Fungi/Mycelium

Material Form Function | Bacteria | Biofilm | Cellulose | Publications | Tree Bark | Fungi/Mycelium »Trazos« is a pioneering publication in Spanish in the interdisciplinary field of biomaterials developments. The book is divided into three sections which explore, interrogate, shape, and reflect on these scientific and creative advancements. This book encourages interaction between the Spanish-speaking community and provides access to a topic predominantly discussed in English. It seeks to stimulate dialogue and amplify the reach of the Latin American biomaterials field to a broader audience. Likewise, it aspires to foster collaborations that transcend language barriers, promoting enriching exchanges of ideas and knowledge. The book, edited by MoA Associated Member Heidi Jalkh and Gisela Pozzetti, and designed by Paula Rodríguez, includes contributions by MoA researchers Bastian Beyer, Johanna Hehemeyer-Cürten, Wolfgang Schäffner, Daniel Suárez, Charlett Wenig and by Rodrigo Martin Iglesias, Coordinator of the Master Open Design. more

Material Form Function | Cellulose | Collactive Materials | Science Communication | Biodesign | Speculative Design | Climate | Forest | Prototype / Model | Tree Bark | Textiles | Fungi/Mycelium »Matters of Activity« und das Experimentallabor für Wissenschaftskommunikation »CollActive Materials« starteten im März eine neue Veranstaltungsreihe im Futurium Lab. Unter dem Titel »Materialzukünfte besuchen« finden über vier Monate vier Workshops statt, die die Forschung des Clusters mit der Zivilgesellschaft zusammenbringen und in denen gemeinsam über Materialzukünfte spekuliert wird. Begleitet werden die Veranstaltungen von einer temporären Ausstellung im Futurium Lab, die ab 4. Mai besucht werden kann. more

Object Space Agency | Fungi/Mycelium | Biodesign | More-Than-Human | Prototype / Model | Textiles | Temporality Architecture and nature inevitably compete for space. That poses a dilemma when resources are finite and the demand for space keeps growing. Besides, we know that the construction sector generates huge waste and emissions. All this has raised issues about the role of architecture: Does it need a shift in perspective? Could we build with nature instead of against it? The exhibition »Closer to Nature« at the Berlinische Galerie showcases three Berlin-based projects, that utilize the potential of mushrooms, living trees, and clay. This gives them an ecological quality, but also a completely new character: the buildings breathe, grow, and thus become alive themselves. One of the showcased projects is the experimental building MY-CO SPACE, which was developed, designed, and built by the interdisciplinary Berlin SciArt collective MY-CO-X, an initiative of the Department of Applied and Molecular Microbiology at TU Berlin under the direction of MoA member Vera Meyer with contributions by Dimitra Almpani-Lekka. more

Doctoral Program | Material Form Function | Science Communication | Fungi/Mycelium | Master Open Design | Prototype / Model | Tessellation In the interview that was aired on a National television show about Science Communication in November, MoA member Heidi Jalkh presented her research on bio-inspired materials and reports on her work at »Matters of Activity« at Humboldt-Universität zu Berlin, which began with her participation in the »Open Design« program. The full interview can be seen on the La Liga della Ciencia Channel on YouTube.

Object Space Agency | Fungi/Mycelium The project »Myko.Plektonik« investigates architectural design as a co-operation between plants and filamentous fungi, driven by mycelial growth and textile techniques. In »Myko.Plektonik«, fungal mycelium is grown within knitted willow structures, intertwining the biological and the built environment. It is a project that defines new ways of collaboration between design and science as well as between different local species. During the lecture on July 10th, 7.00 pm, at My-Co Place we will have the opportunity to see, touch and smell some of the prototypes and discuss a future of architecture in the cities where we can grow buildings and live in a flexible symbiosis with nature. more

