New Materialism
Image by Oregon State University on Flickr

Traditionally, we divide our world into active agents, mostly humans, and passive objects, mostly non-living things. However, we are increasingly aware that things can have real agency. For example, data can be performative in shaping our daily lives. Moreover, recent outcomes of material sciences showed signs of increasingly smart matter, which challenges the traditional view of matter as a passive, non-living phenomenon that cannot actively influence the world. New materialism is a theory that ascribes agency to non-living entities and dissolves the traditional distinction between subjects and objects in order to acknowledge their interconnectedness and dynamics.


  • Advances in smart materials have led to shape shifting materials which enhance the possibility of attributing controllable and changeable properties to matter.
  • Jane Bennett is a new materialist thinker. In Vibrant Matter (2009), she argues that political theory must recognize the active participation of non-living forces in shaping our environment. These forces involve bodies such as waste, storms and metals. Seeing matter as passive and purely instrumental prevents us from seeing objects as potentially forceful agents and taking notice of their fuller range of effects.
  • In Facing Gaia (2017) Bruno Latour characterizes Gaia, a hybrid term describing our environment, not as a living organism, but not as dead either. It is not dominated, because it dominates us.
  • Our daily use of one of the most common and basic materials is problematic: plastic. The problems of plastic pollution are increasing. Scientists say the priority must be prevention: quickly curtailing the flow of those eight million tons every year, as most plastic pollution is too dispersed across oceans to remove large parts efficiently and the effects of the material are widespread and numerous.
  • Last week, we described how data can be performative in shaping our social life but that we seem to ignore the fact that data in and of itself can produce effects as well.

Humans act and things don’t. We live in times in which we are radically shaping our environment. This has solidified our view that humans (and some animals or plants) are the only real agents that can submit these things to their will. For example, we are interfering in nature by optimizing the DNA of plants and animals and 3D printing human tissue. We make a clear distinction between objects and subjects.

This dualistic view of the world has always been problematic. Consider the climate. This non-living entity does not seem as passive as this view presupposes. Climate change shows us that we are not entirely in charge of all activities in our environment. Contemporary theories, like new materialism, insist that ignoring this leads to our ongoing environmental irresponsibility. New materialism claims that we fail to see objects as potentially forceful agents, as active forces shaping our human life. This blind spot keeps us from fully acknowledging the capacity of things, the interconnectedness of all living and non-living things and their dynamics. Currently, two developments make this theory even more relevant today: the increased merging of the physical and the digital and the recent advances in materials.

New materialism claims that we fail to see objects as potentially forceful agents, as active forces shaping our human life

First, a merging of what is technological and what is natural is challenging our old distinctions and demands a reconsideration of what counts as ‘matter’. Our bodies are enhanced with monitoring and interfering technologies, like wearables and micro-chips. We are designing soft robotics, and biodegradable, dissolvable chips to blend in with nature. New materialism levels the old ontological hierarchies by showing that the natural and the social spheres are implicated in each other.

Second, advances in material science make material more alive and enhance their agency. Smart, programmable, or shapeshifting material, and self-healing concrete are examples of materials that are not passive receptors of shape anymore but increasingly adaptive agents. Connect them to the internet (IoT) and their agency in a greater network becomes more apparent. Another challenge is that with the rise of deep learning, our distinction of us as subjects and non-humans as objects will be turned around. While deep learning is often looked at as a black box because it establishes a unknown way of reasoning, it will increasingly guide us in our behavior in the future. As humans are increasingly being steered in their decisions by matter that reasons, so-called technological decisionism, it forces us to acknowledge the power of ‘things’.

Both tendencies described above will increase in the future. This forces us to take a different view on material and its agency in our world.


  • Increasingly, non-living entities are granted a legal and political voice. The Urgenda climate case is a well-known Dutch example of this, where nature was represented in court in the case of the government’s climate inaction. And recently, robot Sophia has been given Saudi Arabian citizenship. However, granting things legal and political voice means ascribing agency to them in a human-centered system, whereas it ignores a complexity of many types of agency.
  • Advances in quantum physics further challenge our view on matter by giving insights in the entanglement of objects. Every time a quantum object interacts with another quantum object, their existence becomes ‘entangled’ in such a way that what happens to one of them instantaneously affects the other. Timothy Morton provides the term ‘mesh’ to refer to the interconnectedness of all living and non-living things, consisting of infinite connections and miniscule differences.
  • Advances in brain-computer interfaces, that merge the human brain with technology, urge us to reconsider the distinction between the human and the non-human.