We argue that supersymmetric BPS states can act as efficient finite energy probes of the moduli space geometry thanks to attractor mechanism. focus on 4d $\mathcal{N}=2$ compactifications and capture aspects effective field theory near values in terms physical quantities far away space. Furthermore, we illustrate how standard distance be related asymptotically black hole mass. also compute a me...

Black Space diagrams representing rheological data of asphalt materials in the form complex modulus (|G*| or |E*|) versus phase angle (δ) have been successfully used for interpretation material behavior and performance. Previous studies identification testing geometry compliance errors when over multiple temperatures loading times (frequencies), screening “thermo-rheological simplicity” various...

Red-black planning is a recent approach to partial delete relaxation, where red variables take the relaxed semantics (accumulating their values), while black variables take the regular semantics. Practical heuristic functions can be generated from tractable sub-classes of red-black planning. Prior work has identified such sub-classes based on the black causal graph, i. e., the projection of the...

We study the interaction of maximally-charged dilatonic black holes at low velocity. We compute the metric on moduli space for three extreme black holes under a simple constraint. The Hamiltonian of the multi-black hole system of O(v2) is also calculated for the a = 1 and a = 1/ √ 3 cases, where a is the dilaton coupling constant. The behavior of the system is discussed qualitatively. PACS numb...