请输入您要查询的英文单词:

 

单词 natural philosophy
释义

natural philosophy


natural philosophy

n. The study of nature and the physical universe, especially before the advent of modern science.
natural philosopher n.

natural philosophy

n (Education) (now only used in Scottish universities) physical science, esp physics natural philosopher n
Thesaurus
Noun1.natural philosophy - the science of matter and energy and their interactionsnatural philosophy - the science of matter and energy and their interactions; "his favorite subject was physics"physicsphase space - (physics) an ideal space in which the coordinate dimensions represent the variables that are required to describe a system or substance; "a multidimensional phase space"containment - (physics) a system designed to prevent the accidental release of radioactive material from a reactorhodoscope - (physics) scientific instrument that traces the path of a charged particlemagnet - (physics) a device that attracts iron and produces a magnetic fieldmeniscus - (physics) the curved upper surface of a nonturbulent liquid in a vertical tubenuclear reactor, reactor - (physics) any of several kinds of apparatus that maintain and control a nuclear reaction for the production of energy or artificial elementsmetastability - the quality of a physical system that persists in its existing equilibrium when undisturbed (or only slightly disturbed) but able to pass to a more stable equilibrium when sufficiently disturbedisotropy, symmetry - (physics) the property of being isotropic; having the same value when measured in different directionswave-particle duality, duality - (physics) the property of matter and electromagnetic radiation that is characterized by the fact that some properties can be explained best by wave theory and others by particle theoryabsorption factor, absorptivity - (physics) the property of a body that determines the fraction of the incident radiation or sound flux absorbed or absorbable by the bodyreluctivity - (physics) the resistance of a material to the establishment of a magnetic field in itrest mass - (physics) the mass of a body as measured when the body is at rest relative to an observer, an inherent property of the bodyrelativistic mass - (physics) the mass of a body in motion relative to the observer: it is equal to the rest mass multiplied by a factor that is greater than 1 and that increases as the magnitude of the velocity increasesgravitational mass - (physics) the mass of a body as measured by its gravitational attraction for other bodiesinertial mass - (physics) the mass of a body as determined by the second law of motion from the acceleration of the body when it is subjected to a force that is not due to gravitymass energy - (physics) the mass of a body regarded relativistically as energyflux density, flux - (physics) the number of changes in energy flow across a given surface per unit areaabsorbance, optical density, photographic density, transmission density - (physics) a measure of the extent to which a substance transmits light or other electromagnetic radiationquantum - (physics) the smallest discrete quantity of some physical property that a system can possess (according to quantum theory)attracter, attractor - (physics) a point in the ideal multidimensional phase space that is used to describe a system toward which the system tends to evolve regardless of the starting conditions of the systemBose-Einstein statistics - (physics) statistical law obeyed by a system of particles whose wave function is not changed when two particles are interchanged (the Pauli exclusion principle does not apply)Dalton's law of partial pressures, law of partial pressures, Dalton's law - (chemistry and physics) law stating that the pressure exerted by a mixture of gases equals the sum of the partial pressures of the gases in the mixture; the pressure of a gas in a mixture equals the pressure it would exert if it occupied the same volume alone at the same temperatureBoltzmann distribution law, Maxwell-Boltzmann distribution law - (physics) a law expressing the distribution of energy among the molecules of a gas in thermal equilibriumFermi-Dirac statistics - (physics) law obeyed by a systems of particles whose wave function changes when two particles are interchanged (the Pauli exclusion principle applies)Charles's law, Gay-Lussac's law, law of volumes - (physics) the density of an ideal gas at constant pressure varies inversely with the temperatureHooke's law - (physics) the principle that (within the elastic limit) the stress applied to a solid is proportional to the strain producedKirchhoff's laws - (physics) two laws governing electric networks in which steady currents flow: the sum of all the currents at a point is zero and the sum of the voltage gains and drops around any closed circuit is zerolaw of gravitation, Newton's law of gravitation - (physics) the law that states any two bodies attract each other with a force that is directly proportional to the product of their masses and inversely proportional to the square of the distance between themlaw of thermodynamics - (physics) a law governing the relations between states of energy in a closed systemmass-energy equivalence - (physics) the principle that a measured quantity of mass is equivalent (according to relativity theory) to a measured quantity of energyPlanck's law - (physics) the basis of quantum theory; the energy of electromagnetic waves is contained in indivisible quanta that have to be radiated or absorbed as a whole; the magnitude is proportional to frequency where the constant of proportionality is given by Planck's constant
Translations

natural philosophy


natural philosophy

(now only used in Scottish universities) physical science, esp physics

Natural Philosophy

 

the philosophy of nature; a speculative interpretation of nature viewed in its [nature’s] entirety. Throughout the history of philosophy, the distinction between natural science and natural philosophy (as well as the latter’s place in philosophy) has often changed.

