Narrow your visual focus to make goals feel closer

The Short Version

When you narrow your eyes and your attention to one target, such as a finish line, a stop sign two blocks away or the shorts of the runner ahead, the target looks closer than it is, and that "illusion of proximity" makes people try harder, move faster and feel the effort less [1]. NYU psychologist Dr. Emily Balcetis found the strategy in elite runners. In her lab, ordinary people wearing ankle weights who were trained to focus this way reached a goal line faster and reported about 17% less pain or effort than people who looked around naturally [1][2]. Andrew Huberman, a vision scientist, adds the body's side of the story: bringing the eyes to one point raises systolic blood pressure, releases small amounts of adrenaline and engages brainstem alertness circuits, which puts the body into a "state of readiness" [2][3]. The protocol costs nothing and takes seconds. Hold your gaze on a single point for 30 to 60 (or up to 90) seconds before you work, spotlight one nearby target at a time while you work, and save your most intense narrowing for the middle stretch and the final push [1][2][3].

Table of contents

What They Said

Dr. Emily Balcetis: the spotlight that elite runners already use

Balcetis runs a lab at New York University that studies motivation, goal setting and the tools that help people finish what they start [1]. She came to vision as a motivation tool because of a practical problem. When people describe how they push toward goals, they list effortful tactics: encouraging themselves, reminding themselves how important the goal is, sticking post-it notes everywhere [1]. Each of those becomes one more thing to maintain, and people start strong, then fall away well before the halfway point [1]. Her team went looking for something that could run on autopilot. Seeing was the obvious candidate. In her words, "We look at the world without even thinking of it for those of us that are cited" (the transcript's spelling of "sighted"), and "there are strategies that we can use to look at the world in a different way. And that we can automate" [1].

The finding started in a converted military armory in Brooklyn, now a family YMCA, where an elite track team trained, including an Olympic 400-meter gold medalist [1]. Balcetis assumed these athletes would be hyper-aware of everything around them in a race. They told her the opposite: "They assume this narrowed focus of attention, almost like a spotlight is shining on a target" [1]. In a short race, the target "might literally be the finish line." In longer races "They set sub goals, like, you know, the person, the shorts on the person up ahead that they're trying to beat, or they choose some sort of stable landmark, like a sign that they would pass by" [1]. She described it as though "they have blinders on the sides of their face. That's all they're paying attention to" [1]. And the better athletes used it more: "those that were better rather than, you know, than slower were ones that used it more" [1].

Her key realization was that the tool doesn't depend on being an athlete: "that visual strategy isn't necessarily something that you have to be in the perfect physical condition to be able to adopt" [1]. Follow-up work with hundreds of competitive New York Road Runners members found that runners who used narrowed focus more often and more consistently ran at a faster pace [1].

The lab experiment: faster, and it hurt less

Correlation in runners wasn't enough, so her lab tested whether ordinary people could learn the skill [1]. The instruction is simple: "Imagine that there's a spotlight shining just on a target" [1]. Pick something ahead, like a stop sign two blocks away, tune out the people, buildings and trucks around you, and when you reach it, choose the next target [1].

In the lab version, participants wore ankle weights (about 15% of body weight, in Balcetis's description) and high-stepped toward a finish line [1]. Compared with people told to look around naturally, those trained in narrowed attention "were able to move 27% faster" and said the exercise hurt 17% less, even though the weight and distance were the same for everyone [1]. Huberman describes what sounds like the same study in his solo goals episode, with slightly different numbers (see the next section): people in 15-pound ankle weights who kept their eyes on the goal line got there with 17% less perceived effort and 23% faster [2]. He names the paper as "Keeping the goal in sight: testing the influence of narrowed visual attention on physical activity," published in Personality and Social Psychology Bulletin in 2020 [2].

Balcetis also stresses that the causal arrow runs from technique to performance, not just the other way. Better runners seem to have stumbled onto the strategy, but randomized experiments show that teaching it causes better performance, so no one has to rely on luck [1].

