214712 is the smallest discriminant of a real quadratic field K
with capitulation type G.19 (4,3,2,1),
symbolic order Z, and group G=Gal(K2|K) in CBF1b(5,6) of second maximal class.
Similarly as over complex quadratic fields,
in none of the four unramified cyclic cubic extensions N|K
the complete 3-class group of K becomes principal.
We give the complete data needed to determine the capitulation type and the group G=Gal(K2|K).
Computed on January 28, 2006, at the University of Graz, Computer Centre [1,2].
Counter, n = 21
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Discriminant, d = 214712
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3-class group of type (3,3)
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3-class number, h = 9
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Conductor, f = 1
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Fundamental unit, e0 = (U0 + V0*x)/T0, with x2 = d, and regulator, R
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U0
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V0
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T0
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R
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6315163023
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27257524
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1
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23.3
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The non-Galois absolute cubic subfields (L1,L2,L3,L4)
of the four unramified cyclic cubic relative extensions N|K
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Regulators, R
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39.2
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65.4
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73.9
|
107.1
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Class numbers, h
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6
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3
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3
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3
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Polynomials, p(X) = X3 - C*X - D, with d(p) = i2*d
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(C,D)
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(83,230)
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(993,358)
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(1137,8534)
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(74,168)
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Indices, i
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2
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135
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135
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2
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Fundamental units, e1 = (U1 + V1*x + W1*x2)/T1, with P(x) = 0
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U1
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19244
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104
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44655919
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38613970
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V1
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8819
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248
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7157054
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21044036
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W1
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859
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8
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193522
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2199288
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T1
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2
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360
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45
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2
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Fundamental units, e2 = (U2 + V2*x + W2*x2)/T2, with P(x) = 0
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U2
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-72
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-3762479
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-21503471
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-143
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V2
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-3
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-1288
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-3446386
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-84
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W2
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1
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3792
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-93188
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-9
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T2
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2
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15
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45
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1
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Splitting primes, q
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13
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43
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103
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7
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Associated quadratic forms, F = a*X2 + b*X*Y + c*Y2
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(a,b,c)
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(13,440,-406)
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(-41,404,314)
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(17,436,-362)
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(7,454,-307)
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Represented primes, q
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-13
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-43
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-103
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-7
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Associated ideal cubes, (x + y*d1/2)/2, with 4*q3 = x2 - d*y2
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(x,y)
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(769658,1661)
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(328530,709)
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(2328898,5026)
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(926,2)
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Principalization
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4
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3
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2
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1
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Capitulation type G.19: (4,3,2,1)
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Group G in CBF1b(5,6)
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Contents
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