Searches , social queries for S0
Search references for S0. Phrases containing S0
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Search references for S0. Phrases containing S0
See searches and references containing S0!S0
Topics referred to by the same term
S0 may refer to: S0 Truss, an element of the International Space Station S0, elemental sulfur IATA airline designator for Aerolíneas Sosa Previously,
S0
Star orbiting close to Sagittarius A*
S2, also known as S0–2, is a star in the star cluster close to the supermassive black hole Sagittarius A* (Sgr A*), orbiting it with a period of 16.0518 years
S2_(star)
Class of galaxy between an elliptical galaxy and a spiral galaxy
A lenticular galaxy (denoted S0) is a type of galaxy intermediate between an elliptical (denoted E) and a spiral galaxy in galaxy morphological classification
Lenticular_galaxy
Computer firmware interface standard
private LPIT table, used to describe S0ix sleep in package C10 or PCH SLP_S0 state. While a device or processor operates (D0 and C0, respectively), it
ACPI
Notation for context-free formal grammars
start symbol S0, and a new rule S0 → S, where S is the previous start symbol. This does not change the grammar's produced language, and S0 will not occur
Chomsky_normal_form
Set of cryptographic hash functions
k[i] + w[i] S0 := (a rightrotate 2) xor (a rightrotate 13) xor (a rightrotate 22) maj := (a and b) xor (a and c) xor (b and c) temp2 := S0 + maj h := g
SHA-2
Interface reference point
The S interface or S reference point, also known as S0, is a user–network interface reference point in an ISDN BRI environment, characterized by a four-wire
S_interface
Star orbiting close to the supermassive black hole in the center of the Milky Way
S55 (also known as S0–102) is a star that is located very close to the centre of the Milky Way, near the radio source Sagittarius A*, orbiting it with
S55_(star)
System for categorizing galaxies based on appearance
barred spirals are given the symbol "SB". Lenticular galaxies (designated S0) also consist of a bright central bulge surrounded by an extended, disk-like
Galaxy morphological classification
Galaxy_morphological_classification
Part of the International Space Station; sequence of connected trusses
starboard and P for port, with the number indicating the sequential position. The S0 truss might be considered a misnomer, as it is mounted centrally on the zenith
Integrated_Truss_Structure
Integrated services digital network interface used in private networks
and 4 km, far more than the S0-bus. This allows the use of ISDN telephone equipment in large private networks. Unlike the S0-bus, the Up0-bus runs at half
Up0-interface
Programming language designed 1942 to 1945
8\times S0} , and Boolean matrix of size m {\displaystyle m} by n {\displaystyle n} is described by m × n × S 0 {\displaystyle m\times n\times S0} . There
Plankalkül
File format developed by Motorola
S19-style 16-bit address records S0 S1 (one or more records) S5 (optional record) S9 S28-style 24-bit address records S0 S2 (one or more records) S5 (optional
Motorola_S-record
Group of symmetries of a regular polygon
r0 r1 r2 s0 s1 s2 r0 r0 r1 r2 s0 s1 s2 r1 r1 r2 r0 s1 s2 s0 r2 r2 r0 r1 s2 s0 s1 s0 s0 s2 s1 r0 r2 r1 s1 s1 s0 s2 r1 r0 r2 s2 s2 s1 s0 r2 r1 r0
Dihedral_group
Windows specification for power management
Trusted Platform Module 2.0 CPU, chipset and BIOS support for S0ix "Low Power S0 Idle" power state All peripheral devices and drivers must support D3cold On
Modern_Standby
State machine for tree structures
of states being { S0, S1, S2 }, the input alphabet being { 0, 1 }, the initial state being S0, the set of final states being { S0 }, and the transitions
Tree_automaton
Galaxy in the constellation Virgo
