نتایج جستجو برای: real quadratic field

تعداد نتایج: 1311967  

2004
Zhi-Wei Sun ZHI-WEI SUN

Let E be a real quadratic field with discriminant d ≡ 0 (mod p) where p is an odd prime. In terms of a Lucas quotient, the fundamental unit and the class number of E, we determine 0<c<d, (d c)=ρ p−1 ⌊pc/d⌋ modulo p 2 where ρ = ±1.

2010
R. A. MOLLIN H. C. WILLIAMS

Let A„{a, b) = {ban+(a-l)/b)2+4an with n > 1 and ¿>|a-l . If W is a finite set of primes such that for each n > 1 there exists some q £W for which the Legendre symbol {A„{a, b)/q) ^ -1 , we call <£ a quadratic residue cover (QRC) for the quadratic fields K„{a, b) = Q{^jA„{a, b)). It is shown how the existence of a QRC for any a, b can be used to determine lower bounds on the class number of K„{...

2008
Yuri F. Bilu

It is well-known since Gauss that infinitely many quadratic fields have even class number. In fact, if K is a quadratic field of discriminant D, having r prime divisors, then the class number hK is divisible by 2 if D < 0 and by 2 if D > 0. See [4, Theorem 3.8.8] for a more precise statement. In 1922 Nagell [17, Satz VI] obtained the following remarkable result: given a positive integer l, ther...

2008
Shuji Yamamoto

We introduce a ray class invariant X(C) for a totally real field, following Shintani’s work in the real quadratic case. We prove a factorization formula X(C) = X1(C) · · ·Xn(C) where each Xi(C) corresponds to a real place (Theorem 3.5). Although this factorization depends a priori on some choices (especially on a cone decomposition), we can show that it is actually independent of these choices ...

Journal: :Physical review 2022

We study the evolution of energy distribution and equation state Universe from end inflation until onset either radiation domination (RD) or a transient period matter (MD). use both analytical techniques lattice simulations. consider two-field models where inflaton $\Phi$ has monomial potential after $V(\Phi) \propto |\Phi - v|^p$ ($p\geq2$), is coupled to daughter field $X$ through quadratic-q...

2009
URI SHAPIRA

We prove that almost any pair of real numbers α, β, satisfies the following inhomogeneous uniform version of Littlewood’s conjecture: For any real γ, δ, lim inf |n|→∞ n〈nα− γ〉〈nβ − δ〉 = 0, (0.1) where 〈·〉 denotes the distance from the nearest integer. The existence of even a single pair that satisfies (0.1), solves an open problem of Cassels [Ca] from the 50’s. We then prove that if 1, α, β spa...

Journal: :Proceedings of the Japan Academy, Series A, Mathematical Sciences 1976

Journal: :Proceedings of the Japan Academy, Series A, Mathematical Sciences 2003

نمودار تعداد نتایج جستجو در هر سال

با کلیک روی نمودار نتایج را به سال انتشار فیلتر کنید