Find link
language:
af: Afrikaans
als: Alemannisch
[Alemannic]
am: አማርኛ
[Amharic]
an: aragonés
[Aragonese]
ar: العربية
[Arabic]
arz: مصرى
[Egyptian Arabic]
as: অসমীয়া
[Assamese]
ast: asturianu
[Asturian]
az: azərbaycanca
[Azerbaijani]
azb: تۆرکجه
[Southern Azerbaijani]
ba: башҡортса
[Bashkir]
bar: Boarisch
[Bavarian]
bat-smg: žemaitėška
[Samogitian]
be: беларуская
[Belarusian]
be-tarask: беларуская (тарашкевіца)
[Belarusian (Taraškievica)]
bg: български
[Bulgarian]
bn: বাংলা
[Bengali]
bpy: বিষ্ণুপ্রিয়া মণিপুরী
[Bishnupriya Manipuri]
br: brezhoneg
[Breton]
bs: bosanski
[Bosnian]
bug: ᨅᨔ ᨕᨘᨁᨗ
[Buginese]
ca: català
[Catalan]
ce: нохчийн
[Chechen]
ceb: Cebuano
ckb: کوردیی ناوەندی
[Kurdish (Sorani)]
cs: čeština
[Czech]
cv: Чӑвашла
[Chuvash]
cy: Cymraeg
[Welsh]
da: dansk
[Danish]
de: Deutsch
[German]
el: Ελληνικά
[Greek]
en: English
eo: Esperanto
es: español
[Spanish]
et: eesti
[Estonian]
eu: euskara
[Basque]
fa: فارسی
[Persian]
fi: suomi
[Finnish]
fo: føroyskt
[Faroese]
fr: français
[French]
fy: Frysk
[West Frisian]
ga: Gaeilge
[Irish]
gd: Gàidhlig
[Scottish Gaelic]
gl: galego
[Galician]
gu: ગુજરાતી
[Gujarati]
he: עברית
[Hebrew]
hi: हिन्दी
[Hindi]
hr: hrvatski
[Croatian]
hsb: hornjoserbsce
[Upper Sorbian]
ht: Kreyòl ayisyen
[Haitian]
hu: magyar
[Hungarian]
hy: Հայերեն
[Armenian]
ia: interlingua
[Interlingua]
id: Bahasa Indonesia
[Indonesian]
io: Ido
is: íslenska
[Icelandic]
it: italiano
[Italian]
ja: 日本語
[Japanese]
jv: Basa Jawa
[Javanese]
ka: ქართული
[Georgian]
kk: қазақша
[Kazakh]
kn: ಕನ್ನಡ
[Kannada]
ko: 한국어
[Korean]
ku: Kurdî
[Kurdish (Kurmanji)]
ky: Кыргызча
[Kirghiz]
la: Latina
[Latin]
lb: Lëtzebuergesch
[Luxembourgish]
li: Limburgs
[Limburgish]
lmo: lumbaart
[Lombard]
lt: lietuvių
[Lithuanian]
lv: latviešu
[Latvian]
map-bms: Basa Banyumasan
[Banyumasan]
mg: Malagasy
min: Baso Minangkabau
[Minangkabau]
mk: македонски
[Macedonian]
ml: മലയാളം
[Malayalam]
mn: монгол
[Mongolian]
mr: मराठी
[Marathi]
mrj: кырык мары
[Hill Mari]
ms: Bahasa Melayu
[Malay]
my: မြန်မာဘာသာ
[Burmese]
mzn: مازِرونی
[Mazandarani]
nah: Nāhuatl
[Nahuatl]
nap: Napulitano
[Neapolitan]
nds: Plattdüütsch
[Low Saxon]
ne: नेपाली
[Nepali]
new: नेपाल भाषा
[Newar]
nl: Nederlands
[Dutch]
nn: norsk nynorsk
[Norwegian (Nynorsk)]
no: norsk bokmål
[Norwegian (Bokmål)]
oc: occitan
[Occitan]
or: ଓଡ଼ିଆ
[Oriya]
os: Ирон
[Ossetian]
pa: ਪੰਜਾਬੀ
[Eastern Punjabi]
pl: polski
[Polish]
pms: Piemontèis
[Piedmontese]
pnb: پنجابی
[Western Punjabi]
pt: português
[Portuguese]
qu: Runa Simi
[Quechua]
ro: română
[Romanian]
ru: русский
[Russian]
sa: संस्कृतम्
[Sanskrit]
sah: саха тыла
[Sakha]
scn: sicilianu
[Sicilian]
sco: Scots
sh: srpskohrvatski / српскохрватски
[Serbo-Croatian]
si: සිංහල
[Sinhalese]
simple: Simple English
sk: slovenčina
[Slovak]
sl: slovenščina
[Slovenian]
sq: shqip
[Albanian]
sr: српски / srpski
[Serbian]
su: Basa Sunda
[Sundanese]
sv: svenska
[Swedish]
sw: Kiswahili
[Swahili]
ta: தமிழ்
[Tamil]
te: తెలుగు
[Telugu]
tg: тоҷикӣ
[Tajik]
th: ไทย
[Thai]
tl: Tagalog
tr: Türkçe
[Turkish]
tt: татарча/tatarça
[Tatar]
uk: українська
[Ukrainian]
ur: اردو
[Urdu]
uz: oʻzbekcha/ўзбекча
[Uzbek]
vec: vèneto
[Venetian]
vi: Tiếng Việt
[Vietnamese]
vo: Volapük
wa: walon
