Why I Leave Cabinet Doors Open

An open cabinet door, and the sensory failure nobody understands.

I try to close cabinet doors. I really do. Every time I open one, somewhere in my head I am telling myself to close it. The pantry, the kitchen uppers, the bathroom cabinet. I know I leave them open. I know it drives people crazy. I know someone is going to walk into one.

And I still do it. Not every time. But enough. And it is not just doors. It is everything.

If you live with me, or with anyone who has Usher syndrome (USH) or retinitis pigmentosa (RP), you already know this. You have probably said something about it. Maybe you laughed. Maybe you walked into one. Maybe you gave up and just started closing them yourself. A USH friend emailed me this. Her husband once said if she keeps leaving the cabinet doors open, he is going to remove all the doors. Honestly, that might be the best idea anyone has ever had.

But here is the thing everyone asks us. Why can you not just remember to close it? I know. I know. Put the frustration down for a minute and keep reading. I promise it will make sense by the end. And if it does not, you can go back to being mad at us.

We are trying. None of it comes natural anymore. Every step of our lives has to be planned now. Where to place the cup every single time. Where to put the phone, the flashlight. How to walk through a room. Whether to hold a door open or close it now and reopen it later.

We build patterns for everything, learn what works the hard way, and try to stick to them. It is a running list of habits we train ourselves into day after day. Stick with it long enough and it becomes muscle memory. That helps. But it is always work.

And even with all that effort, we still miss things. The cabinet door is just the one everyone notices. Because the moment we open it, we cannot see it anymore.

The Geometry of Gone

For those of us who have retinitis pigmentosa (RP), which is the vision loss side of Usher syndrome (USH), our visual field is shrinking from the outside in. A healthy eye sees about 180 degrees wide. At 40 degrees, things start going wrong but we blame other stuff. At 30 degrees, you cannot deny it. Once you drop below 20 degrees, you are in the legally blind range.

How far and how fast this goes depends on your type and your genes. Mine is USH2. Hearing I manage with aids, and vision that started narrowing in my teens. USH1 folks are often born deaf, with balance off from the start. USH3 can start with more hearing and lose it over the years. And many people have RP with no hearing loss at all. Different starts. The narrowing field is the part most of us share.

Some of us notice it early. Some not for years. I am around 5 degrees now. On bad days it drops to about 2. It shifts with stress, lighting, fatigue, and a mix of other things.

What I am describing runs from about 30 degrees down to about 2 degrees. Below 2 degrees, there is not much left to work with. That is a different essay. I am not there yet. I hope I never have to write that essay. But that may be in the cards.

OK, here is what it is like for those of us at about 10 to 5 degrees. If you are standing one foot (30 cm) to my left, I do not see you. One foot to my right, I do not see you. Below my eye level, I do not see you. You are right there, close enough to touch me. But unless I move my head and eyes to find you, I do not know you are there.

And the hearing does not save us either. For most of us the hearing works somewhat. We can hear you when you talk. But the faint sounds barely register for us. A body shifting next to me. A faint breath. Footsteps on carpet. Most of you hear those without thinking. Your brain registers them. Ours never gets the signal.

Combine that with the vision gaps and we would not know if anyone walked right up to us from anywhere around. The eyes miss the sides. The ears miss the faint cues. So when both fail together, we miss everything.

Two systems are broken for the same reason. The first is the alert. Peripheral and ears fire when something enters our space. Ours do not. People walk up and we never knew they were coming.

The second is the map. Peripheral vision maps the room around us and builds a 3D world of where every wall and object is. It does this in milliseconds without us trying. Our auto sensors for this are fading or have faded away.

Most new things, or a new home for something, will just about never register until we look right at it or are told about it. Center vision can scan to find them, but scanning is slow and choppy. If we are not actively thinking about something, it might as well not exist.

Let me show you. A friend is over. We are talking, laughing, opening bottles. I put my cap down on the counter. They put theirs down right next to mine, a cap’s width away. A few minutes later I see my cap. Lucky I spotted it. Should have trashed it when I opened the bottle, knowing most times I never would have spotted it. I walk over, look down, grab what I see, throw it away. To me there was one cap. I picked it up. Done.