Why it works in her account: the illusion of proximity

Balcetis traces the idea back to rat and mouse studies from the 1940s and 1950s. Hungry or thirsty animals that had learned a maze ran faster as they neared the reward, and harnessed mice pulled harder the closer they got, even though they were spending scarce energy to do it [1]. Later human studies found the same pattern, which became the goal gradient hypothesis: the closer the goal, the harder people and animals work to finish it [1].

Her lab's insight was to fake that closeness. "What if we induce that illusion of proximity? What if we can induce a visual illusion, a visual experience that approximates what the real rats and mice were actually experiencing as they got closer?" [1] That, she says, is exactly what narrowing does: "When we tell people, imagine there's a spotlight on the shorts of the person up ahead or the stop sign that you're seeing. It induces an illusion of proximity that then is responsible for people trying harder, walking faster, feeling that it defied their expectations and that it wasn't as bad as they thought it would be" [1].

She measures the illusion two ways. People estimate the distance in feet, although she admits "nobody really knows what three feet versus four feet really looks like" [1]. So her lab also uses visual matching tasks, where people say which other target looks about as far away as the finish line [1]. Both show the same thing: "inducing that narrowed focus of attention is creating an illusion of proximity that goal looks closer to them. And then there's all kinds of downstream motivational psychological effects that happen from feeling like you're closer by visually misperceiving that space" [1].

How to aim the spotlight: size, timing and resetting

Huberman pushed Balcetis on details. Is the target a point or a whole line? Her answer: "It seems like it's more like a circular point. And that's in fact what we're teaching people" [1]. Rather than scanning across a line left to right, "we are encouraging them to like imagine a circle of light that's shining on some target" [1]. On a track, that means the spot in your own lane where you'll cross the line; on a street, "you could imagine a circle of light illuminating" a stop sign [1]. This, she says, "seems to be effective to maintain that focus rather than sort of being pulled to engage with peripheral vision" [1].

She also warned that constant narrowing is tiring [1]. Sprinters can hold one target for a whole race, but seasoned long-distance runners start with a broader, more expansive view and switch toward narrowed focus around the halfway point of, say, a 10-kilometer race [1]. They use it most intensely at the end: "it's particularly effective when we're looking for that last push," she said, whether you're "literally neck and neck with somebody" or simply "when you're most tired" [1]. "That's when people are using it at its peak level of intensity" [1]. The midpoint matters because it's where people struggle most with any kind of goal [1]. As an example of resetting, she cited a champion marathoner (named in the transcript as Joan Benoit Samuelson) who talks about "finding the shorts on somebody ahead of me and focusing on those shorts until she passes them and then resetting that goal" [1].

Energy, fitness and why the tool matters most for people who struggle

Balcetis's lab and others show that the state of the body changes what we see. For people who are chronically fatigued, older, overweight or carrying heavy backpacks, "Distances look further and hills look steeper" [1]. Her lab ran a double-blind test: participants drank Kool-Aid sweetened with either sugar or Splenda (the strong flavor hid which was which), and after 10 to 15 minutes, with blood glucose measured to confirm the boost, the sugar group judged the finish line as closer [1]. In the transcript she says those given more energy "perceived their space as more constricted. That visual illusion of proximity was induced," and she sums up: "if you have more energy, the world looks easier. The distances to a finish line don't look as far" [1].

That matters for motivation. When a walk or a hill looks harder, people are set up to fail before they begin, which helps explain why exercise feels out of reach for those who might benefit most [1]. The good news is that narrowed attention doesn't only help the fit: "It works for everybody" [1]. She adds that feeling more energized, or merely believing you are, produces similar effects [1].

Andrew Huberman: the visual neuroscience and a timed drill

Huberman returns to Balcetis's work in three episodes, and each time he adds the physiology.

In the conversation itself, he explained why the result made immediate sense to him as a vision scientist: "when we bring our eyes to a visual target, it's clear that some of the brainstem circuitry for alertness gets engaged," and when we focus on an object, the optics of the eye change and narrow the visual field [1]. He also noted that "The visual aperture is under our conscious control," and asked listeners to picture how an upsetting or exciting text message makes the rest of the world disappear [1]. He added that narrowing the visual window likely changes how finely we slice time as well as space [1].

