In this chapter, we propose a model of the intimacy process. The process begins when one person expresses personally,revealing feelings or information to another. Jt continues when the listener responds supportively and empathically. For an interaction to become intimate, the discloser must feel understood, validated, and cared for. 'Intimacy' and 'intimate'—from the Latin words intimus (innerm...

With presently known input physics and computer simulations in 1D, a self-consistent treatment of core collapse supernovae does not yet lead to successful explosions, while 2D models show some promise. Thus, there are strong indications that the delayed neutrino mechanism works combined with a multi-D convection treatment for unstable layers (possibly with the aid of rotation, magnetic fields a...

Newtonian point mass binaries can be brought into arbitrarily close circular orbits. Neutron stars and black holes, however, are extended, relativistic objects. Both finite size and relativistic effects make very close orbits unstable, so that there exists an innermost stable circular orbit (ISCO). We illustrate the physics of the ISCO in a simple model problem, and review different techniques ...

We give an inductive method for proving weak innermost termination of rule-based programs, from which we automatically infer, for each successful proof, a finite strategy for data evaluation. We first present the proof principle, using an explicit induction on the termination property, to prove that any input data has at least one finite evaluation. For that, we observe proof trees built from t...

In this paper, we studied the evolutions of innermost stable circular orbits (ISCOs) in dynamical spacetimes. At first, reviewed method to obtain ISCO Schwarzschild spacetime by varying its conserved orbital angular momentum. Then, demonstrated is equivalent effective potential general static and stationary Unlike method, which depends on presence energy, requires existence momentum spacetime. ...

Hippocampal granule cells (GCs) are generated throughout the lifetime and are properly incorporated into the innermost region of the granule cell layer (GCL). Hypotheses for the well-regulated lamination of newly generated GCs suggest that polysialic acid (PSA) is present on the GC surface to modulate GC-to-GC interactions, regulating the process of GC migration; however, direct evidence of thi...