IC 1101 is a class S0 supergiant (cD) lenticular galaxy at the center of the Abell 2029 galaxy cluster. It has an isophotal diameter at about 123.65 to
IC_1101
true in s. With O the set of actions, s0 the initial state, and g the goal state: Forward-search(O, s0, g) s = s0 P = the empty plan loop if s satisfies
State-space_planning
Finite-state machine
using a state diagram. In this example automaton, there are three states: S0, S1, and S2 (denoted graphically by circles). The automaton takes a finite
Deterministic finite automaton
Deterministic_finite_automaton
Annual national youth chess championship of India
lan=1&art=1&SNode=S0 https://s1.chess-results.com/tnr54261.aspx?lan=7&art=1&SNode=S0 https://s2.chess-results.com/tnr50549.aspx?lan=2&art=1&SNode=S0 https://s3
Indian Youth Chess Championship
Indian_Youth_Chess_Championship
Galaxy in the constellation Aquila
IC 1327 is lenticular galaxy of type S0-a, located in the constellation Aquila. Its redshift is 0.032386, which corresponds IC 1327 to be located 445 million
IC_1327
Dutch chess grandmaster (born 2002)
lan=1&art=1&turdet=YES&flag=30&SNode=S0 https://s1.chess-results.com/tnr737570.aspx?lan=1&art=1&rd=9&turdet=YES&flag=30&SNode=S0 "EUROPEAN RAPID AND BLITZ CHESS
Casper_Schoppen
be finitely described by the following regular grammar with start symbol S0: Examples for finite languages are {ε,1,2} and {0,2,4,6,8}; their product
Greibach's_theorem
Sub-discipline of chemistry
This excited state S1 can further relax to S0 by IC, but also by an allowed radiative transition from S1 to S0 that emits a photon; this process is called
Photochemistry
Chinese chess grandmaster (born 2002)
https://s2.chess-results.com/tnr989847.aspx?lan=1&art=9&turdet=YES&snr=28&SNode=S0 https://www.fide.com/fide-december-2025-rating-list-published/ Chess-results
Zhu_Jiner
Water-oxidizing enzyme in photosynthesis
denoted S0 to S4, with S0 the most reduced and S4 the most oxidized. Energy from the photons captured by photosystem II moves the system from state S0 to S1
Oxygen-evolving_complex
Spherical or ovoid mass of stars
galaxies. Elliptical (E) galaxies are, together with lenticular galaxies (S0) with their large-scale disks, and ES galaxies with their intermediate scale
Elliptical_galaxy
Proof by Alan Turing
following (remembering: S0 is blank, S1 = 0, S2 = 1): Inst {q1 S0 S1 R q2} Inst {q2 S0 S0 R q3} Inst {q3 S0 S2 R q4} Inst {q4 S0 S0 R q1} The reduction to
Turing's_proof
Faint emission of light by a planetary atmosphere
will ignore that initially. At visible wavelengths, we need the parameter S0(V), the power per square centimetre of aperture and per micrometre of wavelength
Airglow
Measurement of electromagnetic radiation
R0, approximately 1 astronomical unit (AU). The solar constant is denoted S0. The solar flux density (insolation) onto a plane tangent to the sphere of
Solar_irradiance
Chemical compound
SMILES monomer: S=[Si]=S polymer: S=[Si](S0)S[Si]0(S0)S[Si]0(S0)S[Si]0(S0)S[Si]0(S0)S[Si]0(S0)S[Si]0=S Properties Chemical formula SiS2 Molar mass
Silicon_disulfide
Computational method
s0 = A * s1; beta1 = s0'*s1 / (s1'*s1); p0 = p0 - beta1 * p1; s0 = s0 - beta1 * s1; if iter > 1 beta2 = s0'*s2 / (s2'*s2); p0 = p0 - beta2 * p2; s0 =
Minimal_residual_method
Solar activity from 2019 to about 2030
19 2024-10-07 3842 R3 S0 Yes G3 X2.07 2023‑03‑03 3234 R3 – Yes – X2.03 2024-10-31 3878 R3 – Yes – X2.03 2025-02-23 4001 R3 S0 Yes G1 X2.0 2024-07-16
Solar_cycle_25
Galaxy morphological classification scheme advocated by Edwin Hubble
intermediate class of galaxies known as lenticulars and given the symbol S0. These galaxies consist of a bright central bulge, similar in appearance to
Hubble_sequence
Galaxy in the Copeland Septet
magnitude (V) 13.9 Surface brightness 23.7 mag/arcsec Characteristics Type SAB0?, E-S0 Size 156,000 ly Other designations PGC 36011, CGCG 127-009, VV 282c, MCG +04-28-008