In his solo episode on goals, he summarizes the Balcetis studies this way: "when people have to focus their attention on one location like a goal line, they are much more effective in reaching those goals and they achieve them with the perception that they expended less effort" [2]. He notes that the studies "always include a control group where people have to go through the same physical effort or mental effort, but they don't focus their attention just on one location," and that the lab has run similar studies on cognitive work as well as exercise [2].

Then he adds the blood pressure link: "there are neural circuits that link your visual system and focusing on a particular point with that top number, the systolic blood pressure. And when you focus your eyes on a particular location, that systolic blood pressure goes up" [2]. Other systems then start "releasing adrenaline, low amounts of adrenaline in most cases," which prepares the body further [2]. The result is "a state of readiness that makes us more likely to lean into our goals into action" [2]. He contrasts two visual modes: focused vision, bringing the eyes to a common point, engages fine-detail processing and alertness, while broad, panoramic vision (the magnocellular pathway) goes with relaxation, lower systolic pressure and less goal-directed drive, as if what is within reach were enough [2].

He also ties the drill to his distinction between peripersonal space (your body and what's within reach) and extrapersonal space (everything beyond reach), which is associated with dopamine [2]. When you look at a point on the wall or your screen for 30 to 60 seconds and then act, "We are placing our focus outside our body," which pushes the brain toward goal pursuit [2]. His conclusion is strong: "Focusing our visual attention on one particular point is incredibly effective for all types of goal pursuit" [2], and "I would argue that the visual system and harnessing your visual attention to a narrow point is going to be the most effective way to get your brain and body into a mode of action to pursue whatever goal it is you're trying to pursue" [2].

His protocol in that episode: before any goal-directed work, look at a single point, such as a dot on the wall, your screen or the horizon, for 30 to 60 seconds, holding your gaze as best you can, then move into action [2]. He expects it to be uneven: "Some people will find it very easy to do, other people will find it quite hard. Your mind may drift cognitively, that's okay, but try and bring your visual attention to that common point" [2]. He mentions studies of similar training for students with ADHD: "For people who have ADHD and focus issues and attentional issues, this can be effective. For people who don't, this can also be effective" [2].

The Goals Toolkit version: visual target training

In his later Goals Toolkit, which draws on the Balcetis conversation, his own goals episode and Maya Shankar's work, Huberman turns this into a named tool, visual target training [3]. The rationale: your visual system is closely tied to focus and arousal, and your retinas are literally two pieces of brain [3]. Narrowing your gaze onto one point (a vergence movement of the eyes toward the nose) and holding it causes brainstem circuits to release chemicals that raise alertness, briefly raises systolic blood pressure and engages dopamine-related systems; relaxing into panoramic vision switches that recruitment off [3]. Citing Balcetis, he says people who focus on a visual target or finish line before physical or cognitive work perceive it as less effortful and finish faster [3].

The refined protocol [3]:

• Pick a target at roughly the distance where you'll work: on the page for desk work, farther away for sport.
• Set a timer and hold focus for 30, 60 or 90 seconds, blinking as needed.
• Repeat about every 20 minutes during a session.
• When your eyes tire, relax into panoramic vision, ideally at a horizon, and breathe.

He says the blood pressure rise is transient and safe, and that the drill sits on top of the basics of sleep, nutrition, stress management and morning sunlight [3].

He also combines the drill with the "middle problem," borrowed from Maya Shankar: motivation is high at the start and near the finish but sags in the middle [3]. In a one-hour session, "at about the 25 minute mark you start to experience lower levels of focus perhaps then you use the visual target protocol," and you split the 25-to-45-minute stretch into three or four smaller chunks [3]. He's relaxed about how often to use it: "if you need to incorporate things like the visual target protocol one or three or perhaps even eight times within that middle section so be it" [3]. For a sagging midweek session, such as Wednesday in a Monday-to-Friday schedule, he suggests "putting a bit more time toward a visual target protocol at the beginning to increase your focus" and then breaking the session into consecutive 15-minute bouts [3].

