Uncertainty principle
description: fundamenteel principe in de kwantummechanica @nl
footer: Ω = ω/2
subject: Category:1927 in science
footer: . Note the tradeoff between the widths of the distributions.
label: Principe d'incertitude @fr
description: princípio fundamental na física quântica @pt
description: Inégalités mathématiques de la mécanique quantique @fr
direction: vertical
label: مبدأ الريبة @ar
caption: Wave packet
description: podstawowe prawo mechaniki kwantowej @pl
caption: Plane wave
description: квантова механіка @uk
label: Necerteca principo de Heisenberg @eo
label: Princip neurčitosti @cs
subject: Category:1927 in Germany
label: 불확정성 원리 @ko
subject: Category:Principles
image: Position_and_momentum_of_a_Gaussian_initial_state_for_a_QHO,_balanced.gif
description: mätosäkerhet inom kvantfysiken @sv
label: Prinsip ketidakpastian Heisenberg @in
description: 양자역학에서, 비가환인 두 관측가능량을 한꺼번에 정확히 측정할 수 없다는 원리 @ko
indent: :
description: Werner Heisenbergin vuonna 1927 esittämä kvanttimekaniikan perusperiaate @fi
image: Propagation of a de broglie wavepacket.svg
align: right
description: la principo, ke kvantuma stato ne povas havi kaj certan pozicion kaj certan movokvanton @eo
description: fundamentale Relation der Quantenmechanik @de
description: 量子力學概念 @zh
title: Proof of the Schrödinger uncertainty relation
footer: Ω = 2ω
label: Osäkerhetsprincipen @sv
label: Heisenbergsche Unschärferelation @de
description: عدم قطعیت در تعیین سرعت یا مکان ذره @fa
subject: Category:Scientific laws
subject: Category:Werner Heisenberg
image: Position_and_momentum_of_a_Gaussian_initial_state_for_a_QHO,_wide.gif
background colour: #F5FFFA
width: 250
description: مبدأ التشكيك و عدم اليقين البَّاري الخاص بالتتربب الإلكتروني ( الإلكترونات ) @ar
subject: Category:Quantum mechanics
reason: What printing/edition does this page number refer to? Use year for that, and orig-year for original publication date
label: Αρχή της απροσδιοριστίας @el
subject: Category:Mathematical physics
image: Propagation of a de broglie plane wave.svg
footer: Position and momentum probability densities for an initial Gaussian distribution. From top to bottom, the animations show the cases
description: osnovno načelo v kvantni fiziki @sl
date: December 2024
description: 量子力学における基礎的原理 @ja
label: 不确定性原理 @zh
label: Heisenbergen ziurgabetasunaren printzipioa @eu
footer: Ω = ω
title: Uncertainty principle
label: Relación de indeterminación de Heisenberg @es
description: principio fondamentale della meccanica quantistica @it
description: Предел точности измерения величин квантовой системы, открытый в 1927 году @ru
cellpadding: 6
footer: , and
label: Zasada nieoznaczoności @pl
width: 360
description: কোয়ান্টাম বলবিজ্ঞানের এক মৌলিক নীতি @bn
description: nguyên lý cơ học lượng tử @vi
label: Принцип невизначеності @uk
description: Principio de la mecánica cuántica @es
image: Position_and_momentum_of_a_Gaussian_initial_state_for_a_QHO,_narrow.gif
type: Thing
footer: Propagation of de Broglie waves in 1d—real part of the complex amplitude is blue, imaginary part is green. The probability of finding the particle at a given point x is spread out like a waveform, there is no definite position of the particle. As the amplitude increases above zero the curvature reverses sign, so the amplitude begins to decrease again, and vice versa—the result is an alternating amplitude: a wave.
label: Prionsabal éiginnteachta Heisenberg @ga
description: principi de la física quàntica @ca
subject: Category:Inequalities
border colour: #0073CF
label: 不確定性原理 @ja
label: Принцип неопределённости @ru
label: Onzekerheidsrelatie van Heisenberg @nl
label: Principi d'incertesa de Heisenberg @ca
footer: ,
label: Principio di indeterminazione di Heisenberg @it
id: p/u095100
description: Fundamental principle in quantum physics