Namespace ZMod 14 theorems
- A uniform family of surjections onto the groups Δ_q
ZMod.exists_surjective_units_to_multiplicative_padic_family0 below · cited by 3 · depth 10 - Cyclic subgroups of order n in (ℤ/n)² number ψ(n)
ZMod.natCard_isAddCyclic_addSubgroup_prod_eq_dedekindPsi3 below · cited by 3 · depth 13 - Counting τ-stable cyclic subgroups of order n in (ℤ/n)²
ZMod.natCard_isAddCyclic_addSubgroup_prod_map_eq_nuThree0 below · cited by 3 · depth 14 - Counting τ-stable cyclic subgroups of order n in (ℤ/n)²
ZMod.natCard_isAddCyclic_addSubgroup_prod_map_eq_nuTwo0 below · cited by 3 · depth 14 - Subgroup of (ℤ/p^{vₚ(q)+1})^× killed by q has order dividing q
ZMod.natCard_dvd_of_forall_pow_eq_one_units_prime_pow0 below · cited by 1 · depth 17 - Antisymmetry of the chord-crossing matrix on ℤ/2m
ZMod.chordMatrix_transpose_eq_neg0 below · cited by 1 · depth 18 - Partial zeta values as finite Fourier sums of Bernoulli values
ZMod.tsum_intCast_pow_inv_eq_sum_bernoulliFun0 below · cited by 1 · depth 19 - Invertibility of the kernel π²/sin² on (ℤ/N)^×
ZMod.exists_sum_units_pi_sq_div_sin_sq_mul_eq1 below · cited by 1 · depth 21 - No square root of -1 in ℤ/M for suitable odd M
ZMod.not_exists_sq_add_one_eq_zero_of_not_two_dvd_of_exists_prime_dvd_mod_four_ne_one1 below · cited by 1 · depth 28 - No root of x²+x+1 modulo M
ZMod.not_exists_sq_add_self_add_one_eq_zero_of_not_three_dvd_of_exists_prime_dvd_mod_three_ne_one1 below · cited by 1 · depth 28 - Prime divisors of M when x²+x+1≡ 0 (mod M)
ZMod.prime_dvd_eq_three_or_mod_three_eq_one_of_sq_add_self_add_one_eq_zero0 below · cited by 1 · depth 29 - Prime divisors of M admitting a square root of -1
ZMod.prime_dvd_eq_two_or_mod_four_eq_one_of_sq_add_one_eq_zero0 below · cited by 1 · depth 29 - Heisenberg bicharacter ζ^{c(h)} on prodℤ/δᵢ and its dual
ZMod.card_addMonoidHom_pi_eq_and_bichar_pow_val_of_isUnit_one_sub_pow1 below · cited by 2 · depth 33 - Standard symplectic form on H(δ)× H(δ)
ZMod.exists_addEquiv_prod_addMonoidHom_forall_apply_eq_sub_of_alternating_of_nondegenerate5 below · cited by 1 · depth 33