User:SDZeroBot/NPP sorting/STEM/Physics: Difference between revisions

Revision as of 02:00, 19 August 2025

Latest revision as of 13:48, 30 August 2025

(22 intermediate revisions by the same user not shown)

Line 1:

{{User:SDZeroBot/NPP sorting/header|count=2325|date=1930 August 2025|ts=0213:0048, 1930 August 2025 (UTC)}}

{| class="wikitable sortable"

Line 14:

| In [[Kaluza–Klein theory]], a unification of [[general relativity]] and [[electromagnetism]], the five-fimensional Kaluza–Klein–Riemann curvature tensor (or Kaluza–Klein–Riemann–Christoffel curvature tensor) is the generalization of the four-dimensional [[Riemann curvature tensor]] (or Riemann–Christoffel curvature tensor).

| Stub

| data-sort-value=32233289 | [[Special:Contribs/Samuel Adrian Antz|Samuel Adrian Antz]] (32233289)

|

|-

Line 21:

| The [[Ising model]] is a prototypical model in [[statistical physics]]. The model consists of discrete variables that represent magnetic dipole moments of atomic "spins" that can be in one of two states (+1 or −1). The spins are arranged in a graph, usually a lattice (where the local structure repeats periodically in all directions), allowing each spin to interact with its neighbors.

| C

| data-sort-value=10471119 | [[Special:Contribs/Stepwise Continuous Dysfunction|Stepwise Continuous Dysfunction]] (10471119)

|

|-

| 2025-06-14

| [[Herschel's condition]] <small>(Optical system example)</small>

| In [[optics]], the Herschel's condition is a condition for an [[optical system]] to produce sharp images for objects over an extended axial range, i.e. for objects displaced along the optical axis. It was formulated by [[John Herschel]].

| Start

| data-sort-value=104 | [[Special:Contribs/Sufficient statistics|Sufficient statistics]] (104)

|

|-

Line 35 ⟶ 28:

| The 1859 City of Adelaide colonial by-election was held on 13 May 1859 to elect one of six members for [[Electoral district of City of Adelaide|City of Adelaide]] in the [[South Australian House of Assembly]], after sitting member [[William Henville Burford]] resigned on 29 April 1859.

| Stub

| data-sort-value=80338043 | [[Special:Contribs/Milkk7|Milkk7]] (80338043)

|

|-

Line 43 ⟶ 36:

| C

| data-sort-value=2829 | [[Special:Contribs/Faster than Thunder|Faster than Thunder]] (2829)

|

|-

| 2025-05-21

| [[Quantum circuit cutting]]

| ''Quantum circuit cutting'' is a method to partition a large [[quantum circuit]] into smaller, more manageable parts. In particular, during the [[Noisy intermediate-scale quantum era|NISQ era]] of [[quantum computing]] the execution of quantum circuits is limited by the size, i.e., number of [[qubit]]s, as well as their high susceptibility to noise.

| C

| data-sort-value=13 | [[Special:Contribs/Lsherzog1998|Lsherzog1998]] (13)

|

|-

Line 56 ⟶ 42:

| In [[differential geometry]] and in particular [[Yang–Mills theory]], Uhlenbeck's singularity theorem is a result allowing the removal of a [[Singularity (mathematics)|singularity]] of a [[Four-dimensional Yang–Mills theory|four-dimensional Yang–Mills]] field with finite energy using gauge. It states as a consequence that Yang–Mills fields with finite energy on flat [[euclidean space]] arise from Yang–Mills fields on the curved [[sphere]], its [[one-point compactification]].

| Start

| data-sort-value=32233289 | [[Special:Contribs/Samuel Adrian Antz|Samuel Adrian Antz]] (32233289)

|

|-

| 2025-07-07

| [[Quaternion Lorentz Transformations]] <small>(Linear transformation of spacetime coordinates)</small>

| In [[special relativity]], a [[Lorentz transformation]] is a real [[linear transformation]] of the [[spacetime coordinates]] t, x, y, z that preserves the Minkowski invariant or [[spacetime interval]] <math display="block">c^2 \, t^2-x^2-y^2-z^2</math> Using the 4x4 [[metric tensor]] <math>\eta</math>, this is

| C

| data-sort-value=496 | [[Special:Contribs/DonaldWP|DonaldWP]] (496)

|

|-

Line 71 ⟶ 50:

