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The Humintell Blog December 10, 2025

Why Experiences Boost Happiness and Connection

Christmas Emotions and RitualsWe often hear that “money can’t buy happiness.” Yet a growing body of research suggests something more nuanced: how we spend our money matters.

According to new findings highlighted in Scientific American, spending on experiences—such as concerts, trips, meals, or classes—creates deeper feelings of connection, belonging, and well-being than spending on material goods.

This research is not only relevant to psychology—it also aligns closely with what we know about nonverbal behavior, body language, and how people build relationships through shared meaning.

If our experiences shape how we act, interact, and signal ourselves to others, then the choice between buying things and doing things may influence not just happiness, but how we show up socially and emotionally.

The Research: Experiences Foster Connection in Ways Objects Don’t

The research summarized by Scientific American draws from 13 experiments involving nearly 2,000 participants. In each study, people were asked to recall either a material purchase (like clothing or electronics) or an experiential purchase (like a trip or a live event).

Across the board, people who reflected on experiences reported:

  • Greater happiness and overall emotional satisfaction
  • A stronger sense of social connection, even to strangers
  • More feelings of similarity and kinship with others who had the same experience
  • Higher motivation to engage in social activities, rather than solitary ones

Crucially, these effects held true even when comparing “better” versus “worse” versions of the same purchase.

Someone who had a more expensive seat at a concert still felt connected to someone who went to the same event. But two people who bought the same type of physical product did not show the same bond.

Experiences, it seems, create shared identity in ways that objects cannot.

Why Experiences Create Stronger Bonds

Several psychological explanations help make sense of why experiences are so powerful for happiness and connection—and why this matters for reading people and understanding their nonverbal communication.

1. Experiences become part of identity

Experiences shape who we are. They influence our worldview, preferences, and the stories we tell. Because identity drives so much of our body language and nonverbal behavior—how we gesture, how we express emotion, how we communicate—shared experiences create an immediate sense of similarity and rapport.

2. Experiences reduce social comparison

Material goods tend to spark judgment and comparison (who has the newer phone, nicer car, more expensive bag). Experiences, by contrast, emphasize shared meaning rather than status. Even if two people had different versions of an experience, the common ground outweighs the differences.

3. Memories spark conversation and connection

Experiences give us stories, emotions, and moments we relive and retell. These memories fuel conversations and help people understand each other’s values—an important foundation for reading people accurately.

4. Experiences motivate social behavior

Reflecting on experiences seems to prime us toward sociability. People recalling experiential purchases expressed greater interest in spending time with others, engaging in group activities, and building relationships.

That matters because social motivation influences posture, eye contact, tone of voice, and other components of nonverbal communication that shape how others perceive us.

What This Means for Nonverbal Behavior and Reading People

christmas presents-presents-giftsFor those who study or work with nonverbal behavior, this research carries several implications:

  • Shared experiences shape expressive behavior. People who engage in more social experiences may display warmer body language, greater emotional openness, and clearer nonverbal signals.
  • Connection changes how we interpret others. When we feel a sense of similarity or shared identity, we tend to read facial expressions and nonverbal cues more accurately.
  • Experiences help people feel “seen.” Doing activities together creates opportunities for emotional expression—eye contact, laughter, touch, gestures—that deepen rapport.
  • Material purchases don’t have the same interpersonal ripple effects. A new gadget might boost short-term mood, but it doesn’t typically alter how people interact or how connection is communicated nonverbally.

In other words: experiences don’t just make us happier—they make us more attuned, expressive, and receptive in our relationships.

A Practical Takeaway: Choose Doing Over Having

If your goal is to increase happiness, improve relationships, or deepen your ability to connect and read people, the research is clear: invest in experiences, not objects.

Experiences:

  • Strengthen social bonds
  • Boost happiness more sustainably
  • Enhance nonverbal communication
  • Encourage openness and shared understanding
  • Build stories, not clutter

Whether it’s a trip, a workshop, a nature outing, or a live performance, what you do with others has far more impact on emotional well-being than what you own.

In a world where loneliness is rising, these findings offer hopeful clarity: connection is built in moments, not merchandise.

The post Why Experiences Boost Happiness and Connection first appeared on Humintell | Master the Art of Reading Body Language.

Filed Under: Emotion, Science

The Humintell Blog October 9, 2025

What Elephants Teach Us About Intentional Gestures

Humans often assume we’ve cornered the market on complex communication. But a new study suggests that another highly social species—the elephant—shares our ability to use intentional nonverbal gestures to influence others’ behavior.

Researchers recently discovered that elephants can deliberately use trunk gestures to ask humans for food, passing behavioral tests typically reserved for primates. It’s the first strong evidence of goal-directed gestural communication in a non-primate species.

For Humintell readers, this discovery opens a fascinating window into the comparative science of nonverbal behavior. It reminds us that many of the communicative principles we teach—audience awareness, persistence, adaptability—aren’t uniquely human. They’re part of a broader, evolutionary story about what it means to connect, signal, and understand.

