top of page

Free Online Violence Prevention Conflict Resolution Training

Access the latest courses, ideas and events.. Subscribe

Donate $5..Make Good Humans Safer!

The Science of Violence-Where Does Violence Place By Age Groups, On The Leading Causes Of Death-Unveiling the Neural Circuits Behind Aggression

Violence stands as one of America's leading causes of death, yet our understanding of its roots remains alarmingly inadequate. Traditional approaches to comprehending violence—often focused on psychological, social, and political factors—have left us bewildered by incidents ranging from political rallies to workplace shootings.

What we need is a deeper understanding of violence at the level of brain circuitry. The biology of anger and aggression, embedded within our neural pathways, is the root cause of most violent behavior.

The Biological Basis of Violence

The neural circuits responsible for rage and aggression are crucial for survival. These circuits, part of the brain's threat detection mechanism, are housed deep in the unconscious regions where primal drives like sex, thirst, and feeding are controlled. In moments of perceived threat, these circuits can save lives. However, when they misfire, they can lead to inappropriate and explosive violence, such as road rage or domestic violence.

Violence, like all human behavior, is controlled by the brain. Neuroscientific research has revealed that specific neurons in the brain's rage circuits can be stimulated or suppressed to either trigger or halt violent behavior. Technological advancements in brain imaging and brainwave monitoring are shedding light on how these circuits function in humans, mirroring findings from experimental animals. Understanding these neural mechanisms is crucial for addressing violence effectively.

The Scope of Violence

The data reveal a stark reality: homicide is one of the leading causes of death from early childhood through middle age in the United States. According to CDC statistics, violence is a more common cause of death than disease for individuals between the ages of 1 and 44. Notably, the likelihood of being murdered by a friend or acquaintance is twice as high as being killed by a stranger. Suicide, another form of violence against oneself, ranks second only to accidental injury as the most frequent cause of death among individuals aged 10 to 34.

The Science of Violence-Where Does Violence Place By Age Groups, On The Leading Causes Of Death-Unveiling the Neural Circuits Behind Aggression
The Science of Violence-Where Does Violence Place By Age Groups, On The Leading Causes Of Death-Unveiling the Neural Circuits Behind Aggression

Source: CDC

The prevalence of violence among men is particularly striking. Males are nine times more likely to be imprisoned for violent crimes than females and die from homicide at three times the rate of women. When it comes to intimate partner violence, women are murdered at a rate 3.3 times higher than men. Furthermore, men commit suicide at four times the rate of women, underscoring the deep biological ties between violence and maleness.

Rethinking Our Approach

Our current perspective often views violence through the lens of psychological dysfunction or social pathology. However, lumping together all forms of violence—whether it be child abuse, intimate partner violence, or terrorism—into a single category oversimplifies the issue and muddles our understanding. Each act of violence is a specific behavior controlled by particular neural circuits activated by distinct triggers.

To address violence effectively, we must move beyond this generalized approach. For example, the sickening violence of school shootings like Sandy Hook, driven by broken minds, cannot be equated with the ideologically motivated violence of terrorists or the impulsive aggression seen in road rage. Each type of violence requires a tailored understanding based on the specific brain circuits involved.

The Path Forward

The pressures of modern life—international communication, high-speed transportation, stress, crowding, and sensory bombardment—constantly press on our triggers of rage. Adding to this are the toxic effects of psychoactive drugs and substances of abuse, further complicating the landscape of violence. To navigate this complex environment, we need a robust understanding of the neuroscience behind violent behavior.

Investing in research to uncover the biological underpinnings of violence is essential. By understanding the neural circuits that govern aggression with the same level of detail as we understand the human heartbeat, we can develop strategies to manage and mitigate violence. This knowledge could lead to innovative interventions, therapies, and policies that address the root causes of violence, rather than merely its symptoms.

Violence, a pervasive issue with deep biological roots, demands a nuanced and scientifically grounded approach. By unraveling the complexities of the brain's aggression circuits, we can move towards a future where violence is not an inevitable part of the human experience but a challenge we are equipped to understand and control. The CDC's statistics highlight the urgent need for this research, pointing the way to a safer, more informed society. Understanding the science of violence is not just a scientific endeavor but a societal imperative.

Violence Prevention and Conflict Management Resources

The Center for Violence Prevention and Self-Defense Training: Empowering Communities Through Evidence-Based Programs

The Center for Violence Prevention and Self-Defense Training (CVPSD) is a non-profit organization dedicated to providing evidence-based training in violence prevention and self-defense. With a focus on unbiased program development, CVPSD offers customized programs to individuals and organizations, equipping them with the tools to enhance personal safety and contribute to violence prevention in their communities. The Center reaches individuals and communities through partnerships with schools and other nonprofits, community groups, as well as classes for the public.


bottom of page