The Focus Toolkit version: gaze as a trainable skill

In his Focus Toolkit, Huberman puts the idea bluntly: "Your visual focus drives your cognitive focus," which he says is why horses wear blinders and why a hoodie can cut distraction [4]. He describes a practice used in schools in China and elsewhere: fix your gaze on one spot, such as a crosshatch on paper, for 30 seconds to three minutes, blinking normally and refocusing whenever your eyes drift, which engages the prefrontal cortex and frontal eye fields [4]. Start with 30 seconds and add five seconds each session [4]. A harder variant uses covert focus: look straight ahead while attending to something in your peripheral vision [4]. He recommends 30 seconds to three minutes as a warm-up before a work bout, and again mid-session when focus drifts, instead of picking up your phone [4].

That episode also explains why gaze and arousal travel together. In his "arrow model of focus, epinephrine is the shaft (there is no focus without epinephrine), acetylcholine is the spotlight-like arrowhead, and dopamine is the engine that keeps focus going [4]. Arousal itself narrows vision. Of caffeine, he says: when our pupils get bigger, the pupils of our eyes, that is, our visual world actually narrows. It becomes more tunnel-like [4]. Acute stress likewise releases epinephrine, which narrows vision and sharpens the arrow [4]. He also frames focus as uneven by nature: Your focus is dynamic. It is not what we call a step function, and returning to focus over and over is what trains it, because what we repeat gets etched into our nervous system becomes easier over time" [4].

Where They Agree, and Where They Don't

Agreement

All four sources agree on the core claim: narrowing visual attention to one target helps people pursue goals, and it makes effort feel smaller [1][2][3][4]. Balcetis and Huberman agree it's cheap, automatic and learnable rather than an athlete's gift [1][2]. They agree it works across fitness levels and conditions, Balcetis saying "It works for everybody" [1] and Huberman saying it helps both people with and without ADHD [2]. They agree it applies to mental work too, not just running: Huberman notes the Balcetis lab has run similar studies on cognitive work [2], and his toolkits use the drill before desk work [3][4]. And they agree it should not be held constantly. Balcetis says constant narrowing is tiring and elite distance runners ease into it [1]; Huberman pairs the drill with panoramic vision and deliberate rest [2][3][4].

Different numbers for the same study

The sources report the flagship ankle-weight study with different details. In the Balcetis conversation, the weights are about 15% of body weight and trained participants "were able to move 27% faster," reporting 17% less pain [1]. In Huberman's solo goals episode, the weights are 15 pounds and people arrived 23 percent faster with 17% less perceived effort [2]. The 17% figure matches; the speed gain and the weight description don't. The sources don't explain the gap. It may come from retelling from memory or from different conditions in the paper, but the safe reading is that trained participants were roughly a quarter faster and felt about a sixth less effort. For the exact figures, go to the paper Huberman names [2].

Different explanations for why it works

Balcetis's explanation is perceptual and psychological: the spotlight creates an "illusion of proximity," and feeling close to a goal triggers the goal gradient, the same extra push rats show near the end of a maze [1]. Huberman's explanation is physiological: vergence eye movements raise systolic blood pressure, release adrenaline and engage brainstem alertness and dopamine systems [2][3]. The two accounts don't conflict, and Huberman himself connects them in the conversation, calling the result something that "makes total sense" given brainstem alertness circuits [1]. But they stress different parts of the effect. Balcetis's measures are judged distance, speed and reported pain [1]; Huberman's are blood pressure and neurochemistry [2][3]. His account also connects the drill to dopamine and extrapersonal space [2], a link Balcetis's summary doesn't make.

When to narrow and for how long

There's a real difference in timing. Balcetis describes narrowing as something to use in stages: broad first, narrowing from about halfway, and hardest for the final push, because constant narrowing is tiring [1]. Huberman's protocols put the drill before the work (30 to 60 seconds, then act) [2], or at intervals throughout (every 20 minutes or so, and repeatedly in the middle chunk) [3], or as a warm-up and a mid-session reset [4]. These fit together. Balcetis describes a spotlight you keep on a moving target while you're working; Huberman describes a short priming drill that readies the body. Both agree the middle is where help is most needed: Balcetis because the midpoint is where people struggle most with any goal [1], Huberman because of the "middle problem" [3].

