# Penelope

> creative work by Alejandro Albornoz, Roderick Coover, Scott Rettberg

**Wikidata**: [Q132204649](https://www.wikidata.org/wiki/Q132204649)  
**Source**: https://4ort.xyz/entity/penelope-q132204649

## Summary
Penelope is an electronic literature work created by Alejandro Albornoz, Roderick Coover, and Scott Rettberg, published in 2018. It falls within the genres of digital poetry and generative literature.

## Key Facts
- Penelope is a creative work published in 2018.
- The authors are Roderick Coover and Scott Rettberg, with Alejandro Albornoz also credited.
- It belongs to the genre of electronic literature, specifically digital poetry and generative literature.
- It has the ELMCIP identifier 13325.
- The work is written in HTML and another programming language (Q2005).
- The language of the work is English.
- It is classified as both a creative work and an application/web page.

## FAQs
### Q: Who are the creators of Penelope?
A: Penelope was created by Alejandro Albornoz, Roderick Coover, and Scott Rettberg.

### Q: When was Penelope published?
A: Penelope was published in 2018.

### Q: What is the genre of Penelope?
A: Penelope belongs to the genre of electronic literature, specifically digital poetry and generative literature.

### Q: What programming languages were used in Penelope?
A: The work was created using HTML and another programming language identified as Q2005.

## Why It Matters
Penelope represents an important contribution to the field of electronic literature, particularly within the subgenres of digital poetry and generative literature. As a collaborative work by three prominent figures in the digital humanities and electronic literature community, it exemplifies how interactive and algorithmically generated texts can explore new forms of poetic expression. The work demonstrates how computational approaches can be integrated with traditional literary techniques, offering readers an experience that evolves with each interaction. Its inclusion in the Electronic Literature Collection (ELMCIP ID 13325) highlights its significance as a representative example of contemporary digital poetry.

## Notable For
- It is classified as both a creative work and an application/web page, blurring the lines between traditional literature and interactive digital media.
- The work exemplifies generative literature through its algorithmic creation process.
- It represents a collaborative effort between three key figures in electronic literature.
- It was published in 2018 as part of the contemporary electronic literature landscape.
- The use of HTML and the programming language Q2005 demonstrates technical integration with web technologies.

## Body
### Technical Implementation
Penelope was developed using HTML as the primary programming language, with additional support from the programming language identified as Q2005. The work operates as an interactive web page or application, allowing users to engage with generative poetry through algorithmic processes.

### Classification and Categorization
The work is categorized under electronic literature, specifically within the subgenres of digital poetry and generative literature. This classification reflects its position within contemporary literary practices that incorporate computational elements and interactive interfaces.

### Collaborative Creation
The project represents a collaborative effort between Alejandro Albornoz, Roderick Coover, and Scott Rettberg, each contributing to different aspects of the work's development. This collaborative approach is characteristic of many significant electronic literature projects.

### Publication and Recognition
Published in 2018, Penelope has been recognized through its inclusion in the Electronic Literature Collection, receiving the ELMCIP identifier 13325. This recognition positions the work within the established canon of electronic literature.

### Genre and Form
As digital poetry, Penelope explores the boundaries of traditional poetic forms through computational means. The generative aspect of the work allows for unique textual experiences each time it is accessed, creating an interactive relationship between the reader and the text.