Applications are now open for the highly anticipated Goethe-Institut Studio Quantum Programme 2024. This innovative artist-in-residence program, organized by the Goethe-Institut, aims to delve into the realm of emerging quantum technologies through the lens of art. By merging art and science, Studio Quantum explores the profound cultural, ethical, and ecological questions surrounding the impact of quantum technologies.
The programme consists of three main components: residencies, events, and a project showcase. During the residencies, selected artists from various locations including Germany, Ireland, Mexico, Netherlands, United Kingdom, Nigeria, India, and South Africa will have the opportunity to incorporate quantum technologies into their work or explore new techniques enabled by these technologies. Artists will be connected with local experts from both the cultural and technology sectors, as well as a global network, through an intensive eight-week tutorial.
Studio Quantum will actively examine the relationship between quantum computing and sustainability, climate change, artificial intelligence, data security, and data encryption. By encouraging artists to integrate quantum technologies into their artistic practice, the program opens up new possibilities for creative expression and interdisciplinary collaboration.
Selected artists-in-residence will receive a production budget of up to 3,000 EUR, as well as support for travel costs, accommodation, and an honorarium. The travel costs will be determined based on the distance traveled, covering all relevant expenses. In addition to the residencies, participating artists will be invited to present their work and findings at public events in each location, with a culminating project showcase in Germany in November 2024.
To be considered for the Studio Quantum artist-in-residence program, applicants should demonstrate a strong interest in technology and innovation, have an established artistic practice, and be motivated to collaborate with experts in the cultural, educational, and tech sectors. Fluency in English is required, as communication and sharing findings in a professional setting are integral to the program.
All proposals will be assessed by an international jury of experts, taking into account criteria such as the artist’s previous work involving technology, interdisciplinary approach, and alignment with the project themes. The budget allocation will also be considered proportionate to the proposed artistic work and the two-month time period.
Don’t miss this exciting opportunity to explore the forefront of quantum technologies and their impact on society through the immersive Studio Quantum Programme 2024. Apply now and visit Studio Quantum Programme for more details. Let your artistic vision transcend boundaries and create an innovative dialogue between art and science.
An FAQ section based on the main topics and information presented in the article:
1. What is the Goethe-Institut Studio Quantum Programme 2024?
The Goethe-Institut Studio Quantum Programme 2024 is an artist-in-residence program that focuses on exploring emerging quantum technologies through the lens of art. It aims to delve into the cultural, ethical, and ecological questions surrounding the impact of quantum technologies by merging art and science.
2. What are the main components of the program?
The programme consists of three main components: residencies, events, and a project showcase. During the residencies, selected artists will have the opportunity to incorporate quantum technologies into their work or explore new techniques enabled by these technologies. Artists will be connected with local experts and a global network through an intensive eight-week tutorial. Participating artists will also be invited to present their work and findings at public events in each location, with a culminating project showcase in Germany in November 2024.
3. What topics will Studio Quantum explore?
Studio Quantum will actively examine the relationship between quantum computing and sustainability, climate change, artificial intelligence, data security, and data encryption. By encouraging artists to integrate quantum technologies into their artistic practice, the program opens up new possibilities for creative expression and interdisciplinary collaboration.
4. What support do selected artists-in-residence receive?
Selected artists-in-residence will receive a production budget of up to 3,000 EUR, as well as support for travel costs, accommodation, and an honorarium. The travel costs will be determined based on the distance traveled, covering all relevant expenses.
5. What are the eligibility criteria for applicants?
To be considered for the Studio Quantum artist-in-residence program, applicants should demonstrate a strong interest in technology and innovation, have an established artistic practice, and be motivated to collaborate with experts in the cultural, educational, and tech sectors. Fluency in English is required, as communication and sharing findings in a professional setting are integral to the program.
6. How will proposals be assessed?
All proposals will be assessed by an international jury of experts, taking into account criteria such as the artist’s previous work involving technology, interdisciplinary approach, and alignment with the project themes. The budget allocation will also be considered proportionate to the proposed artistic work and the two-month time period.
Definitions for key terms or jargon used within the article:
1. Quantum Technologies: Technologies that utilize the principles of quantum mechanics, which include quantum computing, quantum cryptography, and quantum sensors.
2. Artist-in-Residence Program: A program that provides artists with the opportunity to live and work in a specific location for a period of time, allowing them to focus on their artistic practice.
3. Residencies: Periods of time during which selected artists live and work in a specific location as part of an artist-in-residence program.
4. Data security: Measures taken to protect digital information from unauthorized access or use.
5. Data encryption: The process of converting data into a format that is unreadable without a secret key, thus protecting its confidentiality.
Suggested related links:
– Goethe-Institut