Caffeine and "blinders"

Huberman wondered aloud about pairing sensible caffeine with a hoodie as blinders, since caffeine dilates the pupils and narrows the visual field [1][4]. Balcetis didn't argue, but her own experience points elsewhere. She gave up caffeine years ago because it made her jittery and anxious, still drinks decaf as a ritual that psychologically primes her, and says her studies find that merely believing you're energized produces similar effects [1]. So the sources agree that more energy makes goals look closer, but only Huberman proposes a stimulant to get there.

Why It Works

The sources offer four linked mechanisms.

1. The goal gradient. Animals and people work harder as a goal gets closer. Balcetis cites rat and mouse studies from the 1940s and 1950s in which animals ran faster and pulled harder near the reward, even at a cost in scarce energy, and later human studies that confirmed the pattern [1].

2. Narrowed attention fakes closeness. Focusing a spotlight on a target makes people judge it as nearer, both in estimated feet and in visual matching tasks [1]. That misperception then produces the "downstream motivational psychological effects" of feeling close: more effort, more speed and effort that feels "wasn't as bad as they thought it would be" [1]. Randomized experiments show that teaching the strategy causes the improvement [1].

3. Focused eyes arouse the body. Bringing the eyes to one point (a vergence movement) engages brainstem alertness circuits [1][3]. It raises systolic blood pressure, the top number measured when the heart contracts, normally about 90 to 120 millimeters of mercury [2]. It also releases small amounts of adrenaline and engages dopamine-related systems, putting the body into a state of readiness [2][3]. Wide panoramic vision does the opposite: it lowers systolic pressure and goal-directed drive [2][3]. Huberman adds that vision and dopamine work in both directions. Research by Wolfram Schultz shows that people lacking dopamine, including Parkinson's patients, have fewer eye movements and don't scan distant horizons, and that restoring dopamine restores visual focus [2]. Focused vision recruits dopamine, and more dopamine sharpens focus on the world beyond reach [2].

4. Attention changes what the brain processes. Balcetis cites neuroscience studies in which a face and a house are overlaid transparently. Both images reach the eyes, but when people choose to attend to the face, the fusiform face area activates, and when they switch to the house, that activity drops and other regions engage [1]. Where you choose to focus changes what the brain does, and with intention and practice that can change how you experience the world [1]. Huberman adds that more brain real estate goes to vision than to any other sense (Balcetis's point) and that "the brain largely thinks in symbols" [1].

Finally, the body's energy state affects the same machinery. Fatigue, weight and low energy make distances look longer and hills steeper, and a sugar drink in her double-blind study made a finish line look closer [1]. The spotlight gives people a way to produce that "closer" perception on purpose, whatever state they start in [1].

Where It Applies, and Where It Doesn't

Physical effort with a visible endpoint. This is the best-tested case: sprints, distance races, weighted walking toward a line [1][2]. Balcetis also applies it to everyday walks, like picking a stop sign two blocks away and resetting once you reach it [1].

Long efforts, in stages. For longer efforts, the evidence supports resetting: sub-goals like a landmark or a runner ahead, with the most intense narrowing kept for the second half and the final push [1]. Holding a narrow spotlight from start to finish is tiring [1].

Mental and desk work. Huberman says the Balcetis lab has studied cognitive work as well as exercise [2], and his protocols put the target on the page or screen before and during work [3][4]. The underlying paper, though, "focuses mainly on physical activities" [2], so the running and walking results are the strongest evidence.

People of any fitness level. Balcetis is emphatic that the tool isn't reserved for the fit and doesn't backfire for the unfit [1]. It may matter most for people for whom exercise looks hardest, since fatigue and weight make distances look longer [1].

Attention problems. Huberman reports encouraging data on similar gaze training for students with ADHD, and says it helps people without ADHD too [2]. That is a training aid, not a replacement for care, and his Focus Toolkit puts behavioral tools first, then nutrition and sleep, then supplements, then prescription drugs [4].