NGC_3750
Lenticular galaxy in the constellation of Microscopium
NGC 6999 is a S0 morphology type lenticular galaxy located 524.9 million light years from Earth in the constellation of Microscopium. It was discovered
NGC_6999
Major League Baseball season
allowed; R = Runs allowed; ER = Earned runs allowed; BB = Walks allowed; S0 = Strikeouts Source:Baseball Reference Lugardo, Destiny (December 10, 2024)
2025 Philadelphia Phillies season
2025_Philadelphia_Phillies_season
Measure of earthquake activity at a given geographical location
S={\frac {\sum _{i}{E_{s0}}_{i}}{\delta \phi _{0}\,\delta \lambda _{0}\,\delta h_{0}\,\delta t_{0}}}} where E s 0 i {\displaystyle {E_{s0}}_{i}} : is the energy
Seismicity
Machine learning algorithm
State–action–reward–state–action (SARSA) is an algorithm for learning a Markov decision process policy, used in the reinforcement learning area of machine
State–action–reward–state–action
State–action–reward–state–action
Galaxy in the constellation Aquarius
46 Mly (70.600 ± 9.034 Mpc) Apparent magnitude (V) 13.4g Characteristics Type S0/a pec Size ~119,100 ly (36.52 kpc) (estimated) Apparent size (V) 1.5′ × 0
NGC_7364
Lenticular galaxy in the constellation of Ursa Major
Apparent magnitude (V) 13.7 Absolute magnitude (B) -22.06 Characteristics Type S0 Size ~97,400 ly (29.85 kpc) (estimated) Apparent size (V) 1.06′ × 0.99′ Other
NGC_3971
Lenticular galaxy in the Hydra constellation
galaxy located within the Hydra constellation. It is classified as a type E-S0 galaxy. The galaxy was first discovered in 1886 by astronomer Francis Leavenworth
NGC_3030
Digital archive by the Internet Archive
Attempts to 'save page now' domains such as tpc.googlesyndication.com or s0.2mdn.net or atdmt.com or adbrite.com result in "This URL is in our block list
Wayback_Machine
Measure of variation in statistics
mentioned above, is the size of the set of values (or can also be regarded as s0). Similarly for sample standard deviation, s = N s 2 − ( s 1 ) 2 N ( N − 1
Standard_deviation
could be invested elsewhere. The AFN equation is as follows: AFN = (A*/S0)ΔS – (L*/S0)ΔS – MS1(RR) Where: A* = Assets tied directly to sales and will increase
Additional_funds_needed
Galaxy in the constellation Fornax
NGC 1326 is an early-type lenticular galaxy with a Hubble classification of S0, but it is very different from other early-type lenticulars in the Fornax
NGC_1326
Routing protocol
K_{m}(S1,A),K_{x}(S0,response)} to M, and M transforms it to A , S 1 ( K x ( S 0 , r e s p o n s e ) ) {\displaystyle A,S1(K_{x}(S0,response))} . This
Mix_network
Spiral Galaxy in Pegasus
(120.880 ± 18.352 Mpc) Apparent magnitude (B) 13.90 Characteristics Type S0/a Mass 1.9×1012 M☉ Size ~273,300 ly (83.80 kpc) (estimated) Apparent size (V)
UGC_12591
Mathematical estimate of planetary temperatures
radiation is specified by the solar constant S0. For application to planet Earth, appropriate values are S0=1366 W m−2 and αP=0.30. Accounting for the fact
Idealized_greenhouse_model
Special kind of semigroup in mathematics
describe. Let s0 be the unique integer such that a2s0 ≡ a3 mod a1, 0 ≤ s0 < a1. The continued fraction algorithm is applied to the ratio a1/s0: a1 = q1s0
Numerical_semigroup
Star in a close orbit around Sagittarius A*
orbit while ejecting its former companion as a hypervelocity star. S2 (star) S0-102 Sagittarius A* cluster Galactic Center Abd El Dayem, K.; Abuter, R.; Aimar
S301
surfaces are not Kähler manifolds. Inoue introduced three families of surfaces, S0, S+ and S−, which are compact quotients of C × H {\displaystyle \mathbb {C}
Inoue_surface
Energy transfer mechanism with excited molecules
state (T1), resulting in (1) the first T1 returning to the singlet ground state S0 and (2) the second T1 promoting to the singlet excited state (S1).
