Examples of using This conjecture in English and their translations into Danish
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Kronecker described this conjecture as.
But even in this conjectured situation we must assume the existence of the possibility of self-will.
ARGUMENT has been presented to support this conjecture.
Kronecker described this conjecture as:… the dearest dream of youth.
A recent small study appeared to confirm this conjecture.
The standard form of this conjecture became known as the bag model of quark confinement.
However, an exact estimation of ψ would allow someone to verify this conjecture.
This conjecture proved to be a major factor in the proof of Fermat's Last Theorem by Wiles.
On his return to Tokyo in 1903 Takagi proved a conjecture on abelian extensions of imaginary number fields made by Kronecker.Kronecker described this conjecture as.
This conjecture, similar to one stated by Euler one hundred years earlier, was proved by Chebyshev in 1850.
Certainly he was completely familiar with the mathematics developed there, but what makes this conjecture much more certain, he knew personally the mathematicians working there and he sent his results to Alexandria with personal messages.
Thus, this conjecture of Artin was the origin of a wide range of activities in what is now called arithmetic geometry.
I tried my utmost to find a counterexample to the conjecture which seemed all too perfect.finally I made my theory confirming this conjecture, but I could not rid myself of the doubt that it might contain an error which would invalidate the whole theory.
Confirms this conjecture and book beauty recipesthe famous Queen Cleopatra, where she gives pretty good advice for nail care.
It is highly likely that, when he was a young man, Archimedes studied with the successors of Euclid in Alexandria.Certainly he was completely familiar with the mathematics developed there, but what makes this conjecture much more certain, he knew personally the mathematicians working there and he sent his results to Alexandria with personal messages.
An adjunct to this conjecture was the notion that the force between two quarks goes to zero as their separation distance goes to zero.
I woke up and tried to remember my reasoning but in vain. I tried my utmost to find a counterexample to the conjecture which seemed all too perfect.finally I made my theory confirming this conjecture, but I could not rid myself of the doubt that it might contain an error which would invalidate the whole theory. I badly lacked colleagues who could check my work.
This conjecture, posed in 1970, claimed that projective spaces are the only smooth complete algebraic varieties with ample tangent bundles.
Finally I made my theory confirming this conjecture, but I could not rid myself of the doubt that it might contain an error which would invalidate the whole theory.
If this conjecture were true(it has been shown to be false), then a general decision method would exist; namely, we systematically tile larger and larger square arrays of cells in every possible way with the given set of tiles.
All this conjecture, the ontological shock you speak of, for which we're so ill-equipped, is in my opinion not only false but dangerous.
Artin made this conjecture to Hasse on 27 September 1927(according to an entry in Hasse 's diary), and since then many mathematicians have tried to prove it.
This conjecture became known as"the main conjecture on cyclotomic fields" and it remained one of the most outstanding conjectures in algebraic number theory until it was solved by Mazur and Wiles in 1984 using modular curves.
Artin made this conjecture to Hasse on 27 September 1927(according to an entry in Hasse 's diary), and since then many mathematicians have tried to prove it. Hooley has proved it under the condition that a strong form of Riemann 's hypothesis(for number fields) is valid.
The proof of this conjecture would mean that the generalization of the Gauss-Bonnet Theorem is that the integral of the Gaussian curvature over the smooth portions of a closed surface plus the sum of the angular deficits of the singular points is equal to 2π times the Euler characteristic of the surface.