Ano ang ibig sabihin ng QUANTUM THEORY sa Tagalog

• quantum theory
• ang teoriyang quantum

Mga halimbawa ng paggamit ng Quantum theory sa Ingles at ang kanilang mga pagsasalin sa Tagalog

This was his Copenhagen interpretation of quantum theory.
Ito ay ang kanyang Copenhagen interpretasyon ng quantum theory.

This group discussed quantum theory, relativity and statistical mechanics.
Ang grupong ito tinalakay quantum theory, kapamanggitan at statistical mechanics.

From 1911 his main area of interest became quantum theory.
Mula sa kanyang mga pangunahing interes ng mga lugar ay naging quantum theory.

The quantum theory of magnetic charge started with a paper by the physicist Paul Dirac in 1931.
Ang teoriyang quantum ng magnetikong karga ay nagsimula sa papel ng pisikong si Paul A. M. Dirac noong 1931.

His first four papers in the late 1920s were on quantum theory.
Ang kanyang unang apat na mga papeles sa late 1920s ay sa quantum theory.

So it has been assumed that quantum theory is exactly true, but of course this can never be known.
Kaya ito ay assumed na quantum theory ay eksaktong totoo, ngunit ng kursong ito ay maaaring hindi kilala.

He studied the unbounded operators which arose from quantum theory.
Siya ang walang hanggan-aral ng operator na arose mula sa quantum theory.

Using quantum theory and general relativity he was able to show that black holes can emit radiation.
Ang paggamit ng quantum theory at pangkalahatang kapamanggitan siya ay upang ipakita na itim na butas ay maaaring magbigay radiation.

Heisenberg published The Physical Principles of Quantum Theory in 1928.
Heisenberg-publish Ang Pisikal na Prinsipyo ng quantum theory sa 1928.

Bell was already thinking deeply about quantum theory, not just how to use it, but its conceptual meaning.
Bell ay na-iisip tungkol sa quantum theory mataimtim, hindi lamang kung paano sa gumamit ito, ngunit ang mga haka-haka kahulugan.

This is of fundamental importance in early quantum theory.
Ito ay ng pangunahing kahalagahan sa mga unang bahagi ng quantum theory.

This meant Hawking's idea was at odds with quantum theory, which says information cannot be destroyed.
Nangangahulugan ito na ang ideya ni Hawking ay nasa mga logro na may teorya ng kabuuan, na nagsasabing hindi masisira ang impormasyon.

These algebras had been introduced by Pascual Jordan as being related to quantum theory.
Ang mga ito algebras had ay ipinakilala sa pamamagitan ng Pascual Jordan bilang may kaugnayan sa quantum theory.

He therefore concluded that if quantum theory was correct, so one ruled out possibility(3), then(2) must be true.
Siya kaya concluded na kung quantum theory ay tama, kaya isa pinasiyahan ang posibilidad( 3), at pagkatapos,( 2) ay dapat na totoo.

While he was in Berlin Bose attended a course on quantum theory given by Born.
Habang siya ay sa Berlin Bose, nag-aral ng isang kurso sa quantum theory na ibinigay ng Born.

Relativity and quantum theory were classed as"Jewish" and as a consequence Heisenberg's appointment to Munich was blocked.
Kapamanggitan at quantum theory ay classed bilang" Jewish" at bilang resulta Heisenberg's appointment sa Munich ay hinarangan.

For the rest of his life, Bell continued to criticise the usual theories of measurement in quantum theory.
Para sa ang magpahinga ng kanyang buhay, Bell patuloy na criticise ang karaniwang theories ng pagsukat sa quantum theory.

Planck himself in explains how despite having invented quantum theory he did not understand it himself at first.
Planck kanyang sarili sa nagpapaliwanag kung paano sa kabila ng pagkakaroon ng imbento quantum theory niya ay hindi maintindihan ito ng kanyang sarili sa unang.

Denmark has a long scientific tradition that included the great Niels Bohr, one of the founders of quantum theory.
Denmark ay isang matagal na pang-agham na tradisyon, na kasama ang magandang Niels Bohr, isa sa mga founder ng quantum theory.

