In [1] we uniquely introduced ultra exponential functions (uxpa) and denednext step of the serial binary operations: addition, multiplication and power.Also, we exhibited the topic of limit summability of real functions in [2,3]. Inthis paper, we study limit summability of the ultra exponential functions andprove some of their properties. Finally, we pose an unsolved problem aboutthem.

In this paper, we establish the theory of fuzzy ideal convergence on completely distributive lattices and give characterizations of some topological notions. We also study fuzzy limit structures and discuss the relationship between fuzzy co-topologies and fuzzy limit structures.

The purpose of this paper is the study of direct limits in category of Krasner (m, n)-hyperrings. In this regards we introduce and study direct limit of a direct system in category (m, n)-hyperrings. Also, we consider fundamental relation , as the smallest equivalence relation on an (m, n)-hyperring R such that the quotient space is an (m, n)-ring, to introdu...

Cytochalasin B, a fungal metabolite, has been shown to inhibit hexose transport in a variety of cellular types, including erythrocytes (Bloch, 1973), leucocytes (Zigmond & Hirsch, 1972), adipose-cell ‘ghosts’ (Czech et al., 1973), fibroblasts and liver cells (Kletzien et al., 1972) and HeLa cells (Mitzel & Wilson, 1972). Studies of effects of cytochalasin B on hexose transport in the nervous sy...

in this paper, we establish the theory of fuzzy ideal convergence on completely distributive lattices and give characterizations of some topological notions. we also study fuzzy limit structures and discuss the relationship between fuzzy co-topologies and fuzzy limit structures.

BACKGROUND The use of the lower 90% confidence limit of the lower limit of normal (LLN(CI)), rather than a fixed percentage of the predicted value (LLN(%)), appears to be statistically more appropriate for interpretation of spirometry results. There has been no comparative assessment of these 2 definitions of the LLN in routine clinical practice. METHODS We studied results of spirometry inter...

We study how the behavior of quantum noise, presenting the fundamental limit on the sensitivity of interferometric gravitational-wave detectors, depends on properties of input states of light. We analyze the situation with specially prepared nonclassical input states which reduce the photoncounting noise to the Heisenberg limit. This results in a great reduction of the optimum light power neede...