The Hider
Why Some People Look at Themselves Not Out of Anxiety, But From Attention Exhaustion
Alexey, a 28-year-old programmer working in a distributed team of thirty, describes his meetings like this: "When there are fifteen or twenty windows on the screen, I get the feeling that they are all looking at me. I logically know they aren't—everyone is busy with their own things. But the feeling is physical, visceral. It’s as if twenty people crammed into a room and all turned to face me. At some point, I noticed my eyes naturally fleeing to my own window. No, I’ve never cared much about how I look. But my own image is the only place on the screen that doesn't exert pressure; it feels 'cozy' to look at it. It's like finding a quiet corner in a crowded subway car where you can just stand without being jostled."
After four hours of such meetings, Alexey doesn't feel anxiety like Marina (The Controller); he feels empty. It is a characteristic emotional numbness described in clinical practice as mild depersonalization. The world becomes slightly less real. His colleagues feel a bit less alive, and he feels a bit less like himself.
Alexey is not a Controller, as described in the previous chapter. He is not afraid of looking "wrong." He doesn't check his facial expressions or correct his posture. He is... hiding. His self-view is not a mirror for monitoring, but a refuge from overload. This makes his case crucial for understanding the full SVF typology: fixation on one's own window is not always born of anxiety. Sometimes, it is born of exhaustion.
Twenty Faces in the Intimate Zone
To understand exactly what Alexey is hiding from, we must return to Jeremy Bailenson's model, described in the introduction. Out of the four causes of Zoom fatigue, three directly apply to the Hider's situation.
First is excessive close-up eye contact. In normal life, another person's face at a distance of less than sixty centimeters—which is exactly how the brain processes a close-up on a screen—signals one of two things: intimacy or a threat. Both demand a reaction from the nervous system. In a meeting with twenty participants in gallery view, the brain receives twenty such signals simultaneously. No situation in human evolutionary history has ever presented anything like this. Even in a 300-seat lecture hall, faces are meters away, their features are blurred, and most aren't looking in your direction. On a video call, all faces are the same size, front-facing, and point-blank [1].
Second is restricted mobility. In a live conversation, people behave quite freely: they look away, shift their posture, stand up, or leave the room. In most cases, this isn't a safety behavior, but normal regulation of social distance. This is the "move closer, step back" system that anthropologist Edward Hall described in the 1960s when studying proxemics (the spatial behavior of humans) [2]. On a video call, this system breaks down. The camera demands that you stay in the frame. You can avert your eyes, but you cannot walk away. Even turning off the camera is often socially unacceptable in a corporate environment. A person is locked into a posture that broadcasts "attention," and their nervous system is deprived of its usual methods for releasing tension.
Third is the cognitive load of nonverbal processing. As discussed in Chapter 2, a massive chunk of nonverbal information is missing on a video call: there are no full-body gestures, no posture visible below the shoulders (many therapists complain that they cannot see a client's lower body online—even if the client is nervously bouncing their leg, the therapist will never know), no spatial distance, and no peripheral vision of the group. To compensate for this lack of expected data, the brain (if the situation is deemed important) works overtime: it scrutinizes micro-expressions, tries to interpret a barely noticeable nod, and decodes delayed reactions (was that a lag in the connection or a real, awkward silence?). In a live conversation, most of this processing happens automatically and with minimal effort. On a video call, it becomes conscious and resource-intensive.
All three of these loads operate simultaneously. And all three are maximized in one specific mode: gallery view with a large number of participants.
For Whom the Load is Unbearable
All participants on a video call experience the loads described above. But for some, they are tolerable; for others, they are practically destructive. The difference cannot be boiled down to the standard "introvert vs. extrovert" dichotomy (that is too blunt an instrument), but introversion is a good entry point for this discussion.
