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Urban vibrations:
how physical waves come to matter in contemporary urbanism (Wavematters)

This project addresses the physical waves that invisibly cross and fill the urban built environment affecting bodies — human and nonhuman — in potentially harmful and uncertain ways. It is interested in how these waves disturb, interfere, and generate conditions for thinking urban life in other ways through ethnographic methods. It explores this through four kinds of wave fields:  solar radiation and the urban heat island effect; electromagnetic waves, wireless signals and telecommunication infrastructure; soundwaves and noise; and light.


Wavematters is funded by the European Research Council (ERC).


This is a photo of Prof. Ignacio Farías, the principal investigator of the project. It is in greyscale.

Prof. Ignacio Farías

Ignacio Farías (Principal Investigator) is Professor of Urban Anthropology at Humboldt University, where he also directs the Georg Simmel Centre for Urban Studies and co-directs the Stadtlabor for Multimodal Anthropology. His research interests concern current ecological and infrastructural transformations of cities and the associated epistemic-political challenges to the democratisation of city-making. His recent work explores how (micro)climatological knowledge entered the field of urban planning, how heat, noise and wireless signals come to matter in contemporary urbanism, and how human health and multi-species cohabitation are negotiated in polluted waterfronts. He is also interested in doing urban ethnography as a mode of making cities with others (designers, initiatives, affected groups, policy makers) and by other means (moving from textual to material productions).

Dr. Nona Schulte-Römer

Nona Schulte-Römer’s research focuses on the interplay between environmental concerns and socio-technical transitions of urban infrastructures. As postdoc and scientific coordinator of the WAVEMATTERS team, she examines risk communication about electromagnetic fields and 5G, the fifth generation of mobile communication networks, asking how people learn to be affected (or not) by invisible wireless telecommunications signals. Furthermore, she studies urban entanglements with artificial light exploring how inhabitants of cities relate to lighting as a taken-for-granted urban infrastructure and – when emitted at the wrong time in the wrong place – an environmental stressor. Nona is lead author of the open access e-publication Light Pollution—A Global Discussion (2018) and part of a citizen science collective Nachtlicht BüHNE documenting artificial light emissions in public spaces. In her doctoral thesis she ethnographically explored the LED ‘revolution’ in urban public lighting (Innovating in Public, 2015).

Dr. Brett Mommersteeg


Brett Mommersteeg is a postdoc at the Institute for European Ethnology at Humboldt-Universität zu Berlin as a member of the ERC project “Urban Vibrations: How physical waves come to matter in contemporary urbanism”. As part of this project, he studies how noise is shaped through and undoes infrastructure and technoscientific forms of knowing in Paris and how 5G-associated infrastructure, antennas and the spectrum, reshape the city and how they are contested by social groups in the UK. He has recently published a monograph called Variations of a Building (2023) that draws from his PhD dissertation completed at the University of Manchester. His research happens at the intersection of design, infrastructure and technoscience, interested in ambiguous objects, imprecise knowledges, and worlds incomplete.

Dr. Jorge Martín Sainz de los Terreros

Jorge Martín Sainz de los Terreros is an architect and urban designer currently working as a public official at the Council of Madrid. He also collaborates as a researcher at the Institute for European Ethnology at Humboldt-Universität zu Berlin. His research particularly engages with questions about issue publics and participation. His doctoral thesis explored how temporary urban spaces could become eventual publics and how that related with everyday practices of care. Most recently, he is focussing on heat and climate change controversies in urban environment and cities. He is a member of the ERC project WAVEMATTERS, and studies the conceptualisation, problematisation and operationalisation of heat in public policies and plans in the city of Madrid.


Affiliated Researchers

Dr. Elisabeth Luggauer

Elisabeth Luggauer is a cultural anthropologist working at the Department for European Ethnology, Humboldt University of Berlin. Her research emerges mostly from the intersections and frictions between ‘the urban’ and ‘the environmental’. In her PhD project (University of Graz, Austria) Elisabeth explored how humans and stray dogs inhabiting Podgorica (Montenegro) co-make the city as a multispecies everyday space. Associated with the Stadtlabor for Multimodal Anthropology (HU-Berlin) and the ERC project WAVEMATTERS, Elisabeth is focusing on the exposure of multispecies entanglements to urban heat. Her current research project “The Green and the City” approaches urban assemblages from the capitalocenic dynamics of global warming, pays attention to the concepts of urban futures that heat induces or provokes, and researches how green – as entanglements of species and organisms – becomes enacted and acts in such ideas of urban cohabitation.

Dr. Albert Arias-Sans

Albert Arias-Sans is a geographer, with a PhD in Tourism geography. He is a postdoc researcher studying the interconnections between tourism, leisure and mobilities. Currently, he is leading a research project on mapping the controversy of mountain biking in the surrounding natural areas in Barcelona ( He is also an Associate Lecturer at the University of Barcelona since 2018. He was the head of the Strategic Plan for Tourism 2020 Barcelona, and worked as a research project manager and free-lance consultant on urban and tourism policies.





Student Assistants

Valentin Watermann
Lisa Hoffmann
Leonie Schramm




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Wavematters is a project by

Urban Anthropology · Stadtlabor for Multimodal Anthropology
Humboldt University of Berlin

In thermodynamics, heat is the thermal energy transferred between systems due to a temperature difference.[1] In colloquial use, heat sometimes refers to thermal energy itself. Thermal energy is the kinetic energy of vibrating and colliding atoms in a substance.

Cities resound with noise. The clanks of construction, the persistent hum of traffic, the shouts of passersby, intermittent sirens, the bass from bars. Noise comes to matter in various ways: as annoyance, pollution, health, in bodily practices, technologies and infrastructures. How is the city and the frictions of urban coexistence listened to? What kinds of knowledges, socialities or methods of attunement take shape within noisy relations? How does noise elude them? What urbans are located within the din?

A wave is a disturbance that transfers energy through matter or space.

Light is electromagnetic radiation that can be perceived by the human eye. It ranges from the infrared with longer wavelengths to the ultraviolet with shorter wavelengths (about 750 to 380 nanometers). In contemporary cities, artificial light at night usually has a positive connotation. It is associated with progress, safety, beauty and vibrant cities. But there is also a growing awareness of its disruptive effects on ecosystems and living species, including humans. How do people learn to be affected by 'light pollution'? How do light waves become a public concern?

Wireless communication is the transfer of information (telecommunication) through electromagnetic waves, without the use of an electrical conductor, optical fiber or other continuous guided medium. Today, the rollout of 5G, the fifth generation of wireless networks, is in full swing. As new antennas are installed in cities around the world, citizen groups want to "stop 5G" and demand "safe connections", claiming that electromagnetic waves have negative environmental and health effects. In contrast, official risk communication rejects these claims as technology assessments conclude that wireless signals are safe within existing exposure limits. Can this conflict be resolved?

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