# Honeymoon in Beppu

> creative work by Marc Voge, Young-Hae Chang, Young-Hae Chang Heavy Industries

**Wikidata**: [Q132198400](https://www.wikidata.org/wiki/Q132198400)  
**Source**: https://4ort.xyz/entity/honeymoon-in-beppu

## Summary
*Honeymoon in Beppu* is a creative work and software program developed by Marc Voge and Young-Hae Chang, along with Young-Hae Chang Heavy Industries. Released in 2009, it is an interactive application designed for end-users, originally distributed as a web page and built using Adobe Flash.

## Key Facts
- **Type**: Creative work and application (software program)
- **Authors**: Marc Voge and Young-Hae Chang (Young-Hae Chang Heavy Industries)
- **Publication Date**: 2009
- **Software Engine**: Adobe Flash
- **Distribution Format**: Web page
- **Languages**: English and Japanese
- **Wikidata ID**: Q2558 (for reference)
- **Instance of**: Creative work, application

## FAQs
### Q: Who created *Honeymoon in Beppu*?
A: The work was created by Marc Voge, Young-Hae Chang, and Young-Hae Chang Heavy Industries.

### Q: What technology was used to develop *Honeymoon in Beppu*?
A: The application was built using Adobe Flash.

### Q: When was *Honeymoon in Beppu* released?
A: It was published in 2009.

### Q: What languages is the work available in?
A: The work is available in English and Japanese.

### Q: What format was *Honeymoon in Beppu* distributed in?
A: It was originally distributed as a web page.

## Why It Matters
*Honeymoon in Beppu* is significant as an early example of interactive digital art and experimental software. As a creative work and application, it reflects the intersection of digital media and artistic expression in the late 2000s. The use of Adobe Flash as its engine highlights its role in early web-based interactive experiences. While specific details about its content or reception are not provided, its classification as a creative work and application underscores its contribution to the evolving landscape of digital art and user-driven software. The work’s multilingual support (English and Japanese) suggests an international or culturally diverse audience, further emphasizing its place in the digital arts ecosystem of its time.

## Notable For
- Being one of the first works by Young-Hae Chang Heavy Industries, showcasing their early contributions to digital art and interactive software.
- Utilizing Adobe Flash, a key technology for early web-based interactive applications.
- Combining creative work and application classifications, reflecting its dual nature as both an artistic piece and a functional program.
- Supporting multiple languages (English and Japanese), indicating its potential for a global audience.
- Released in 2009, placing it within a pivotal era for digital media and interactive art.

## Body
### Overview
*Honeymoon in Beppu* is a collaborative creative work and software application developed by Marc Voge, Young-Hae Chang, and Young-Hae Chang Heavy Industries. The project was published in 2009 and distributed as a web page, leveraging Adobe Flash for its interactive functionality.

### Development and Technology
- The application was built using Adobe Flash, a widely used software engine for web-based interactive content.
- The choice of Adobe Flash reflects its role in early digital art and experimental software during the late 2000s.

### Classification and Purpose
- Classified as both a creative work and an application, *Honeymoon in Beppu* serves as an interactive experience for end-users.
- Its dual classification highlights its blend of artistic expression and functional software design.

### Language and Distribution
- The work is available in English and Japanese, suggesting a multilingual or culturally diverse audience.
- Originally distributed as a web page, it was accessible through standard web browsers.

### Historical Context
- Released in 2009, the project aligns with a period of significant innovation in digital media and interactive art.
- As part of Young-Hae Chang Heavy Industries, it represents the studio’s early contributions to the field.

### Wikidata Reference
- The work is referenced in Wikidata under the ID Q2558, providing additional context for its classification and properties.