After his doctoral work on quantum theory he turned toward topology and the theory of analytic functions in several indeterminates.
Pagkatapos ng kanyang doktor ng trabaho sa quantum theory niya nabuksan papunta sa topology at ang teorya ng analytic function sa ilang indeterminates.

Once this mistake was realised, it was clear that hidden variables theories of quantum theory were possible.
Kapag ito ay pagkakamali realised, ito ay malinaw na ang mga nakatagong mga variable theories ng quantum theory ay posible.

Next he looked at the theory of radiative transfer and the quantum theory of the negative ion of hydrogen from 1943 to 1950, followed by hydrodynamic and hydromagnetic stability from 1950 to 1961.
Susunod na siya tumingin sa teorya ng namamanaag transfer at ang quantum theory ng mga negatibong Ion ng haydrodyen 1943-1950, sinusundan ng hydrodynamic at hydromagnetic katatagan 1950-1961.

This conference looked at the problems of having two approaches, namely that of classical physics and of quantum theory.
Ang kumperensya tumingin sa mga problema ng pagkakaroon ng dalawang pagtugon, namely na ng mga klasiko physics at ng quantum theory.

During the 1950s Friedrichs wrote five articles on Mathematical aspects of the quantum theory of fields which eventually became part of his book with the same title.
Sa panahon ng 1950s Friedrichs wrote limang artikulo sa matematika aspeto ng kabuuan ng teorya ng mga patlang na kung saan sa huli ay naging bahagi ng kanyang mga libro na may parehong pamagat.

He remained there until 1957, publishing results on applications of his functional analysis results to quantum theory.
Siya ay nanatili doon hanggang 1957, sa paglalathala sa mga resulta sa mga aplikasyon ng kanyang pagganap sa pagtatasa ng mga resulta sa quantum theory.

The quantum theory of the period between Planck's discovery of the quantum(1900) and the advent of a full-blown quantum mechanics(1925) is often referred to as the old quantum theory..
Ang teoriyang quantum sa pagitan ng pagkakatuklas ni Max Planck ng quantum( 1900) at ang pagdating ng isang lubusang umunlad na mekanikang quantum( 1925) ay kadalasang tinutukoy na lumang teoriyang quantum..

His explanation covered the absorbsion and excitation of spectral lines and the correspondence principle which he had set out in three papers On the quantum theory of spectra between 1918 and 1922.
Kanyang paliwanag sakop ang Absorsyon at paggulo multo ng mga linya at ang pagsusulatan prinsipyo na niya binabanggit sa tatlong mga papeles Sa kabuuan teorya ng spectra sa pagitan ng 1918 at 1922.

Mathematicians who are familiar with the fundamental concepts of quantum theory of single particles and who would like to learn which mathematical concepts are involved in the simplest problems of field quantum theory.
Mathematicians na pamilyar sa mga pangunahing konsepto ng quantum theory ng solong particles at sino ang gusto mong malaman kung aling mga matematiko concepts ay kasangkot sa pinakasimpleng problema ng mga patlang ng quantum theory.

In applied mathematics he studied optics, electricity, telegraphy, capillarity, elasticity, thermodynamics, potential theory, quantum theory, theory of relativity and cosmology.
Inilapat sa matematika siya-aral ng optika, koryente, telegrapya, maliliit na ugat, pagkalastiko, termodinamika, mga potensyal na teorya, quantum theory, theory ng kapamanggitan at kosmolohiya.

The quantum theory paper explained that the Stark effect, namely the splitting of the spectral lines of hydrogen by an electric field(the amount being proportional to the field strength), could be proved from the postulates of quantum theory..
Ang quantum theory papel ipinaliwanag na ang mga payak na effect, namely ang malakas ng multo linya ng haydrodyen sa pamamagitan ng isang electric field( ang halaga na nauukol sa larangan ng lakas), ay maaaring proved mula sa mga postulates ng quantum theory..