Learned self-regulation in top-level managers through neurobiofeedback training improves decision making under stress

Area of Science:

• Neuroscience
• Psychology
• Management Science

Background:

• Top management teams frequently face high-stress decision-making scenarios.
• Existing research indicates stress negatively impacts decision quality, but effective mitigation strategies are underexplored.
• Understanding stress management techniques is crucial for optimizing executive performance.

Purpose of the Study:

• To investigate the impact of neurobiofeedback (NBF) training on self-regulation.
• To assess the effect of enhanced self-regulation on managers' intertemporal and risky decision-making.
• To explore NBF's potential to mitigate stress-induced decision biases.

Main Methods:

• A study involving 23 managers, divided into experimental (NBF training) and control groups.
• Pre- and post-training assessment of decision-making using mouse-tracking software to measure delay discounting and risk-taking.
• Experimental group received NBF training focused on self-regulation via physiological signals (temperature, skin conductance).

Main Results:

• NBF training significantly improved participants' ability to self-regulate stress-related psychophysiological responses.
• Enhanced self-regulation correlated with a reduction in instinctive behavior during probabilistic decision tasks.
• The study provides evidence for NBF's efficacy in managing stress responses.

Conclusions:

• Neurobiofeedback training is an effective method for enhancing self-regulation in managers.
• Improved stress self-regulation can lead to more rational and less impulsive decision-making under pressure.
• This research offers a potential strategy for improving executive decision-making in high-stress environments.