Research Catalogue

A cross disciplinary artistic research project that departs from, and investigates several encounters and alignments between Contemporary Art and Archaeology. Its primary goal is to create a broad selection of autonomous and collaborative artistic, poetic and scientific expressions and responses to Prehistoric Art and its contemporary images. It will seek to stimulate a deeper understanding of contemporary and prehistoric artistic expression and the contemporary and prehistoric human condition. The participating artists and archaeologists will create autonomous projects, but also interact with each other in workshops, seminars and collaborative artistic projects. The secondary goal of Matter, Gesture and Soul is to establish an international cross disciplinary research network at the University of Bergen and strengthen the expertise in cross disciplinary artistic and scientific work with artistic research as the driving force. The project is financed by DIKU and UiB and supported by Global Challenges (UiB)

A work-in-progress artistic research project. Initiated by Hanns Holger Rutz and Nayarí Castillo in autumn 2021, it develops into multiple intermedia objects that involve collaboration between different artists, objects that engage in sensorial exchange among themselves and with humans. This exposition is very much in flux, trying to capture the meanderings of the process.

A visual map of the RC. Hover over a screenshot to see the title and author. If you click you will see a gallery with a screenshot of each of its weaves. There is a form which allows you to filter based on title, author, keywords, abstract and date. For an exposition to appear in this map, it needs to be public (share -> public or published). The map is updated once every 24 hours. There is an alternative map that allows you to browse all research by keyword.

Intellectual landscape in mathematics, quantum mechanics and physics, philosophy of science, and other fields. Henri Poincaré's mathematical insights and Albert Einstein's seminal thought experiments opened the door to understanding the most fundamental aspects of physical reality, from the subatomic realm of particles and fields to the largest galactic superclusters and the origin of the universe itself. The pioneering work of Poincaré and Einstein in the early 20th century fundamentally changed our understanding of the universe, calling into question long-held ideas about space, time, and the very core of reality. Epicurus’ groundbreaking reflection in these fields influence the fields of applied mathematics today, profoundly shaping the scientific understanding of the solid forms that make up the universe.

Quantum methods, based on differential equations, proved invaluable for many applications, ranging from building complex machines to mapping the motions of celestial objects. They represent a decisive advance in humanity's ability to understand and quantify the multi-dimensional reality. Epicurus’ groundbreaking reflection in these fields influence the fields of applied mathematics today, profoundly shaping the scientific understanding of the solid forms that make up the universe.

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