David Bohm
David Bohm (1917–1992) was an American theoretical physicist whose work bridged quantum mechanics, philosophy, and the foundations of reality. Although trained as a physicist, Bohm became best known for questioning standard interpretations of quantum theory and for developing alternative frameworks that emphasised wholeness, process, and interconnectedness. His ideas placed him at the margins of mainstream physics but secured his long-term influence across science, philosophy, and consciousness studies.
Bohm made early contributions to plasma physics and quantum theory, but his most significant work emerged from dissatisfaction with the Copenhagen interpretation of quantum mechanics. He argued that conventional quantum theory, while mathematically successful, offered an incomplete account of physical reality. In response, he developed what is now known as Bohmian mechanics, or the pilot-wave theory. This interpretation reintroduced determinism into quantum physics by proposing that particles have definite positions at all times, guided by an underlying wave field.
Central to Bohm’s later thinking was the concept of the implicate order, introduced in his book Wholeness and the Implicate Order. He proposed that reality consists of two interconnected levels. The explicate order is the world of everyday experience, where objects appear separate and localised. Beneath this lies the implicate order, a deeper level in which everything is enfolded into everything else. In this view, apparent separations in space and time emerge from a more fundamental, undivided whole.
Bohm used analogies to illustrate this idea, including holograms, where each part contains information about the whole. For Bohm, quantum phenomena such as non-locality and entanglement were not anomalies but signs that the universe is fundamentally holistic. Events that appear separate at the surface level may be deeply connected at the implicate level of reality.
Bohm extended these ideas beyond physics into philosophy and the study of consciousness. He argued that fragmented thinking—treating mind and matter, observer and observed, as fundamentally separate—distorts understanding. Instead, he proposed a view of reality as an ongoing process of unfolding and enfolding, which he called the holomovement. Matter, thought, and consciousness were seen as different expressions of this underlying movement rather than independent substances.
In his later years, Bohm engaged in extensive dialogues with thinkers from other disciplines, including the philosopher Jiddu Krishnamurti. These discussions explored the relationship between thought, perception, and reality, further blurring the boundary between physics and philosophy.
David Bohm’s work remains influential in debates about the interpretation of quantum mechanics and the nature of reality. While his ideas remain controversial within physics, they continue to shape interdisciplinary discussions about wholeness, order, and the limits of scientific explanation.