The most important period of natural philosophy was in classical antiquity. Natural philosophy was the first historical form of philosophy. Ancient Greek natural philosophers advanced a number of hypotheses that played an important role in the history of science; the most important hypothesis was that of the atomists. Later, natural philosophy was usually referred to as physics or physiology, that is, teachings about nature. The term “natural philosophy” (philosophia naturalis) was introduced by the Stoics (Seneca).

During the Middle Ages, when philosophy sought to substantiate the geocentric theory of the universe, natural philosophy underwent a period of almost total decline. Individual elements of classical natural philosophy were adapted to creationistic ideas of Christian, Muslim, and Judaic theology.

The Renaissance philosophers’ awakened interest in nature led to a revival of natural philosophy, which was associated with G. Bruno, B. Telesio, T. Campanella, G. Cardano, Paracelsus, and F. Patrizi. The natural philosophy of the Renaissance was based on pantheism and hylozoism. The principle of the identical nature of the microcosmos and macrocosmos was particularly widespread. Renaissance natural philosophy advanced the principle of the integral study of nature as well as a number of profound dialectical theses, for example, the thesis of the struggle between opposing elements as a source of change. However, on the whole, the Renaissance natural philosophers’ understanding of nature was to a large extent fantastical and included astrological and alchemical concepts. Intense efforts to master the forces of nature led to an interest in magic, cabalism, and Pythagorean number-mysticism.

In the 17th and 18th centuries, during the era of the rapid progress of mechanistic natural science, when analytic methods and the metaphysical method of examining nature prevailed, natural philosophy declined in importance. In German classical philosophy, natural philosophy again emerged as one of the principal philosphical disciplines, particularly in the philosophy of F. W. J. von Schelling, who attempted to summarize the achievements of contemporary natural science from the standpoint of objective idealism. Schelling introduced the dialectical concept of polarity, which he defined as the principle of the differentiation of the primary unity of nature. He proposed that higher forms represent, in a manner of speaking, the raising of lower forms to a higher power. Schelling’s natural philosophy was continued by L. Oken (Germany) and D. M. Vellanskii (Russia), as well as by natural scientists, including the physicist H. C. Oersted, the geologist H. Steffens, the biologists G. Treviranus and C. G. Carus, and the psychologist G. Schubert.

Marx and Engels highly valued the importance of “old natural philosophy”; however, they demonstrated its historical limitations. Describing natural philosophy, Engels wrote that it put “in place of the real but as yet unknown interconnections ideal, fancied ones, filling in the missing facts by figments of the mind and bridging the actual gaps merely in imagination. In the course of this procedure, it conceived many brilliant ideas and foreshadowed many later discoveries, but it also produced a considerable amount of nonsense, which indeed could not have been otherwise. Today, when one needs to comprehend the results of natural scientific investigation only dialectically, that is, in the sense of their own interconnection, . . . natural philosophy is finally disposed of” (K. Marx and F. Engels, Soch., 2nd ed., vol. 21, pp. 304–05).

Attempts to revive natural philosophy were made in the late 19th and early 20th centuries by W. Ostwald, H. Driesch, T. Lipps, and others. These men sought to overcome, by means of natural philosophy, the crisis of modern natural science. Elements of idealistic natural philosophy are present in the theory of emergent evolution and in the philosophy of A. Whitehead.

Dialectical materialism, proceeding from the Leninist delineation of the philosophical concept of matter and its natural scientific investigation, denies the possibility of natural philosophy as a separate philosophical discipline which dominates and directs the progress of the natural sciences.

REFERENCES

Dingier, H. Geschichte der Naturphilosophie. Berlin, 1932.
Holländer, A. Vom Wesen der Natur: Einführung in die traditionelle Naturphilosophie. Vienna, 1948.
Bense, M. Der Begriff der Naturphilosophie. Stuttgart, 1953.
Naturphilosophie: Von der Spekulation zur Wissenschaft. Edited by H. Hörz, R. Lother, and S. Wollgast. Berlin, 1969.

V. V. SOKOLOV

natural philosophy


natural philosophy

An obsolescent term for physics.