Triplet-triplet_annihilation
Type of galactic form
Intermediate spiral galaxies: (type SAB) Lenticular galaxies: (types E8, S0, SA0, SB0, SAB0) Galaxies that are not disc types include: Elliptical galaxies:
Disc_galaxy
Software
directory without overwriting the BASIC program in memory @command Execute a disk drive command (e.g. S0:filename, V0:, I0:) @Q Deactivate the DOS Wedge
DOS_Wedge
2002 American crewed spaceflight to the ISS
remove it from Atlantis' payload bay, and move it to the starboard end the S0 section. Four remotely operated motorized bolts locked the two truss segments
STS-112
Galaxy in the constellation Sextans
PGC 3092152 or known as 2MASX J09442693+0429569, is a type S0 lenticular galaxy located in the constellation of Sextans. It is located 655 million light-years
PGC_3092152
Lenticular galaxy in the constellation Cetus
34 Mly (89.167 ± 10.835 Mpc) Apparent magnitude (B) 15 Characteristics Type S0 pec Apparent size (V) 0.83′ × 0.43′ Other designations IC 1563, MCG -02-02-076
NGC_191A
Galaxy in the Copeland Septet
NGC 3751 is a type E-S0 lenticular galaxy located in the Leo constellation. It is located 450 million light-years away from the Solar System and was discovered
NGC_3751
Galaxy in the constellation Aquarius
Aquarius. It is classified as a lenticular galaxy, or, more formally, an S0 galaxy. SDSS image of NGC 7600 "NASA/IPAC Extragalactic Database". Results
NGC_7600
Lenticular galaxy in the constellation Aries
Magnitude (J) 10.31 Magnitude (H) 9.51 Magnitude (K) 9.34 Characteristics Type S0/a? Other designations NGC 1012; UGC 02141; KUG 0236+299; CGCG 505-030; CGCG
NGC_1012
Galaxy with an outer ring of gas and stars
wider category of galaxies, including several ellipticals. The first four S0 galaxies that were identified as polar-ring galaxies were NGC 2685, NGC 4650A
Polar-ring_galaxy
Lenticular galaxy in the constellation Centaurus
lenticular galaxy in the constellation Centaurus. It's classified as a type E-S0 galaxy. It was first discovered in 1834 by astronomer John Herschel. The galaxy's
NGC_5266
Elastic waves propagating in solid plates or spheres
than the higher-order modes. The zero-order symmetrical mode (designated S0) travels at the "plate velocity" in the low-frequency regime where it is properly
Lamb_waves
Honduran airline
Aerolíneas Sosa S.A. de C.V. IATA ICAO Call sign S0 NSO SOSA Founded 1976; 46 years ago Hubs Golosón International Airport Fleet size 12 Destinations 5
Aerolíneas_Sosa
Supermassive black hole at the center of the Milky Way
Tp (yr) P (yr) Kmag q (AU) v (%c) S1 S0-1 0.5950 0.5560 119.14 342.04 122.30 2001.800 166.0 14.70 2160.7 0.55 S2 S0-2 0.1251 0.8843 133.91 228.07 66.25
Sagittarius_A*
Group of galaxies in the constellation Draco
Type R.A. (J2000) Dec. (J2000) Redshift (km/s) Apparent Magnitude NGC 5866 S0 15h 06m 29.5s +55° 45′ 48″ 672 ± 9 10.7 NGC 5879 SA(rs)bc 15h 09m 46.8s +57° 00′ 01″
NGC_5866_Group
Spiral or lenticular galaxy in the constellation Pisces
Distance 500 Mly (153 Mpc) Apparent magnitude (V) 16 Characteristics Type S0-a Size ~89,000 ly (27.3 kpc) (estimated) Apparent size (V) 0.6 x 0.3 Other
NGC_7838
Galaxy in the constellation Pegasus
