… here that self-stabilization of A follows from the finiteness of coupling time. The coupling time
will … We then relate the notion of coupling to that of self-stabilization (Sect. 4), thus yielding a …

… self-stabilization in terms of ergodicity (Sec. 3). We then relate the notion of coupling to
that of self-stabilization … 3) allows us to enhance our coupling method for proving self-stabilization. …

… systems; a phenomenon we termed as self-stabilization effect. Our work also shows that GB
… alloy systems like HEA, coupling the selfstabilization and classical solute GB segregation …

A coupled optoelectronic oscillator (COEO) based on a laser with a high finesse intracavity
etalon is presented. Unlike a conventional COEO, the incorporation of the etalon produces a …

… self-stabilization. The objective of this paper is to find some physical conditions that lead
to self-synchronization or self-stabilization … Moreover, it has been proved that self-stabilization …

… LIP, self-stabilization is impossible. … coupling between these two motions and since these
motions are decoupled during the single support phase, it is essential to introduce a coupling …

… In the present Letter we present the results concerning the aspect of self-stabilization in
CCM lasers, a complete presentation of the theory will be given elsewhere. In the numerical …

… Self-stabilizing uncoupled dynamics, then, have both resilience to arbitrary initial states and
… is insufficient to achieve self-stabilization, regardless of the number of available actions. …

Laser cooling of mechanical degrees of freedom is one of the most significant achievements
in the field of optomechanics. Here, we report, for the first time to the best of our knowledge, …

… for a broad range of unfolding lengths Δ > 0 if the reservoir coupling is strong, see Fig. 4e. …
of self-stabilization. (iii) The basic condition required for our self-stabilization mechanism is …