| C

| data-sort-value=66 | [[Special:Contribs/PikutaMe|PikutaMe]] (66)

|

|-

| 2024-01-09

| [[Ian Smith (civil engineer)]] <small>(Canadian and Swiss civil engineer)</small>

| Ian F. C. Smith is a Canadian and Swiss [[civil engineer]]. He is Emeritus Professor at the [[École Polytechnique Fédérale de Lausanne]] (EPFL) in Switzerland and was the founding director of the [[Nemetschek#Georg_Nemetschek_Institute_-_Artificial_Intelligence_for_the_Built_World|TUM Georg Nemetschek Institute Artificial Intelligence for the Built World]] at the [[Technical University of Munich]] in Germany.

| Start

| data-sort-value=10418 | [[Special:Contribs/SufficientRonal statisticstarim|SufficientRonal statisticstarim]] (10418)

|

|-

| 2024-01-22

| [[Silvano Donati]] <small>(Italian physicist in the field of photonics)</small>

| Silvano Donati (born 19 August 1942) is a physicist in the field of [[photonics]]. He is an emeritus professor at the [[University of Pavia]] where he has been Full Professor for 30 years and created the Electro-Optical Engineering Group.

| C

| data-sort-value=1335 | [[Special:Contribs/Lsherzog1998Fratilias|Lsherzog1998Fratilias]] (1335)

|

|-

Line 84 ⟶ 77:

| Dora Reisser (born February 1942) is a former British actress and fashion designer.

| Start

| data-sort-value=1619416438 | [[Special:Contribs/Rigg|Rigg]] (1619416438)

|

|-

Line 112 ⟶ 105:

| Dmitry Volkov ({{langx|uk|Дмитро Васильович Волков}}; 3 July 1925 – 5 January 1996) — physicist. [[Doctor of Philosophy|PhD]] in 1956. Doctor of Physical and Mathematical Sciences ([[Habilitation]]) in 1968. Professor (1977). [[Academician]] of [[National Academy of Sciences of Ukraine]] (1988).

| Start

| data-sort-value=3334 | [[Special:Contribs/Thrynova|Thrynova]] (3334)

|

|-

| 2025-06-16

| [[Amouna]] <small>(2015 Emirati TV series or program)</small>

| ''Amouna'' (Arabic: أمونة), or alternatively known as Amouna al Mazyouna (Arabic: أمونة المزيونة) is an Emirati children's animated series created by Amer Kokh. It premiered on 25 September 2015 and aired on [[:ar:قناة_ماجد_للأطفال|Majid Kids TV]]. the series about Amouna is going on a adventure with her brother, Ali and Seif.

| Start

| data-sort-value=58 | [[Special:Contribs/RobinHarrisonfan2008|RobinHarrisonfan2008]] (58)

|

|-

Line 134 ⟶ 120:

| C

| data-sort-value=104 | [[Special:Contribs/Ozzwah|Ozzwah]] (104)

|

|-

| 2025-08-10

| [[Horace Hewitt Poole]]

| Horace Hewitt Poole (1886–1962) was an Irish physicist and academic who worked in [[radioactivity]] and [[experimental physics]]. A Trinity Scholar in 1905, he graduated as Senior Moderator in 1907. In 1909, Poole was appointed assistant in the Physics Department of [[Trinity College Dublin]], and remained in that post until 1921, when he became chief executive officer for science at the [[Royal Dublin Society]] (R.D.S.).

| Stub

| data-sort-value=166 | [[Special:Contribs/Gukecavoran|Gukecavoran]] (166)

|

|-

Line 154 ⟶ 133:

| Stephen (Geoffrey) Lipson (born 8 January 1941) is an Israeli-British physicist. He is Emeritus Professor of Physics at [[Technion]].

| Start

| data-sort-value=1015 | [[Special:Contribs/Agent1967|Agent1967]] (1015)

|

|-

| 2025-0806-1214

| [[JohnHerschel's Donoghue (physicist)condition]] <small>(AmericanOptical theoreticalsystem physicistexample)</small>

| In [[optics]], the Herschel's condition is a condition for an [[optical system]] to produce sharp images for objects over an extended axial range, i.e. for objects displaced along the optical axis. It was formulated by [[John Herschel]].