Depression and anxiety: untested. Huberman asked whether the tools might help people with depression, where low energy makes the world look harder. Balcetis said her lab hasn't studied this directly [1]. The related evidence she cites is different: interventions that have people spend about 10 minutes finding smiling faces in a grid of photos improve their sense of what they can do and leave them a bit more energized, and even then, "It doesn't cure depression" [1]. Don't treat the spotlight as therapy.

Starting a goal, as opposed to finishing it. The spotlight helps you close distance once you're moving. Getting to the start line is a separate problem. Balcetis warns that vision boards alone can drain readiness, because imagining success relaxes the body when it should be gearing up [1]. Huberman says visualizing the big win helps only at the start, and foreshadowing failure works better for keeping going [2][3]. Spotlighting a target doesn't replace concrete near-term steps and plans for obstacles [1].

Static reminders. A post-it that stays in one place doesn't give you the same effect. Huberman notes that anything that stays put in your environment eventually becomes invisible to you [1][3]. The spotlight works because it's active, deliberate and keeps moving to the next target.

Health caution. The drill briefly raises systolic blood pressure; Huberman says the rise is transient and safe and says it stayed out of the unhealthy range in the studies he describes [2][3]. If you have a heart or blood pressure condition, or you're thinking of adding caffeine for its narrowing effect, check with your doctor first.

What To Do With It

1. Prime before you start. Before any goal-directed work, pick a single point, such as a dot on the wall, a mark on your page or a spot on the horizon, and hold your gaze on it for 30 to 60 seconds, then go straight into action [2]. Set a timer and blink as needed; build toward 90 seconds if it helps [3].

2. Match the target to the task. For desk work, put the target on the page or screen; for sport, put it farther away, at roughly the distance you'll be working at [3].

3. Use a circle of light, not a line. While you move, imagine "a circle of light that's shining on some target," not a wide stripe [1]. On a track, spotlight the point in your own lane where you'll cross; on a walk, a stop sign or a sign up ahead [1].

4. Chain sub-targets and reset. In a long effort, pick a near landmark or the runner ahead, focus on it until you pass it, then choose the next [1]. The instruction to repeat to yourself: "Imagine that there's a spotlight shining just on a target" [1].

5. Start broad, then narrow. In longer efforts like a 10K, begin with a broad, relaxed view and switch to narrowed focus around halfway, keeping the most intense spotlight for the final push, when you're most tired [1].

6. Attack the middle with the drill. In an hour-long session, expect focus to drop around minute 25. Do a visual target drill, then split the 25-to-45-minute stretch into three or four short chunks, and use the drill again as often as needed [3]. For a sagging midweek session, spend extra time on the drill at the start and break the session into 15-minute bouts [3].

7. Reach for the drill instead of your phone. When your focus drifts mid-session, do 30 seconds to three minutes of gaze training rather than picking up your phone [4]. Train it like a skill: start with 30 seconds and add five seconds each session [4].

8. Rest your eyes afterward. When your eyes get tired, relax into panoramic vision, ideally at a horizon, and breathe [3]. After a focus bout, decompress, and "try not to bring your vision into a tight location such as your phone" [4].

9. Protect the energy that makes goals look close. Low energy and fatigue make distances look longer and hills steeper [1]. Sleep, nutrition, stress management and morning sunlight are the base the drill sits on [3]. Feeling or even believing you're energized helps; Balcetis gets that from a decaf ritual [1].

10. Pair the spotlight with a plan. Narrowing your focus closes the gap once you're moving, but also set a challenging, not impossible, goal, break it into concrete near-term steps, and plan backups for obstacles in advance. As Balcetis puts it, "We're not going to do our best thinking when we're in crisis mode" [1].

Sources

1. Dr. Emily Balcetis: Tools for Setting & Achieving Goals · Huberman Lab
2. The Science of Setting & Achieving Goals · Huberman Lab
3. Goals Toolkit: How to Set & Achieve Your Goals · Huberman Lab
4. Focus Toolkit Tools To Improve Your Focus Concentration · Huberman Lab