# jelly
**Wikidata**: [Q19703387](https://www.wikidata.org/wiki/Q19703387)  
**Source**: https://4ort.xyz/entity/jelly

## Summary
Jelly is a solid, jelly-like material that falls under the broader class of gels. It is defined as a substantially dilute cross-linked system that does not flow when in a steady state, with properties ranging from soft and weak to hard and tough. Jellies are a specific subclass of gels, as indicated by their classification in knowledge bases.

## Key Facts
- Jelly is a subclass of gel, inheriting its properties of being a cross-linked, non-flowing material.
- The YSO (Yleinen suomalainen ontologia) identifier for jelly is 21314, with qualifiers including Finnish, Swedish, and English terms for jelly.
- Jelly has a sitelink count of 1, indicating limited direct references in knowledge bases.
- The Wikipedia page for jelly is available in Finnish.
- Gels are defined as substantially dilute cross-linked systems that exhibit no flow in a steady state.

## FAQs
### Q: What is the difference between jelly and gel?
A: Jelly is a specific subclass of gel, meaning it shares the general properties of gels (being cross-linked, non-flowing, and having variable firmness) but may have more specific characteristics or applications.

### Q: What languages has jelly been documented in?
A: Jelly has been documented in Finnish, as indicated by its Wikipedia page availability in that language.

### Q: What defines a gel?
A: A gel is defined as a substantially dilute cross-linked system that exhibits no flow when in a steady state, with properties ranging from soft to hard.

## Why It Matters
Jelly plays a significant role in the classification of soft materials, particularly in fields like food science, material engineering, and biology. Its properties make it useful in applications requiring stability without flow, such as in food preservation, medical gels, or industrial adhesives. Understanding jelly helps in developing materials with controlled consistency and durability. Its classification as a subclass of gel provides a framework for studying its behavior and applications across different industries.

## Notable For
- Being a specific subclass of gel, distinguishing it from broader gel classifications.
- Having a limited but documented presence in knowledge bases, as evidenced by its sitelink count.
- Being referenced in the YSO ontology with Finnish, Swedish, and English terms, indicating its recognition in linguistic and semantic databases.
- Exhibiting properties that range from soft to hard, making it versatile for various applications.
- Being defined by its cross-linked structure and lack of flow, which are key characteristics of gels.

## Body
### Classification
Jelly is a subclass of gel, inheriting the general properties of being a cross-linked, non-flowing material. This classification is supported by the YSO ontology, which assigns it the identifier 21314 with qualifiers in Finnish, Swedish, and English.

### Properties
Jelly exhibits properties ranging from soft and weak to hard and tough, depending on its formulation and cross-linking. It is defined as a substantially dilute cross-linked system that does not flow when in a steady state, a defining characteristic of gels.

### Documentation
Jelly has a Wikipedia page available in Finnish, indicating its documentation in that language. Its sitelink count of 1 suggests limited direct references in knowledge bases, though it is recognized within the broader gel classification.

### Applications
Jelly's properties make it useful in various fields, including food science, material engineering, and biology. Its stability and controlled consistency are valuable in applications such as food preservation, medical gels, and industrial adhesives.

## References

1. YSO-Wikidata mapping project