natural philosophy


  • noun

Synonyms for natural philosophy

noun the science of matter and energy and their interactions

Synonyms

  • physics

Related Words

  • phase space
  • containment
  • hodoscope
  • magnet
  • meniscus
  • nuclear reactor
  • reactor
  • metastability
  • isotropy
  • symmetry
  • wave-particle duality
  • duality
  • absorption factor
  • absorptivity
  • reluctivity
  • rest mass
  • relativistic mass
  • gravitational mass
  • inertial mass
  • mass energy
  • flux density
  • flux
  • absorbance
  • optical density
  • photographic density
  • transmission density
  • quantum
  • attracter
  • attractor
  • Bose-Einstein statistics
  • Dalton's law of partial pressures
  • law of partial pressures
  • Dalton's law
  • Boltzmann distribution law
  • Maxwell-Boltzmann distribution law
  • Fermi-Dirac statistics
  • Charles's law
  • Gay-Lussac's law
  • law of volumes
  • Hooke's law
  • Kirchhoff's laws
  • law of gravitation
  • Newton's law of gravitation
  • law of thermodynamics
  • mass-energy equivalence
  • Planck's law
  • Planck's radiation law
  • gravitational theory
  • Newton's theory of gravitation
  • theory of gravitation
  • theory of gravity
  • principle of relativity
  • principle of equivalence
  • field theory
  • natural science
  • astronomy
  • uranology
  • aeronautics
  • astronautics
  • biophysics
  • cryogenics
  • cryogeny
  • crystallography
  • electromagnetics
  • electromagnetism
  • electronics
  • electrostatics
  • mechanics
  • atomic physics
  • nuclear physics
  • nucleonics
  • optics
  • high energy physics
  • high-energy physics
  • particle physics
  • plasma physics
  • quantum physics
  • rheology
  • Bohr theory
  • conservation
  • conservation of parity
  • mirror symmetry
  • space-reflection symmetry
  • parity
  • undulatory theory
  • wave theory
  • wave theory of light
  • corpuscular theory
  • corpuscular theory of light
  • kinetic theory
  • kinetic theory of gases
  • Einstein's theory of relativity
  • relativity
  • relativity theory
  • theory of relativity
  • supersymmetry
  • quantum theory
  • solid-state physics
  • statistical mechanics
  • thermodynamics
  • dynamical system
  • chaos
  • collision
  • hit
  • gravitation wave
  • gravity wave
  • oscillation
  • vibration
  • undulation
  • wave
  • solitary wave
  • soliton
  • soliton wave
  • transient
  • quantum jump
  • recombination
  • transmutation
  • amplitude
  • node
  • antinode
  • center of buoyancy
  • center of immersion
  • centre of buoyancy
  • centre of immersion
  • wavefront
  • wave front
  • couple
  • elementary particle
  • fundamental particle
  • quark
  • weakly interacting massive particle
  • WIMP
  • physicist
  • Coriolis effect
  • perturbation
  • atomic spectrum
  • cohesion
  • Coriolis force
  • energy
  • free energy
  • power
  • work
  • force
  • gravitation
  • gravitational attraction
  • gravitational force
  • gravity
  • inertia
  • angular acceleration
  • angular velocity
  • light
  • visible light
  • visible radiation
  • sympathetic vibration
  • magnetic dipole moment
  • reluctance
  • scintillation
  • shear
  • stress
  • tension
  • strain
  • fundamental interaction
  • interaction
  • color force
  • strong force
  • strong interaction
  • weak force
  • weak interaction
  • absorption
  • diffusion
  • nuclear reaction
  • relaxation behavior
  • relaxation
  • spallation
  • modulus
  • coefficient of elasticity
  • elastic modulus
  • modulus of elasticity
  • gas constant
  • universal gas constant
  • R
  • constant of gravitation
  • gravitational constant
  • universal gravitational constant
  • G
  • metric
  • metric function
  • abundance
  • pencil
  • angle of dip
  • magnetic dip
  • magnetic inclination
  • dip
  • inclination
  • ground state
  • absorber
  • atom
  • molecule
  • acceleration
  • deceleration
  • bombard
  • backscatter
  • transform
  • decay
  • decompose
  • disintegrate
  • magnetize
  • magnetise
  • degauss
  • demagnetise
  • demagnetize
  • quench
  • liquify
  • liquefy
  • liquidise
  • liquidize
  • solidify
  • freeze down
  • freeze out
  • freeze
  • crystalise
  • crystalize
  • crystallise
  • crystallize
  • decouple
  • polarise
  • polarize
  • electrify
  • depolarise
  • depolarize
  • quantise
  • quantize
  • induct
  • induce
  • translate
  • attractive
  • repulsive
  • uncharged
  • miscible
  • mixable
  • immiscible
  • non-miscible
  • unmixable
  • critical
  • noncritical
  • diabatic
  • adiabatic
  • fissile
  • fissionable
  • nonfissionable
  • free
  • bound
  • reactive
  • unreactive
  • relativistic
  • fiducial
  • nuclear
  • metastable
  • quantal
  • quantized
  • dynamic
  • hydrodynamic
  • aerodynamic
  • rheologic
  • rheological
  • mesic
  • mesonic
  • reversibly
随便看

 

英语词典包含2567994条英英释义在线翻译词条,基本涵盖了全部常用单词的英英翻译及用法,是英语学习的有利工具。

 

Copyright © 2004-2022 Newdu.com All Rights Reserved
更新时间:2025/1/9 17:19:53