[Walloon]
war: Winaray
[Waray]
yi: ייִדיש
[Yiddish]
yo: Yorùbá
[Yoruba]
zh: 中文
[Chinese]
zh-min-nan: Bân-lâm-gú
[Min Nan]
zh-yue: 粵語
[Cantonese]
jump to random article
Find link is a tool written by Edward Betts .
searching for Degenerate bilinear form 11 found (16 total)
alternate case: degenerate bilinear form
Eisenbud–Levine–Khimshiashvili signature formula
(1,722 words)
[view diff]
exact match in snippet
view article
find links to article
vector field X at 0 is given by the signature of a certain non-degenerate bilinear form (to be defined below) on the local algebra BX. The dimension of
CCR and CAR algebras
(1,375 words)
[view diff]
exact match in snippet
view article
find links to article
anticommutation relations in terms of a symplectic and a symmetric non-degenerate bilinear form . In addition, the binary elements in this graded Weyl algebra give
Triality
(770 words)
[view diff]
exact match in snippet
view article
find links to article
3D4. A duality between two vector spaces over a field F is a non-degenerate bilinear form V 1 × V 2 → F , {\displaystyle V_{1}\times V_{2}\to F,} i.e., for
Goddard–Thorn theorem
(1,260 words)
[view diff]
exact match in snippet
view article
find links to article
\mathrm {Vir} } , so V {\displaystyle V} is equipped with a non-degenerate bilinear form ( ⋅ , ⋅ ) {\displaystyle (\cdot ,\cdot )} and there is an algebra
Raising and lowering indices
(3,718 words)
[view diff]
exact match in snippet
view article
find links to article
{\displaystyle \mathbb {C} } . ϕ {\displaystyle \phi } is a non-degenerate bilinear form , that is, ϕ : V × V → K {\displaystyle \phi :V\times V\rightarrow
Linear form
(5,967 words)
[view diff]
exact match in snippet
view article
find links to article
realized as linear functionals on spaces of test functions. Every non-degenerate bilinear form on a finite-dimensional vector space V induces an isomorphism V
Duality (mathematics)
(6,701 words)
[view diff]
exact match in snippet
view article
finite-dimensional. In this case, such an isomorphism is equivalent to a non-degenerate bilinear form φ : V × V → K {\displaystyle \varphi :V\times V\to K} In this case
Integral element
(5,304 words)
[view diff]
exact match in snippet
view article
find links to article
easy and standard (uses the fact that the trace defines a non-degenerate bilinear form ). Let A be a finitely generated algebra over a field k that is
Clifford algebra
(9,171 words)
[view diff]
exact match in snippet
view article
find links to article
from the Euclidean metric on R3. For v, w in R4 introduce the degenerate bilinear form d ( v , w ) = v 1 w 1 + v 2 w 2 + v 3 w 3 . {\displaystyle d(v
Metric tensor
(8,866 words)
[view diff]
exact match in snippet
view article
find links to article
Conversely, any linear isomorphism S : TpM → T∗ pM defines a non-degenerate bilinear form on TpM by means of g S ( X p , Y p ) = [ S X p , Y p ] . {\displaystyle
Cross product
(11,475 words)
[view diff]
exact match in snippet
view article
find links to article
inner product (such as the dot product; more generally, a non-degenerate bilinear form ), we have an isomorphism V → V ∗ , {\displaystyle V\to V^{*},}