# microbotics

> branch of robotics

**Wikidata**: [Q2402635](https://www.wikidata.org/wiki/Q2402635)  
**Wikipedia**: [English](https://en.wikipedia.org/wiki/Microbotics)  
**Source**: https://4ort.xyz/entity/microbotics

## Summary
Microbotics is a specialized branch of robotics focused on the design, construction, operation, and application of extremely small robots. It is a subclass of robotics, with its own distinct subfield characterized by miniature-scale systems. The field has been studied and developed with applications in various scientific and industrial domains.

## Key Facts
- Microbotics is a subclass of robotics, inheriting its broader principles but specializing in miniature-scale systems.
- The field has been documented with a sitelink count of 15, indicating its presence across multiple knowledge bases.
- Microbotics includes aliases such as "microrobotics," "Tiny robot," and "Microbotica."
- The term is associated with a Freebase ID (/m/0196nn) and a Psh ID (13888), linking it to structured knowledge databases.
- Microbotics is referenced in the Encyclopædia Universalis under the term "microrobots."
- The field has been studied in multiple languages, including Arabic, Catalan, German, French, Japanese, Korean, Russian, and others.
- Microbotics is categorized under "Microrobotics" and "Micro robots" in Wikimedia Commons.
- A notable image of a bio-inspired hybrid multifunctional drug delivery system is available in Wikimedia Commons.
- A video demonstration of a photovoltaic bug mini-robot is also available in Wikimedia Commons.
- Microbotics has a Microsoft Academic ID (discontinued) of 33954392.

## FAQs
**What is the relationship between microbotics and robotics?**
Microbotics is a subclass of robotics, specializing in the design and application of miniature robots. It inherits the broader principles of robotics but focuses on extremely small-scale systems.

**What are the main applications of microbotics?**
Microbotics is applied in scientific research, industrial processes, and medical fields, particularly in drug delivery and microsurgery.

**How is microbotics represented in structured knowledge databases?**
Microbotics is linked to structured knowledge databases via Freebase ID (/m/0196nn) and Psh ID (13888), with references to academic sources.

**What languages are associated with microbotics?**
Microbotics has been studied and documented in multiple languages, including Arabic, Catalan, German, French, Japanese, Korean, Russian, and others.

**What are some notable examples of microbotics in action?**
A bio-inspired hybrid multifunctional drug delivery system and a photovoltaic bug mini-robot are notable examples of microbotics in practice.

## Why It Matters
Microbotics plays a crucial role in advancing scientific research and industrial applications by enabling the development of miniature robots capable of performing tasks at microscopic scales. This field has significant implications for medical advancements, such as targeted drug delivery and microsurgery, as well as in industrial processes where precision at the smallest levels is required. By specializing in miniature-scale systems, microbotics contributes to the broader field of robotics by addressing unique challenges and opportunities in nanotechnology and microsystems engineering.

## Notable For
- Being a distinct subclass of robotics focused on miniature-scale systems.
- Having a structured knowledge presence with references in academic databases.
- Including notable examples of microbotics in action, such as bio-inspired drug delivery systems and photovoltaic mini-robots.
- Being documented in multiple languages, reflecting its global relevance.
- Having a historical presence in structured knowledge databases like Freebase and Psh.

## Body
### Classification and Relationships
Microbotics is a subclass of robotics, inheriting the broader principles of design, construction, operation, and application but specializing in miniature-scale systems. It is part of the larger field of robotics, which has a sitelink count of 94, indicating its extensive presence across knowledge bases.

### Aliases and Identifiers
Microbotics is also known by the aliases "microrobotics," "Tiny robot," and "Microbotica." It is associated with structured knowledge identifiers, including a Freebase ID (/m/0196nn) and a Psh ID (13888), which link it to academic and knowledge databases.

### Representation in Knowledge Bases
Microbotics has a sitelink count of 15, indicating its presence across multiple knowledge bases. It is referenced in the Encyclopædia Universalis under the term "microrobots" and has a Microsoft Academic ID (discontinued) of 33954392.

### Multilingual Documentation
Microbotics has been studied and documented in multiple languages, including Arabic, Catalan, German, French, Japanese, Korean, Russian, and others. This multilingual presence reflects its global relevance and application across diverse scientific communities.

### Notable Examples and Media
Microbotics includes notable examples of microbotics in action, such as a bio-inspired hybrid multifunctional drug delivery system and a photovoltaic bug mini-robot. These examples are available in Wikimedia Commons, demonstrating the field's practical applications.

### Categories and Topics
Microbotics is categorized under "Microrobotics" and "Micro robots" in Wikimedia Commons. It is also associated with the main categories of "Microrobotics" and "Micro robots," further defining its scope within the broader field of robotics.

## References

1. Freebase Data Dumps. 2013