One of the most reproducible findings in the psychology of individual differences relates to optimal stimulation thresholds. Hans Eysenck proposed this model back in the 1960s: people we call introverts have a lower threshold of nervous system activation. They reach the state of "enough stimulation" much faster than extroverts [3]. This inherently neutral neurophysiological classification means that the exact same dose of social stimulation will be comfortable for one person and overwhelming for another.
A gallery view with two dozen faces is a massive dose. For a person with a high stimulation threshold (a conditional extrovert), it might be lively and even pleasant—"Great, so many faces, so much energy!" For a person with a low threshold, that same grid brings no positive emotions; it is perceived negatively, as severe sensory overload. It is simply too much incoming signal for a nervous system that, by its "temperament," prefers quiet and solitude.
It is important to clarify: The Hider is not synonymous with the introvert. Introversion is a predisposing factor for this archetype, but not the only one. This group also includes people with high Sensory Processing Sensitivity (a construct proposed by Elaine Aron in the 1990s), people going through a period of emotional exhaustion for reasons entirely unrelated to video calls (a family crisis, burnout, illness), and people who have simply spent too many consecutive hours on camera. The overload threshold is not static. Yesterday, you handled a 20-person gallery view just fine. Today, after a sleepless night, five faces are your absolute limit.
And this is where the self-view enters the stage.
A Refuge on the Periphery
In a crowded room, an introvert typically seeks out a quiet corner; at a loud party, they step out onto the balcony for air; in an open-plan office, they save themselves with noise-canceling headphones. These are all perfectly functional strategies for reducing incoming information—the volume of stimuli genuinely decreases when you physically move away from the source.
Once again: on a video call, none of these strategies are available. You cannot leave, you cannot turn your back, and you cannot simply close your eyes without it being instantly noticed. And so, the gaze seeks out the only place on the screen that doesn't add even more social pressure. As you have likely guessed, that place is the self-view window.
We must pause here to describe exactly how this happens, because the Hider is generally unaware of their own mechanism. They don't make a conscious decision: "I'm feeling overwhelmed, I think I'll look at myself." It happens differently, outside of voluntary attention. At some point—usually ten to fifteen minutes into a meeting—their gaze simply begins to "slip" away from the speaker. The faces on the screen blur—not optically, but perceptually: the brain starts conserving resources by reducing the depth of processing. In that moment, one's own window acts like a quiet corner: it is a familiar object that requires no interpretation. The gaze lingers on it—not for a fraction of a second, like the Controller, but for several seconds. Sometimes, for dozens of seconds. The Hider is not checking themselves. They are simply staring, the way one stares out the window of a moving train—not looking at anything in particular, but giving the eyes (and the brain) a break.
Your own face is the only familiar, predictable object in a grid of twenty faces that does not require empathetic processing. It doesn't need to be "read" or interpreted. It won't throw any curveballs, ask any questions, or expect a reaction. To an overloaded brain, the self-view feels like a breath of fresh air, a pause. Hence the characteristic description people of this type provide: "My little window is the only safe place on a call with ten colleagues; it feels like I'm alone with myself."
This is precisely what separates the Hider from the Controller. The Controller looks at the self-view to make sure everything is okay. The Hider looks at the self-view so they don't have to look at everyone else. The Controller is driven by fear; the Hider is driven by exhaustion. The motives are opposites, yet the external behavior is identical. This difference is invisible to an outside observer, and often to the person themselves—until they stop and ask why they are doing it.
A Bad Refuge is a Trap
The Hider's logic is understandable: if looking at other people's faces is exhausting, and looking at my own face brings subjective relief, then the self-view must be a great rest zone. The logic is compelling, but unfortunately, false.
The entirety of Chapter 2 was dedicated to one neurobiological fact: for the human brain, there is no visual stimulus with a higher priority than its own face. Your own face activates the self-referential network (the medial prefrontal cortex, posterior cingulate cortex, and insula) automatically, long before (in neural processing speeds) the conscious decision to "look" [4]. This activation occurs regardless of the motive behind it. The brain does not care whether you are checking your expression out of anxiety or hiding from others' gazes out of exhaustion. The self-referential neural network fires up in both cases. The cognitive budget is spent in both cases. The alpha rhythm spikes and stays elevated in both cases [5].
