When we talk about “being smart,” we typically focus on what’s happening in our minds. It’s all about who can process information quickly, articulate thoughts clearly, or solve complex problems efficiently. The common belief is that intelligence is linked to cognitive skills, verbal ability, and measurable outcomes like IQ tests or performance reviews. But, surprisingly, some of the most insightful processing actually occurs in the bodies of individuals who might not excel in those traditional assessments.
While there’s been pushback against this viewpoint, particularly from Howard Gardner’s theory of multiple intelligences—which introduced the concept of “bodily-kinesthetic intelligence”—it still tends to categorize body intelligence alongside talents like sports skills or craftsmanship. What I’m suggesting goes beyond that. It’s viewing the body as a sensory processing unit. It’s not just intelligence demonstrated through physical actions, but intelligence actively conducted by the body itself.
Think about the person who walks into a meeting and senses something is off even before discussions begin. Or the grandmother in a rural area who can predict rain days in advance. Even the seasoned nurse who glances at a patient and instinctively knows something’s wrong, despite not being able to clearly articulate the issue. These individuals aren’t just making guesses; they’re accessing information streams that many of us have been conditioned to overlook.
The body as processor
There’s a term in neuroscience that deserves more attention: interoception. This refers to how we perceive internal bodily signals—everything from the rhythm of our heartbeat to fluctuations in muscle tension. For many years, interoception was viewed as mere background noise, but recent findings suggest it operates similarly to a sixth sense, varying greatly in sensitivity among individuals. Research highlighted in Scientific American indicates that interoception plays a crucial role in mental health, with disruptions in the mind-body connection potentially linked to anxiety, depression, and PTSD.
If these internal signals indeed function as a legitimate information stream, people with a heightened sense of interoception might be, in effect, using a secondary system to process data. This system functions without language and often operates without the individual’s conscious understanding of it.
That’s a thought worth contemplating.
Why we dismiss what can’t be articulated
There’s a deeply ingrained bias in Western intellectual culture: if you can’t put something into words, you probably don’t truly grasp it. This perspective is prevalent in various settings. In workplaces, instinctive feelings about hiring decisions can be overridden by data-driven analysis. In healthcare, patients’ concerns often get brushed aside if tests show normal results. In educational settings, children who learn best through movement are often labeled as distracted.
The assumption underlying this seems to be that true knowledge must be expressed verbally. If you can articulate your reasoning, you’re seen as intelligent. If you can’t, then you might be viewed as lucky or merely emotional.
This viewpoint conflates articulation with processing. People can absorb and analyze vast amounts of information—like subtle shifts in tone, minor changes in facial expressions, or even the atmosphere in a room—without being able to express that understanding in words. This kind of gut feeling often proves to be more accurate than logical reasoning.
I’ve noticed that being adept at interpreting others’ behavior doesn’t necessarily translate to understanding my own motivations. For instance, I can read body language intuitively, but when asked to explain my insights, I often resort to rationalizations that sound plausible, yet may not capture the real process, which occurs beneath conscious awareness.
The data streams we often ignore
In any given moment, the body is registering a multitude of things—temperature differences across skin, vibrations from the floor, and changes in the acoustic environment, among others. Alone, these signals may not seem noteworthy, but together, they provide a vast amount of information that the body continually processes without conscious effort.
Unfortunately, in our modern lives, many have learned to suppress these sensations. We find ourselves in controlled environments, engrossed in screens, relying primarily on text and speech for communication. Our civilization has essentially limited communication to the narrowest channels of bodily expression.
A nurse I know told me about how experienced colleagues can feel when a patient is about to decline—not from monitors, but from a visceral sense of the room. When I probed what “the look” involved, she mentioned various signs like skin tone and breathing patterns, but couldn’t fully articulate it. Yet, her body was synthesizing numerous signals to arrive at a conclusion quicker than any checklist could.
This isn’t some mystical quality; it’s a refined ability to recognize patterns rooted in biological responses.
Embodied cognition and the AI dilemma
The AI community has, interestingly, approached this topic from a different angle. There’s a growing acknowledgment that artificial intelligence might need a physical presence to attain human-like understanding. Researchers are grappling with the question of whether AI devoid of a body can truly develop the contextual awareness that humans seem to possess effortlessly.
Termed embodied intelligence, this concept suggests that cognition is not solely a brain function. It emerges from the interplay between a physical body and its environment. You don’t just mentally tackle a problem; you physically experience it, feeling how it affects your body and movements.
The surge in investment towards humanoid robots and open-source projects signifies an understanding of this principle. The competition isn’t merely about developing smarter algorithms; it’s about creating systems that learn through physical interactions and direct consequences.