NGC 7711 group (LGG 477) Apparent magnitude (V) 13.3g Characteristics Type S0/a Size ~122,600 ly (37.58 kpc) (estimated) Apparent size (V) 1.69′ × 1.19′
NGC_7722
Character encoding standard
0111 027 23 17 LEM ETB ␗ ^W End of Transmission Block 001 1000 030 24 18 S0 CAN ␘ ^X Cancel 001 1001 031 25 19 S1 EM ␙ ^Y End of Medium 001 1010 032 26
ASCII
Galaxy in the constellation Leo Minor
21 Mly (89.9 ± 6.3 Mpc) Apparent magnitude (V) 12.3 Characteristics Type S0 Size ~103,000 ly (31.7 kpc) (estimated) Apparent size (V) 1.43′ × 1.12′ Other
NGC_3106
Cryptographic hash function
while σ has only 10 entries. S0..15 ← σ[i mod 10] Rounds 10 and 11 use σ[0] and σ[1] respectively Mix(V0, V4, V8, V12, m[S0], m[S1]) Mix(V1, V5, V9, V13
BLAKE_(hash_function)
Galaxy cluster in the constellation Virgo
apparent magnitude of the galaxy. Column 5: The galaxy type: E=Elliptical; S0=Lenticular; Sa,Sb,Sc,Sd=Spiral; SBa,SBb,SBc,SBd=Barred spiral; Sm,SBm,Irr=Irregular
Virgo_Cluster
Galaxy in the constellation Crater
NGC 4038 Group (LGG 263) Apparent magnitude (V) 12.89 Characteristics Type S0/a pec Size ~105,400 ly (32.32 kpc) (estimated) Apparent size (V) 2.9′ × 0
NGC_3955
Arithmetic logic circuit
requires log2 n.) 8-bit Kogge-Stone adder, valency-2: P00 = A0 XOR B0 '1dt, S0 G00 = A0 AND B0 '1dt, C0 P10 = A1 XOR B1 '1dt G10 = A1 AND B1 '1dt P20 = A2
Brent–Kung_adder
100 PROCEDURE &STROF(N) LOCAL S1,S0;CHAINE S1,S0;S1←"S";S0←"S" 110 SI N=2 ALORS S0←"" SINON SI N=1 ALORS DEBUT S1←"";S0←"" FIN 120 AFFICHER[U,' BOUTEILLE'
LSE_(programming_language)
Galaxy in the constellation Dorado
7 Mly (14.65 ± 3.6 Mpc) Apparent magnitude (V) 10.8 Characteristics Type S0- pec Apparent size (V) 3.0′ × 2.6′ Notable features Polar-ring Other designations
NGC_1947
Galaxy in the constellation Pegasus
Apparent magnitude (V) 0.17 Apparent magnitude (B) 0.23 Characteristics Type S0, S? Size 175,000 ly (estimated) Apparent size (V) 0.8' x 0.1' Other designations
IC_5337
Optical phenomenon
non-paraxial wave or an evanescent field. Neglecting the first Stokes parameter S0 (or I), the three other Stokes parameters can be plotted directly in three-dimensional
Unpolarized_light
Cellular automaton used to model universal construction
or sensitised states (in 8 substates) S (newly sensitised) (255, 0, 0) S0 – (sensitised, having received no input for one cycle) (255, 125, 0) S00
Von Neumann cellular automaton
Von_Neumann_cellular_automaton
Galaxy in the constellation Leo
38 Mly (51.9 ± 11.6 Mpc) Apparent magnitude (V) 12.0 Characteristics Type S0/a Apparent size (V) 3.5′ × 2.1′ Notable features merger remnant, radio galaxy
NGC_3801
Galaxy in the constellation Capricornus
NGC 7017 is a lenticular galaxy (S0) located in the direction of the constellation Capricornus. It has a declination of -25° 29' 15" and a right ascension
NGC_7017
NGC object
Observation data Constellation Pisces Right ascension 00h 01m 00s Declination +06° 14′ 31″ Surface brightness 23.77 mag/arcsec2 Characteristics Type S0
NGC_7802
Free solo rock-climbing over water
guaranteed to result in clean low-speed entry into the water; which are graded S0-S1 DWS routes. At the other end of the scale are DWS routes that are high
Deep-water_soloing
Galaxy in the constellation Sextans