| John Francis Donoghue (born November 30, 1950) is an American theoretical physicist whose research primarily focuses on [[particle physics]] and [[general relativity]], with a particular emphasis on the use of effective field theory methods. He is Distinguished Professor Emeritus at the [[University of Massachusetts Amherst]].

| Start

| data-sort-value=56115 | [[Special:Contribs/B.V.SvistunovSufficient statistics|B.V.SvistunovSufficient statistics]] (56115)

|

|-

| 20052025-1108-2819

| [[ContactThomas tensionL. Gilbert]] <small>(typeAmerican ofscientist electrical phanomenons(1922–2016))</small>

| Thomas L. Gilbert (November 24, 1922 – May 19, 2016) was an American physicist, a specialist in statistical physics.

| Contact tension (also known as the contact electromotive force) is a term suggested to explain how electricity is generated in an [[electric battery]] or, as it was then called, the [[Voltaic pile]]. It was not the appropriate explanation for batteries which depend upon chemical reactions.

| Start

| data-sort-value=255392574 | [[Special:Contribs/LinasSunlitsky|LinasSunlitsky]] (255392574)

|

|-

| 2025-06-1416

| [[Amouna]] <small>(2015 Emirati TV series or program)</small>

| ''Amouna'' (Arabic: أمونة), or alternatively known as Amouna al Mazyouna (Arabic: أمونة المزيونة) is an Emirati children's animated series created by Amer Kokh. It premiered on 25 September 2015 and aired on [[:ar:قناة_ماجد_للأطفال|Majid Kids TV]]. the series about Amouna is going on a adventure with her brother, Ali and Seif.

| Start

| data-sort-value=5861 | [[Special:Contribs/RobinHarrisonfan2008|RobinHarrisonfan2008]] (5861)

|

|-

| 2025-0508-21

| [[Shaofan Li]] <small>(Chinese-American computational mechanics researcher)</small>

| Shaofan Li is a Chinese-American professor of applied and [[computational mechanics]] in the Department of [[Civil and Environmental Engineering]] at the [[University of California, Berkeley]].

| C

| data-sort-value=16622 | [[Special:Contribs/GukecavoranYusnadha|GukecavoranYusnadha]] (16622)

|

|-

| 2025-0608-1621

| [[Yang–Mills moduli space]] <small>(Moduli space of the Yang–Mills equations)</small>

| In [[gauge theory]], the Yang–Mills moduli space (short YM moduli space, also instanton moduli space) is the [[moduli space]] of the [[Yang–Mills equations]], hence the space of its solutions up to [[gauge]]. It is used in [[Donaldson's theorem]], proven in and improved in , which was listed as a contribution for [[Simon Donaldson]] winning the [[Fields Medal]] in 1986, and to defined the [[Donaldson invariant|Donaldson invariants]] used to study four-dimensional smooth manifolds (short 4-manifolds).

| C

| data-sort-value=3289 | [[Special:Contribs/Samuel Adrian Antz|Samuel Adrian Antz]] (3289)

|

|-

| 2025-07-07

| [[Quaternion Lorentz Transformations]] <small>(Linear transformation of spacetime coordinates)</small>

| In [[special relativity]], a [[Lorentz transformation]] is a real [[linear transformation]] of the [[spacetime coordinates]] t, x, y, z that preserves the Minkowski invariant or [[spacetime interval]] <math display="block">c^2 \, t^2-x^2-y^2-z^2</math> Using the 4x4 [[metric tensor]] <math>\eta</math>, this is

| C

| data-sort-value=496 | [[Special:Contribs/DonaldWP|DonaldWP]] (496)

|

|-

| 2025-08-1012

| [[Plunging region]] <small>(Region just outside event horizons)</small>

| In [[astrophysics]], a plunging region is a region near a [[black hole]] in which [[matter]] can no longer follow [[circular orbits]] and will instead rapidly "plunge" towards the [[event horizon]] at nearly the [[speed of light]]. This region exists between the [[innermost stable circular orbit]] and the event horizon of the black hole.

| C

| data-sort-value=988 | [[Special:Contribs/Shocksingularity|Shocksingularity]] (988)

|

|}

<span style="font-style: italic; font-size: 85%;">Last updated by [[User:SDZeroBot|SDZeroBot]] ^{''[[User:SD0001|operator]] / [[User talk:SD0001|talk]]''} at 0213:0048, 1930 August 2025 (UTC)</span>