Boundary Value Problems for Static Maxwell`s Equations
... fc-form on U with support in int fi. Because of (9) we have where the right-hand side is the differential of a form with support in fl (this follows from the property (10)). Now, we observe that for each open domain Q, such that Q j c i n t Q there exists a didiffeomorphism *P: U -» U such that T(Q) ...
... fc-form on U with support in int fi. Because of (9) we have where the right-hand side is the differential of a form with support in fl (this follows from the property (10)). Now, we observe that for each open domain Q, such that Q j c i n t Q there exists a didiffeomorphism *P: U -» U such that T(Q) ...
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... 6. Smaller positive root of a = bx — x* where a, b > 0 and 27a' < 4b*. This cubic equation has three real roots, two of which are positive and one negative. Similar cubic equations having two negative roots and one positive root may be transformed to this form by changing the signs of the roots. To ...
... 6. Smaller positive root of a = bx — x* where a, b > 0 and 27a' < 4b*. This cubic equation has three real roots, two of which are positive and one negative. Similar cubic equations having two negative roots and one positive root may be transformed to this form by changing the signs of the roots. To ...
Extended Church-Turing Thesis
... When we implement a gate, how accurate does it need to be? Do we need infinite precision to build this gate properly? A paper by Shamir, “How To Factor On Your Calculator,” shows that if we assume infinite precision arithmetic, then some NP complete problems can be solved in polynomial time. However ...
... When we implement a gate, how accurate does it need to be? Do we need infinite precision to build this gate properly? A paper by Shamir, “How To Factor On Your Calculator,” shows that if we assume infinite precision arithmetic, then some NP complete problems can be solved in polynomial time. However ...