile
d history of the universe, along with revolutionary
new technologies like nuclear weapons and semic
onductors. Research today progresses on a vast ar
ray of topics, including high-temperature superconductivity,
quantum computing, the search for the Higgs boson, and the a
ttempt to develop a theory of quantum gravity. Firmly ground
ed in observations and experiments, with a rich s
et of theories expressed in elegant mathematics,
physics has made a multitude of contributions t
o science, technology, and philosophy.
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