Object Space Agency | Fungi/Mycelium MY-CO PLACE is now open! The TU Berlin transdisciplinary urban laboratory is a learning station, exhibition space and discussion platform that places mushrooms and mushroom materials at the center of the debate about a future way of building and living. In this place, people from science, art and urban society come together and discuss their ideas for a jointly built and sustainable future. In MY-CO PLACE, visitors can come into direct contact with the microscopically small but macroscopically tangible world of fungi. MY-CO PLACE is a transdisciplinary real laboratory by biotechnologist and molecular biologist Prof. Vera Meyer (TU Berlin) and Prof. Sven Pfeiffer (University of Bochum). Vera Meyer opened an accompanying lecture series about fungi as the future building material on May 15th. Natalija Miodragović and Dimitra Almpani-Lekka will give a talk on textile architecture associated with mushrooms on July 10th. more

Object Space Agency | Publications | Fungi/Mycelium The recently founded Open Access publishing house Berlin Universities Publishing (BerlinUP) has published its first book: »Engage with Fungi«. How do we want to live in the future? How do we take responsibility for the future of the Earth, for our environment, for our society? Fusing the creativity engines of science, art, and society enables us to develop visions for a sustainable future and viable paths towards it. The publication exemplifies such a transdisciplinary endeavor and focuses on collaborative research on and learning from fungi. more

Fungi/Mycelium | Willow | Prototype / Model | Yarns/Fibers The project explores the growth of fungal mycelium on the »Plektonik« structural textiles and aims at imagining the transformation of our future living by designing in co-operation with plants and fungi and by bringing the biological and the built environment in an interdependent relationship more

Science Communication | Air | Sand | Bacteria | Cellulose | Cloud | Fungi/Mycelium | Hemp | Prototype / Model | Stretching Materialities | Material Legacies | Daoula Sheen | Textiles | Tree Bark | Yarns/Fibers | XR | Willow | Wool | Water | Wood With the »Activarium«, we want to actively engage with potential partners from the industry, start-ups, NGOs, politics and society as a whole to initiate an exploratory exchange on active materials, bio- & culture-inspired innovation as well as sustainability approaches. We want visitors to experience our prototypes to make MoA’s intentions and research tangible and accessible. The »Activarium« serves as a work-in-progress showcase of different research strands and processes. Our visitors can dive into the research as it's happening, before its published results. Walk in and experience the »Activarium« Tuesdays, 10.00 am–12.15 pm or Thursdays, 2.00–4.00 pm! If you are a group of more than 5 people or if the opening hours do not fit your schedule, please contact us via moa.activarium@hu-berlin.de to schedule a visit! more

Doctoral Program | Climate | Fungi/Mycelium | Water | More-Than-Human The aim of Dimitra’s research is to investigate emerging architectural design protocols of activating the building envelope with the treatment of water in order to restore and promote ecosystemic functions and local biodiversity. In this framework the building envelope is approached as a voluminous, programmatic and infrastructural space of opportunity for integrating the building into the metabolic processes of the ecosystem. The envelope is explored as a porous membrane rather than a barrier, a vehicle for mutually beneficial human and non-human symbiosis that allows for material and energy negotiations and exchanges between the outside and the inside. Therefore, the envelope is re-thought as a potential space of communing for all local species. The actuator of the envelope is water, one of the most vital resources for the sustenance of ecosystemic activity. This approach requires the study of water related functions, properties and phenomena across different scales (macro- (urban fabric), meso- (building/device), micro-(study of microorganisms and properties of matter). With the use of dynamic design tools, the architectural design is formed by the dynamics and temporalities of water. Alliances between the fields of biotechnology, natural sciences and environmental engineering as well as humanities, landscape architecture, animal aided design and biomimetics are employed to incorporate biological growth and water treatment methods in an architectural design method that addresses the topic of co-habitation in contemporary cities, especially in the context of pressing climate related problems such as droughts, floods and the contamination of natural water resources. Over the last years Dimitra has been working in Berlin in the field of Landscape Architecture with a focus on the creation of socially and environmentally sustainable public spaces. She joined the Cluster in 2021 and is working on the Myko.Plektonik project in parallel to her PhD, exploring fungal mycelium as a co-designer in the architectural context. more