ALBUQUERQUE, N.M. — Advances in understanding how atomic and molecular systems self-organize into regular structures may give a boost to emerging technologies such as molecular electronics and quantum ...

The Mendjan lab aims to recapitulate human heart development in vitro, discover the molecular mechanisms driving cardiac self-organization, and how this fails in congenital heart disease. We use human ...

Researchers have demonstrated that self-organization of neurons as they 'learn' follows a mathematical theory called the free energy principle. The principle accurately predicted how real neural ...

The idea that processes can be self-organized and self-reproducing is more than 100 years old. But self-organization principles that were first developed in chemistry and physics are only now ...

Self-organising cardiac organoids form cavities [Image courtesy Sasha Mendjan, IMBA] Besides a beating myocardial layer, a functional heart also contains an inner endothelial lining that later ...

The free energy principle states that this type of self-organization will follow a pattern that always minimizes the free energy in the system.

This goal is the motivation behind a recently introduced principle of physics called rattling, which posits that systems with sufficiently "messy" dynamics organize into what researchers refer to as ...

Speed, agility and adaptability are a few examples of what we call organizing principles — and as this article will argue, startups need organizing principles to deliver outcomes.