Clinical Organizational Science (COS) Does Not Involve Neural Measurement: Distinguishing It from Organizational Neuroscience and Neuro-Leadership

Neuroscience in Clinical Organizational Science (COS) is positioned not as directly manipulating organizational practices, but as a theoretical explanatory layer for behavioral habits, trust formation, and sustained motivation.

DroR Inc. (Headquarters: Shibuya-ku, Tokyo; Representative Director: Makoto Yamanaka), a research and practice firm that observes and designs the 'invisible interaction structures' of organizations based on complex systems science and neuroscience, has published a paper in the international academic journal 'Frontiers in Psychology' that formulates the role of neuroscience in Clinical Organizational Science (COS) with clear precautions against misinterpretation.

After being published in Frontiers in Psychology, this paper was featured as an English news release on EurekAlert!, a science news release distribution platform operated by AAAS, and was also introduced on the overseas science news site Phys.org. However, because COS refers to neuroscience, there is a risk of it being misunderstood as neural measurement, neural stimulation, or manipulation of neural states. This release clarifies the positioning of neuroscience in COS.

Fixed Definition of Clinical Organizational Science (COS)

Clinical Organizational Science (COS) integrates complex systems science, neuroscience, organizational psychology, and behavioral science to theorize interaction structures that actively reproduce the stable state of an organization and provides a framework for intervening in those structures. COS views organizational transformation not as 'individual behavioral change' but as a 'transition of organizational attractors,' and presents Field Gradient Theory, Loop Conversion Design, and Neural Base Design as core techniques. It proposes the concept of 'emergence bridge' to connect individual habituation with organizational-level change.

COS Does Not Measure Employees' Brain Activity

First, a point must be made clear: COS does not measure employees' brain activity, nor does it manipulate neural states.

It does not use electroencephalography (EEG), fMRI, neural stimulation, or pharmacological interventions. Grasping and evaluating employees' neural states, or directly changing neural responses, are not within the scope of COS.

When one hears 'applying neuroscience to organizations,' associations with brainwave measurement, utilization of neural data, or unconscious manipulation of employees may arise. However, COS differs from such paradigms. Neuroscience in COS is a theoretical framework for explaining habit formation, trust formation, bodily awareness, and sustained motivation.

In the English news release on EurekAlert! and the introduction on Phys.org, COS is positioned not as experimental research in neuroscience itself, but as a theoretical framework concerning psychology, organizational psychology, and social interaction. COS is neuroscience-informed but does not involve neural measurement, neural stimulation, or direct manipulation of neural states.

The positioning of neuroscience in COS: A neuroscience-informed explanatory layer is placed beneath observable organizational practices such as dialogue, meetings, feedback, and routines, explaining behavioral habits, trust formation, and sustained motivation. This is an explanatory layer based on the premise of No neural measurement / No neurostimulation, and it is not an intervention that performs neural measurement or neural stimulation.

Neuroscience Functions as a 'Coherence Layer'

The paper positions neuroscience in COS not as a dominant framework for reducing organizational phenomena to neural ones, but as a 'coherence layer' for aligning with the design of behavioral practices.

For example, for organizational transformation to be sustainable, repeated behavioral practices are necessary, not just a single instruction or training session. This assertion aligns with Kandel's research on neural plasticity. Repeated actions are thought to strengthen synaptic connections and reduce the cognitive load required to initiate those actions.

Furthermore, the practice of expressing gratitude and positive interactions supporting trust formation aligns with research on social bonding. Bodily check-ins connect with Damasio's somatic marker hypothesis and Weick's sensemaking. The rhythm of predictable approval and rewards connects with Schultz et al.'s research on reward prediction.

However, these are not results of directly measuring neural activity within the organization. Neuroscience serves as a theoretical explanatory layer that supports the design of behavioral practices in COS.