Elephants with Intent

As Discover Magazine recently reported, scientists from the University of St. Andrews and the non-profit HERD Trust observed 17 semi-captive African elephants interacting with human handlers in South Africa.

During a food-request task, elephants gestured toward humans using their trunks, ears, and head movements—sometimes reaching, sometimes pointing, sometimes shaking their heads in apparent frustration. Across the trials, researchers recorded 313 individual gestures representing 38 gesture types, half of which were shared by multiple elephants.

To test whether these gestures were truly intentional, the scientists applied three well-established behavioral criteria:

  1. Audience Awareness – Elephants gestured only when a person was present and paying attention.
  2. Persistence – When their goal (getting apples) wasn’t met, they continued signaling.
  3. Elaboration – If persistence failed, they changed their gestures—intensifying or switching tactics.

Passing all three tests, the elephants demonstrated what psychologists call goal-directed communication: a deliberate attempt to influence another’s behavior through nonverbal signals.

The Building Blocks of Communication

At Humintell, we define nonverbal communication as “all the ways people transmit information, intentions, and emotions without words.” Our research—like the elephants’ experiment—shows that nonverbal communication is intentional, context-sensitive, and adaptive.

In one of our earlier blogs, The Importance of Nonverbal Communication, Dr. David Matsumoto emphasized that nonverbal signals are not just accessories to language; they are the foundation of human interaction.

The new elephant findings extend that foundation across species, suggesting that the roots of nonverbal intelligence run much deeper in the animal kingdom than once thought.

Just as humans gesture when speaking, nod to indicate understanding, or persist in signaling when misunderstood, elephants appear to use similar principles to achieve shared goals.

Lessons from Comparative Communication

This research invites us to think more broadly about communication itself. When we compare how elephants and humans use gestures, several themes emerge that resonate with Humintell’s core teachings.

1. Audience Awareness

Elephants were selective about when they gestured—only when a human was watching. Similarly, in humans, nonverbal communication depends heavily on recipient design—we tailor gestures, tone, and facial expressions to fit the attention and awareness of our audience.

This mirrors what we’ve discussed in Nonverbal Cues in the 21st Century: that human communicators still rely on being physically seen and heard to make meaning. When that visual feedback disappears—as it often does in text or digital communication—our effectiveness drops.

2. Persistence and Adaptation

When elephants didn’t receive the full food reward, they didn’t give up—they persisted or elaborated their gestures. The same principle applies to human communicators: when a message doesn’t land, we often repeat, adjust, or escalate.

In our post Clusters of Nonverbal Behaviors Differentiate Truths and Lies, we explained that deception researchers observe not one “tell,” but clusters of adaptive behaviors. Like elephants combining trunk reach with gaze or ear motion, humans unconsciously combine signals to increase communicative precision. Both species show behavioral flexibility, an essential marker of communicative intelligence.

3. Context and Feedback

Communication—whether human or animal—relies on feedback loops. Each gesture is both a signal and a test: “Did this work?” When it doesn’t, a skilled communicator adapts.

This adaptability also connects with our observations in How Nonverbal Communication Is Going Digital. As communication migrates to digital platforms, we lose many feedback cues that guide adaptation—eye contact, body shifts, microexpressions. In contrast, the elephant experiment reminds us how vital feedback is. Without it, meaning collapses.

Bridging Species: The Evolution of Intentional Gesture

Historically, intentional gesturing has been considered a hallmark of primate and human communication. The fact that elephants—separated from us by 90 million years of evolution—use similar cognitive strategies suggests convergent evolution.

In other words, when a species lives in a complex social world, intentional signaling becomes useful, even necessary. Elephants live in tight matriarchal families, coordinate travel and caregiving, and exhibit empathy—conditions that favor the emergence of flexible communication systems.

From a comparative standpoint, this aligns perfectly with what Humintell teaches about humans: our nonverbal systems evolved to manage social complexity—to bond, persuade, warn, and coordinate.

Implications for Human Nonverbal Training

So what can humans learn from elephants about reading and sending nonverbal cues?

  1. Observe Context First. The same gesture can mean different things depending on situation and relationship. In both elephants and humans, context determines meaning.
  2. Look for Persistence. When someone repeats or intensifies a cue, it often signals goal-directed intent. Are they trying harder to be understood?
  3. Notice Adaptation. Skilled communicators—like these elephants—adjust strategy when their first approach doesn’t succeed. In humans, this shows flexibility and emotional intelligence.
  4. Don’t Over-Rely on Single Cues. Just as elephants combined trunk, head, and ear gestures, human messages emerge from clusters of cues. Interpret patterns, not snapshots.

These lessons echo our work across multiple research programs on nonverbal accuracy, emotion recognition, and deception detection. Whether studying human microexpressions or elephant trunk gestures, the underlying science is the same: communication is about intention meeting perception.