This raises a provocative question: if the AI field has recognized the necessity of a physical body for intelligence, why do we still devalue bodily intelligence in humans compared to abstract reasoning?
Who holds this form of intelligence, and why
Not everyone’s body is wired to process this information at the same level. Some of this difference is innate, but much is influenced by one’s environment. For example, children raised in chaotic households may develop enhanced sensitivity to moods, learning to detect a parent’s feelings from subtle cues, like the sound of a door or the silence of a room. This heightened awareness, often seen as a response to trauma, is also an advanced form of data processing honed under pressure.
In a previous piece, I explored how childhood experiences shape behaviors that linger long after those conditions change. The same applies here; the body learns to process environmental cues at remarkable speed, regardless of the potentially harmful context it originated from.
Similarly, individuals immersed in hands-on trades—like farming or construction—tend to have perceptual skills that office workers might lack. A farmer recognizing when soil is at its best isn’t magic; she’s using a finely-tuned biological sensor, developed through years of interaction with her environment.
In earlier writings, I discussed how those from lower-middle-class backgrounds have cultivated resourcefulness through physical engagement with their surroundings. Body intelligence and practical intelligence are closely linked.
The implications of neglecting this intelligence
We pay a significant price for prioritizing verbal-analytical intelligence over body intelligence.
In professional environments, the most persuasive communicators often make decisions, sidelining those who can accurately sense when something isn’t right about a candidate or deal but lack the skills to present a compelling argument. I’ve seen this play out repeatedly: those who articulate well may win discussions, but often, the intuitive ones had the right instincts.
In healthcare, there can be a significant lag between what a patient’s body knows and what doctors diagnose. Emerging insights into interoception suggest that many mental health issues relate to a disconnect between bodily awareness and conscious thought. When individuals struggle to accurately perceive their internal states, this can have ripple effects on their mood, choices, and relationships.
In education, many kinesthetic learners get channeled into systems built around verbal-analytical methods, leaving them feeling unintelligent. A child capable of intuitively grasping the physics of a skate ramp might fail in a conventional testing scenario not due to a lack of intelligence, but because their processing style isn’t recognized within our narrow definition of what intelligence entails.
Revealing what’s been suppressed
The encouraging news is that body intelligence isn’t lost—it’s just repressed. And that’s something we can change.
The first step is surprisingly straightforward. We need to stop crowding every moment with stimulation. After years of trying to maximize productive time, I realized that walking without any distractions—like podcasts or phone calls—was far more beneficial than all the information I consumed. This was less about generating insights and more about allowing my body to process freely, without any interference.
Our bodies crave silence just as our minds require rest. This doesn’t necessarily mean a complete absence of sound, but rather periods without intent focus—times when we aren’t trying to process information through language. This allows our bodily sensors to function without being overshadowed.
Engaging in physical activity also proves beneficial, but not necessarily for the reasons many assume. While it’s true that exercise helps reduce stress and elevate mood, it also recalibrates our interoceptive abilities, sharpening our awareness of bodily sensations. It re-establishes the communication link between our body and mind that often diminishes in our sedentary, screen-dominated lifestyles.
For me, my mind operates better post-exercise than it does after long hours of sitting and overthinking. This isn’t just a fitness platitude; it’s my body’s processing system fully activated, tuned, and ready to engage.
There are also structured approaches. Mindfulness-based interoceptive exposure, used in some therapeutic contexts, explicitly trains individuals to recognize and appreciate internal bodily cues. Additionally, flotation therapy, which involves sensory deprivation, enhances awareness of one’s internal states. Both methods affirm that interoceptive sensitivity can be developed, much like any other skill.
The broader implications
We’ve structured our society under the assumption that intelligence resides solely in the mind. Our educational systems assess it there. Job environments prioritize it there. Our technology aims to amplify it there.
Yet, the body runs its own sophisticated, parallel intelligence system, one that is older and often more precise than conscious thought in various situations. It processes social, environmental, and threat data at velocities that linguistic reasoning often can’t match.
The grandmother predicting rain, the nurse sensing a patient’s decline, or the individual entering a room and feeling discord—all are simply people whose bodies are doing what they’ve evolved to do for countless generations: processing the world comprehensively.
We’ve limited our perceptual bandwidth voluntarily. It is possible to reclaim it.
There’s a distinction between understanding the world and thriving in it, each operating on different systems. The former relies on language; the latter, frequently unacknowledged, resides within the body. And all this while, the body has been signaling us. We just kept expecting it to convey those messages in an email.