NGC 3115 is a field lenticular (S0) galaxy in the constellation Sextans. Alternatively, it is identified as the Spindle Galaxy or Caldwell 53. The galaxy
NGC_3115
Galaxy in the constellation Leo
Apparent magnitude (V) 14.7 Absolute magnitude (B) -22.20 Characteristics Type E-S0 Size ~99,900 ly (30.63 kpc) (estimated) Apparent size (V) 0.76′ × 0.53′ Other
NGC_3929
Star cluster orbiting Sagittarius A*
radii) S1 S0-1 B0-2 V 0.5950 0.0240 0.5560 0.0180 119.14 0.21 342.04 0.32 122.30 1.40 2001.800 0.150 166.0 5.8 14.70 2160.7 6.7 0.55 0.03 4.49 S2 S0-2 B0-2
Sagittarius_A*_cluster
Statistical method used in genetic association studies
Alleles aa Aa AA total Case r0 r1 r2 R Control s0 s1 s2 S total n0 n1 n2 N
Genomic_control
Test if a Mersenne number is prime
iteration). The same strategy is used in modular exponentiation. Starting values s0 other than 4 are possible, for instance 10, 52, and others (sequence A018844
Lucas–Lehmer_primality_test
Galaxy in the constellation Camelopardalis
± 9 Mly (40.5 ± 2.8 Mpc) Apparent magnitude (V) 13.2 Characteristics Type S0 pec + Ring Apparent size (V) 2.8′ × 1.5′ Notable features Collisional ring
UGC_3730
Simplest type of gear
equal to MOD × number of teeth + MOD. The two types of corrected gears are: S0 gearing (x1 + x2 = zero) S gearing (x1 + x2 ≠ zero) "How Gears Work". howstuffworks
Spur_gear
Chemical compound
H2O/c1-4(2)3;/h;1H2 Key: DEUOBQUHDSDIFY-UHFFFAOYSA-N SMILES monomer: O=S(=O)=O γ-trimer: O=S0(=O)OS(=O)(=O)OS(=O)(=O)O0 α/β polymer: OS(=O)(=O)OS(=O)(=O)OS(=O)(=O)OS(=
Sulfur_trioxide
Substitution box used in the Rijndael cipher
x}}+{\begin{bmatrix}1\\1\\0\\0\\0\\1\\1\\0\end{bmatrix}}} where [s7, ..., s0] is the S-box output and [b7, ..., b0] is the multiplicative inverse as a
Rijndael_S-box
Relativistic correction
In physics, the Thomas precession, named after Llewellyn Thomas, is a relativistic correction that applies to the spin of an elementary particle or the
Thomas_precession
Lenticular Galaxy in the constellation Fornax
or cluster Fornax Cluster Apparent magnitude (B) 12.9 Characteristics Type S0 Size 45,000 ly (14,000 pc) Notable features Edge-on lenticular galaxy Other
IC_335
Peptide
2022, the peptide has been banned by the World Anti-Doping Agency under the S0 category of non-exempt substances. BPC-157 has been widely used both by athletes
BPC-157
, VoIP, pronounced both as voyp and V-O-I-P. (Main list of acronyms) Top S0–9 SA SB SC SD SE SF SG SH SI SJ SK SL SM SN SO SP SQ SR SS ST SU SV SW SX
List_of_acronyms:_S
Spiral galaxy in the constellation Boötes
Apparent magnitude (B) 14.8 Surface brightness 13.66 mag/am Characteristics Type S0, S(rs)b? pec Size 352,000 ly (107.99 kpc) Apparent size (V) 1.1' x 0.8' Other
NGC_5508
Galaxy in the constellation Leo
9 Mly (25.21 ± 1.80 Mpc) Apparent magnitude (V) 12.8 Characteristics Type S0/a Size ~51,600 ly (15.81 kpc) (estimated) Apparent size (V) 1.6′ × 0.5′ Other
NGC_3524
Material which glows when excited by ionizing radiation
The S* state then decays to the ground state S0 (typically to one of the vibrational levels above S0) by emitting a scintillation photon. This is the
Scintillator
travel, tourism, insurance
S0
S0
S0
S0
S0
S0
S0
S0
S0
travel, tourism, insurance