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Visual-Spatial Issues After Concussion by Dr. Michelle Rad

re you bumping into things or feeling dizzy after a head injury? Learn why your "Internal GPS" is glitching and 3 practical neuro-tools to help. If you’ve recently suffered a head injury, you might feel like your world has physically "shifted." You reach for a glass of water and miss it by an inch. You feel dizzy in grocery store, read about what is happening.

Dr. Michelle Rad, Licensed Clinical Psychologist

1/30/20261 min read

Are you bumping into things or feeling dizzy after a head injury? Learn why your "Internal GPS" is glitching and 3 practical neuro-tools to help.

If you’ve recently suffered a head injury, you might feel like your world has physically "shifted." You reach for a glass of water and miss it by an inch. You feel dizzy in grocery store aisles. You find yourself tripping over curbs that you clearly saw just a second ago.

As a neuropsychologist, I often hear patients say, "My eye doctor said my vision is 20/20, so why does everything feel wrong?"

The answer doesn't lie in your eyes—it lies in how your brain processes what your eyes see. This is Visual-Spatial Dysfunction, and it is one of the most common, yet overlooked, symptoms of a concussion.

The "Internal GPS" Glitch

Think of your brain as a high-speed GPS. A concussion acts like a signal interference. Your eyes capture the data, but your parietal lobe (the brain's mapping center) struggles to calculate the distance, depth, and scale of your environment.

3 Practical Tools for Daily Management

While professional neuro-rehabilitation is the gold standard, you can start recalibrating your "Internal GPS" today with these three strategies:

1. The "Anchor" Technique (For Crowded Spaces)

When you are in a visually "busy" place like a mall or office, your brain gets overwhelmed by moving stimuli (Optokinetic Sensitivity).

  • The Tool: Find a stationary object (an "anchor") 10 feet in front of you. Focus on it for 5 seconds. This "resets" your focal vision and tells your brain where "center" is.

2. Strategic Lighting & Contrast

Shadows and dim lighting force the brain to work harder to calculate depth.

  • The Tool: Use high-contrast tape (like bright yellow or white) on the edges of dark stairs or "trip-hazard" thresholds in your home. Increasing the visual signal reduces the computational load on your brain.

3. The "Finger-to-Nose" Calibration

This is a simple proprioceptive exercise to help your brain reconnect "seen" space with "physical" space.

  • The Tool: Hold your index finger out at arm's length. Look at it, then close your eyes and try to touch your nose with that finger. Open your eyes, recalibrate, and repeat 5 times. This strengthens the map between your visual field and your body.

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