The following pages link to Richard H. Hudson (Q176866):
Displaying 50 items.
- Diophantine determinations of \(3^{(p-1)/8}\) and \(5^{(p-1)/4}\) (Q788010) (← links)
- Alfred T. Brauer as a mathematician and teacher (Q792299) (← links)
- On runs of consecutive quadratic residues and quadratic nonresidues (Q792380) (← links)
- Class numbers of imaginary cyclic quartic fields and related quaternary systems (Q799727) (← links)
- Extension of a theorem of Cauchy and Jacobi (Q801117) (← links)
- (Q919404) (redirect page) (← links)
- The integers of a cyclic quartic field (Q919405) (← links)
- On the first occurrence of certain patterns of quadratic residues and non-residues (Q1050382) (← links)
- A note on prime \(k\)-th power nonresidues (Q1055804) (← links)
- Sequences in power residue classes (Q1076054) (← links)
- Resolution of ambiguities in the evaluation of cubic and quartic Jacobsthal sums (Q1141682) (← links)
- Some new residuacity criteria (Q1150389) (← links)
- A new criterion for 7 to be a fourth power (mod p) (Q1155078) (← links)
- A theorem on totally multiplicative functions (Q1160156) (← links)
- On a conjecture of Emma Lehmer (Q1161548) (← links)
- A divisibility property of binomial coefficients viewed as an elementary sieve (Q1161549) (← links)
- A new formulation of the law of octic reciprocity for primes =+-3 (mod 8) and its consequences (Q1165881) (← links)
- On the least k-th power non-residue (Q1217727) (← links)
- Numerical and graphical description of all axis crossing regions for the moduli 4 and 8 which occur before \(10^{12}\) (Q1258769) (← links)
- Class number formulae for imaginary quadratic number fields \(\mathbb{Q} (\sqrt{-n})\) with \(n\) squarefree and \(n\equiv 1\pmod 4\) or \(n\equiv 2\pmod 4\) (Q1594960) (← links)
- Extensions of theorems of Cunningham-Aigner and Hasse-Evans (Q1835941) (← links)
- On Legendre's equation \(ax^2+by^2+cz^2=0\) (Q1835942) (← links)
- Solutions of certain quaternary quadratic systems (Q1837714) (← links)
- A bound for the first occurrence of three consecutive integers with equal quadratic character (Q2265452) (← links)
- On sequences of consecutive quadratic nonresidues (Q2548619) (← links)
- On the distribution of k-th power nonresidues (Q2551486) (← links)
- Sign changes in \(\pi_{q,a}(x) - \pi_{q,b}(x)\) (Q2773293) (← links)
- Prime k-th power non-residues (Q3213177) (← links)
- Binomial Coefficients and Jacobi Sums (Q3344292) (← links)
- Averaging Effects on Irregularities in the Distribution of Primes in Arithmetic Progressions (Q3680925) (← links)
- Calculation of the Class Numbers of Imaginary Cyclic Quartic Fields (Q3762412) (← links)
- Determination of all Imaginary Cyclic Quartic Fields with Class Number 2 (Q3834143) (← links)
- A common combinatorial principle underlies Riemann's formula, the Chebyshev phenomenon, and other subtle effects in comparative prime number theory. I. (Q3856837) (← links)
- On the least quadratic non-residue of a prime p ≡ 3 (mod 4). (Q3859838) (← links)
- (Q3909129) (← links)
- (Q3919767) (← links)
- An application of a formula of Western to the evaluation of certain Jacobsthal sums (Q3949120) (← links)
- The cyclic behavior of primes in the arithmetic progressions modulo 11. (Q3953856) (← links)
- Congruences for representations of primes by binary quadratic forms (Q3955420) (← links)
- (Q3955424) (← links)
- Cauchy-Type Congruences for Binomial Coefficients (Q3963075) (← links)
- Power Residues and Nonresidues in Arithmetic Progressions (Q4050655) (← links)
- A Note on the Second Smallest Prime k th Power Nonresidue (Q4055701) (← links)
- Totally multiplicative sequences with values±1 which exclude four consecutive values of 1. (Q4063203) (← links)
- The least pair of consecutive character non-residues. (Q4093535) (← links)
- A formula for the exact number of primes below a given bound in any arithmetic progression (Q4100160) (← links)
- A sharper bound for the least pair of consecutive k-th power non-residues of non-principal characters (mod p) of order k > 3 (Q4103610) (← links)
- On a conjecture of Issai Schur. (Q4104028) (← links)
- On the exact number of primes in the arithmetic progression 4n ± 1 and 6n ± 1. (Q4105747) (← links)
- Generalizations of a Classical Theorem in Number Theory (Q4116501) (← links)