The Bigger Picture

The elephant study doesn’t just expand our understanding of animal cognition—it also offers a mirror for human communicators. It suggests that the ability to intentionally gesture, persist, and adapt is not an evolutionary accident but a universal principle of social life.

At Humintell, our mission has always been to help people become more accurate observers and interpreters of nonverbal behavior. This research reinforces that skill development in humans taps into something deeply natural.

Just as elephants use gestures to connect with us, we use gestures—often unconsciously—to connect with one another. Both acts rest on the same foundation: a desire to be understood.

Final Thought

The next time you raise your hand, nod to a colleague, or gesture to emphasize a point, remember—you’re drawing from an ancient communicative toolkit shared with species far older than ours.

And if an elephant ever waves its trunk in your direction, it might just be saying, “Can you hear me?”—without uttering a sound.

Sources:

Discover Magazine (2024). Elephants Use Non-Verbal Gestures to Ask Humans for Food—A First in Non-Primates.

Scientific Reports (2024). Evidence for Intentional Gestural Communication in African Elephants.

The post What Elephants Teach Us About Intentional Gestures first appeared on Humintell | Master the Art of Reading Body Language.

Filed Under: Science

The Humintell Blog September 12, 2025

Autism and Facial Micromovements Explained


Autism and Facial Expressions: What We Often Miss

Facial expressions are the universal language of emotion. But for many autistic individuals, their emotional signals can be so subtle they go unnoticed.

A recent study from Rutgers University shows that tiny facial micromovements—invisible to the naked eye—carry rich emotional meaning.

This discovery reshapes how we understand autism and nonverbal communication, revealing that the emotional intent is there, but often hidden beneath the surface.


What Are Micromovement Spikes?

Researchers, led by Dr. Elizabeth Torres at Rutgers–New Brunswick’s Sensory Motor Integration Lab, identified micromovement spikes—rapid, faint muscle activations in the face.

Unlike traditional microexpressions, which last fractions of a second, micromovement spikes are subtler and harder to detect without technology.

The study found:

  • Autistic and neurotypical individuals both use the same facial muscles.

  • In autistic participants, expressions were often lower in intensity and fell outside the “culturally familiar range” people recognize.

  • Factors like age and sex influenced micromovement patterns, adding another layer of complexity.


How the Research Was Conducted

The team used a surprisingly simple method:

  1. Recorded 5- to 6-second video clips on smartphones or tablets.

  2. Applied advanced statistical and nonlinear dynamics tools.

  3. Detected subtle micromovement spikes during expressions such as smiling or surprise.

This approach makes the findings highly practical for real-world use, from therapy to everyday interactions.


Why This Matters: Autism Communication and Connection

Misinterpreting—or missing—emotional cues in autism can lead to social disconnection and stigma.

This research suggests that by learning to detect micromovement spikes, caregivers, therapists, and educators can:

  • Better recognize emotions in autistic individuals.

  • Respond with empathy and accuracy.

  • Foster stronger social inclusion and understanding.

Future tools, such as apps that analyze micromovements in real time, may become emotional translators, helping bridge communication gaps.


Humintell’s Perspective

At Humintell, our mission is to help people recognize microexpressions and nonverbal cues to improve emotional intelligence and empathy.

This research aligns perfectly with that mission, reminding us that:

  • Emotional expression exists in everyone.

  • Sometimes, it just takes new methods—and greater awareness—to see it.


Key Takeaways on Autism and Micromovements

Insight Why It Matters
Autistic facial expressions are present but faint They may be misread or overlooked.
Micromovement spikes reveal subtle emotions Technology makes them detectable.
Tools like smartphones can capture cues Making this approach widely accessible.
Better recognition builds empathy Leading to stronger inclusion and communication.

Dr. Matsumoto’s Comments

The findings from this study raise a couple of interesting questions about the nature of emotion, expression, and their signal value in individuals with ASD.

First, on one hand, the fact that microfacial movements are occurring in these individuals suggests that the link between the emotion elicitation system and the emotional signaling system (face, voice, etc.) in the brain is intact in these individuals.

Evidence for this linkage support the idea that emotions are akin to a central command center in the brain that is linked to muscle systems associated with expression and actions, which is consistent with what other research literature has suggested about the neurocircuitry associated with emotion.

On the other hand, the possibility that the microfacial movements that are occurring may be under the threshold for perception by others raises questions concerning their signal value.

Correctly reading others’ emotional expressions is crucial for effective and constructive social interactions, and if others cannot see expressions, this can lead to difficulties in social interactions.

This is in fact some of the difficulties that individuals with ASD may experience.

As the article mentions, increasing the ability of ASD families and caretakes to read those microfacial movements, even with technology, may be something of value to address this difficult area.

That possibility depends, however, on exactly what messages are conveyed by the micromovements.

The post Autism and Facial Micromovements Explained first appeared on Humintell | Master the Art of Reading Body Language.

Filed Under: Emotion, Science

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