Subjectively, the Hider feels relief. Objectively, they are trading one type of load for another. Instead of processing other people's faces (an external, social task), the brain switches to processing its own face (an internal, self-reflective task). The total energy expenditure does not decrease. In fact, it may even increase—because the cost of switching between two modes ("processing others" and "processing myself") is now added to the baseline load of the gallery view. And every switch, as we discussed in Chapter 2, incurs a toll: a switch cost, a micro-loss of context, and a drain on prefrontal resources [6].
In other words, for the Hider, the self-view is not the equivalent of stepping out onto a balcony from a noisy room. It is more like leaving a loud nightclub only to walk onto a noisy factory floor. The brain is still processing a highest-priority visual stimulus, the nervous system remains mobilized, and the precious cognitive budget is melting away. The feeling of rest is an illusion, born of the fact that self-reflection is subjectively experienced as more controllable than a barrage of foreign faces. But "controllable" does not mean "free."
As a result, a person who joined a meeting already tired and sought a breather in their self-view ends the meeting even more exhausted—and has no idea why. After all, they were "resting" by looking at themselves.
Furthermore, the Hider who regularly "rests" in the self-view gradually loses contact with the content of the conversation. They miss remarks, lose context, and fail to pick up on emotional nuances. Colleagues begin to notice that they are "zoned out." Social awkwardness ensues—and that awkwardness, in turn, intensifies the desire to hide. Thus, the neurocognitive cycle (Cycle 3) accrues social consequences that lock it in even tighter.
The Hider's Vicious Cycle
The primary cycle here is the third one—the neurocognitive loop described in Chapter 3. Overload from gallery view → gaze drifts to the self-view → the brain spends resources processing its own face → the cognitive budget shrinks → even fewer resources remain to process other people's faces → the overload intensifies → the gaze retreats to the self-view again. The cycle is self-sustaining because every attempt to "rest" in the self-view increases the need for the next attempt.
Elements of the first cycle (Anxiety) often bleed into this third cycle. The Hider does not start with anxiety; they start with exhaustion. But chronic overload is never neutral. Over time, the mere anticipation of an upcoming meeting begins to trigger tension. "Another 20-person sync"—and the parasympathetic system shuts down before Zoom even opens. Accumulated exhaustion provokes anticipatory anxiety for future calls. This tension makes sensory overload even sharper, forcing the person to hide in the self-view with redoubled intensity. Thus, ordinary fatigue quietly metastasizes into chronic avoidance.
In severe cases, if left unchecked, this can lead to what clinical practice calls videoconferencing anxiety (Zoom phobia): a persistent avoidance of video calls accompanied by anticipatory dread and intense relief when a call is canceled. While the Hider doesn't start with a phobia, the cycle can certainly drag them there.
What to Do
While the Controller is afraid of being seen, the Hider is afraid of seeing everyone else. For the Hider, the core strategy is to reduce incoming sensory load. This doesn't mean white-knuckling it with a forced "stare at the speaker" willpower effort; it requires systematic environmental changes.
- Speaker View Instead of Gallery View. This is the simplest and most effective change. In "active speaker" mode, there is only one face on the screen—the person currently talking. One face is infinitely better than twenty; the load drops radically. Many people either don't know about this mode or don't use it, assuming gallery view is the "normal" way to meet. But for the Hider, gallery view is the root of the problem.
- Hide the Self-View (Here is yet another of the dozens of places in this book where we recommend doing this). If a refuge doesn't function as a refuge, it is useless—and even harmful. Disabling the self-view removes the stimulus the Hider returns to again and again, mistaking resource depletion for rest. Without the self-view, the brain loses its false "quiet corner"—and, more importantly, stops squandering its cognitive budget on processing its own face.
