The canonical Hippo/Mst pathway, originally discovered in Drosophila, is famous for its function in promoting apoptosis, inhibiting cell proliferation and tumorigenesis, and regulating tissue regeneration. However, emerging evidence shows that multiple non-canonical Hippo signaling pathways are also implicated in the regulation of various other biological processes. Recent studies have revealed...

The canonical function game is a game of length ω1 introduced by W. Hugh Woodin which falls inside a class of games known as Neeman games. Using large cardinals, we show that it is possible to force that the game is not determined. We also discuss the relationship between this result and Σ2 absoluteness, cardinality spectra and Π2 maximality for H(ω2) relative to the Continuum Hypothesis. MSC20...

A con-current multiscale non-equilibrium molecular dynamics is proposed. The notion of multiscale canonical element ensemble is put forth, which enables us to employ the coarse grain field as a heat bath, and it is accomplished by using a distributed Nośe–Hoover thermostat network. In doing so, it guarantees that the non-equilibrium molecular dynamics returns to a canonical equilibrium state wh...

In this work we analyze objects with non-canonical case markers in Turkish. We show that semantic factors give rise to non-canonical case marking and try to determine criteria to decide on the grammatical function status of non-canonical objects. We conclude that ablative partitives and dative objects participating in an affectedness alternation should be analyzed as straightforward objects (OB...

We study a phase transition in a non-equilibrium model first introduced in [5], using the Yang-Lee description of equilibrium phase transitions in terms of both canonical and grand canonical partition function zeros. The model consists of two different classes of particles hopping in opposite directions on a ring. On the complex plane of the diffusion rate we find two regions of analyticity for...

We construct the non-canonical kinetic term of a k-essence field directly from the effective equation of state function wk(z), which describes the properties of the dark energy. Adopting the usual parametrizations of equation of state we numerically reproduce the shape of the non-canonical kinetic term and discuss some features of the constructed form of k-essence.