this post was submitted on 27 Jun 2023
9 points (100.0% liked)

Science of Cooking

1111 readers
1 users here now

Welcome to c/cooking @ Mander.xyz!

We're focused on cooking and the science behind how it changes our food. Some chemistry, a little biology, whatever it takes to explore a critical aspect of everyday life.

Background Information:

founded 1 year ago
MODERATORS
 

This is about a recent study looking at the rheology of fondant. Essentially, fondant is created from a supersaturated solution of sucrose that is agitated (kneaded). This causes the fondant to experience a sequence of events:

  1. First, the agitation induces crystal nucleation and growth. In the early stages of crystal formation, the surrounding solution is depleted of sucrose, reducing the bulk viscosity.
  2. However, as the crystals grow in size, they are large enough to push against one another in hard sphere-like interactions. This causes a sharp increase in viscosity at this critical crystal size.
  3. As agitation continues, sucrose crystals fracture and the system reaches an equilibrium crystal size distribution, causing the viscosity to decrease from its peak. This is the final state of a smooth, pliable fondant.

There is a doi provided by the article, but as of my posting this, the doi hasn't been activated yet.

top 1 comments
sorted by: hot top controversial new old
[–] [email protected] 3 points 1 year ago

We need a comparable r/fondanthate haha. I am surprised number 4 wasn't that they found that fondant is it's own state of matter. ;) Strange material.