- Rest Between Calls. The Hider often arrives at a meeting already depleted—usually from the previous meeting. Ten to fifteen minutes of absolute silence between calls (not scrolling social media or checking messages, but actual, off-screen silence) allows the parasympathetic nervous system to partially recover. This is not a luxury; it is a physiological necessity confirmed by the heart rate variability data discussed in Chapter 2 [7].
- Focus on the Voice. A practical trick: during a meeting, try minimizing the video window as much as possible (or closing your eyes/looking down for a few seconds) and concentrating purely on the speaker's voice. The voice is an older, less energy-intensive evolutionary channel of perception. It doesn't require processing faces, it doesn't fire up the fusiform face area, and it doesn't overload the visual system. For the Hider, shifting focus to audio acts exactly like that balcony for the party-hater—unlike the self-view.
- Audio Format Where Permissible. Not every meeting requires a camera. Research from Carnegie Mellon University has shown that groups working in an audio-only format demonstrate higher levels of collective intelligence: participants focus more heavily on content rather than visual self-presentation [8]. For the Hider, an audio meeting is a return to a communication format that the human nervous system is actually built to handle.
- Finally, pay attention to the size of the video window. The larger the window on your monitor, the larger the faces—and the stronger the "intimate zone" signal. The Hider can experiment with shrinking the application window: faces that take up a quarter of the screen are perceived entirely differently by the nervous system than faces blown up to full screen. This simple trick dials down the intensity of stimulation without any social repercussions; no one will know you shrunk the window.
Key Takeaway
The Hider is a vital counterexample to the idea that SVF is entirely driven by anxiety. Not every fixation on one's own face is born from a fear of judgment. Sometimes, it is driven by the exact opposite: an attempt to shelter from an overwhelming barrage of other people's faces in the only window that makes zero social demands.
But a broken shelter is worse than no shelter at all. The brain does not rest while staring at its own face—it merely swaps one heavy load for another. For the Hider, the solution lies in reducing the amount of things they feel the need to hide from. You must physically reduce the volume of stimuli you want to flee: keep fewer faces on the screen, turn on the camera less frequently, use standard audio calls more often, and absolutely mandate silent breaks. The simpler the environment, the calmer the brain.
While the Hider uses the self-view window as a shield against the outside world, our next archetype—The Objectified—falls into the digital mirror for a completely different reason. In it, they confront a face they no longer recognize, and one they are beginning to actively dislike.
References
[1] Bailenson, J. N. (2021). Nonverbal Overload: A Theoretical Argument for the Causes of Zoom Fatigue. Technology, Mind, and Behavior, 2(1).
[2] Hall, E. T. (1966). The Hidden Dimension. Doubleday.
[3] Eysenck, H. J. (1967). The Biological Basis of Personality. Charles C Thomas.
[4] Tacikowski, P., & Nowicka, A. (2010). Allocation of attention to self-name and self-face: An ERP study. Biological Psychology, 84(2), 318–324.
[5] Whelan, E. et al. (2024). Self-view in video-conferencing and its role in Zoom fatigue: An EEG study. Behaviour & Information Technology. PubMed: 38574294.
[6] Monsell, S. (2003). Task switching. Trends in Cognitive Sciences, 7(3), 134–140.
[7] Müller-Putz, G. R. et al. (2025). Neurophysiological markers of cognitive fatigue in videoconferencing vs. face-to-face meetings: An EEG and ECG study. Graz University of Technology.
[8] Results of the Carnegie Mellon University study on the impact of audio format on collective intelligence in work groups: Tomprou, M., Kim, Y. J., Chikersal, P., Woolley, A. W., & Dabbish, L. A. (2021). Speaking out of turn: How video conferencing reduces vocal synchrony and collective intelligence. PLoS ONE, 16(3), e0247655.