The second cap is still sitting there. A cap’s width from where mine was. I never knew it existed. My eye locked on the cap I was looking at, and my field does not extend past the object I am focused on. A cap’s width to the side is gone.

The friend watches this and does not know what to make of it. A minute ago I walked over without bumping anything. I spotted my own cap. I picked it up cleanly. So how did I miss theirs sitting right next to mine?

This is the part that makes it so hard to explain. Most of the time we look like we see just fine. Then we miss something right in front of us, and nobody knows what to think. Not even us. One moment we see something. The next we miss what is right there. We cannot explain that either.

To me, that cap was never there. Not forgotten. Not ignored. Not there. And I never heard it go down either. Most people pick that up without thinking. A cap hits a counter and their ear registers it for them. Mine does not. Two cues missed. Not one.

A cap’s width outside center might as well be on the moon.

Think about what happens when you open a cabinet. You reach up, grab the handle, pull it open. The door swings up or out. You look inside. You reach for what you need. You grab it. You turn away.

The door is still open. But it is no longer in front of you. It swung into the space above or beside your head. The space you cannot see. Three steps. Open, grab, close. Should be easy. Wrong.

For someone with full vision, here is what your brain does without you knowing. You open the cabinet and start to move away. The shape on the edge of your vision is wrong. Maybe danger. It forces your eyes back to check. The door is still open. The whole thing takes a fraction of a second and you did not choose to do any of it.

Your peripheral does two things you take for granted. Without thinking. First, it detects movement. Something shifted. Second, it detects when a shape does not match what the brain expects. An open door where a closed one should be. Both trigger your eyes to look. One catches change. The other catches wrong.

Here is the key to all of it. Your peripheral sees objects, identifies them in a flash, asks if they are safe, and moves on. No color. No detail. Just outline against background, and where it sits in space. You never know it is happening. It only flags you when something does not match. A basket in a walkway that was not there before.

Then it triggers what researchers call a saccade. I learned there was a word for it years after I noticed it happening. A saccade is when your eyes dart to something without you telling them to. It is a reflex. Your peripheral detects the mismatch, and your eyes jump to it automatically so your central vision can identify what it is. The same loop runs in your hearing.

For us, that system is gone. The rod cells that detect those changes are dead. No pattern shift. No saccade. No alert. Our eyes do not jump to the open door. They do not catch the bottle cap or the moved basket or the outstretched hand. Nothing in our peripheral triggers a look. So we never look. And if we never look, we never see it.

The sensor never fires. The door stays open because our brain never got the signal that it was there. My brain never updated the software. It is still waiting for an interrupt from hardware that has been disconnected. It still thinks the door is handled, so it moved on to the next thing.

You cannot close what you cannot see.

And it is rarely just three steps. Open the door, grab the cup, close the door. That sounds simple. But add in someone talking to you, or the lighting is off, or you have to feel around inside because you cannot see the shelf clearly, or you are holding something in the other hand. Now it is six or seven steps.

And here is something most people do not know. For a new task, the brain can only hold about three or four steps at once. Not ten. About four. The name for this is working memory. It holds only a short set of things at a time.

So by step four or five, the door you opened at step one is gone. Your brain dropped it to make room for the next thing. It is forgetting, but not the kind you think. The brain is forced to dump the oldest step to make room for the newest one coming in.

And if you try to hold more than that, you are not remembering anymore. You are rehearsing. Looping the steps in your head over and over. That costs even more brain power, and now you are thinking about remembering instead of doing the task.

You have felt this. Someone gives you a phone number and then starts talking. The number starts slipping because your brain cannot hold it and listen at the same time. That is how all human brains work.

Now imagine that with a cabinet door. You open it. You look for the cup on the dark shelf. You grab it. And your mind is not on any of it.

This is the part people miss. Almost anything pulls your mind off the task. Most of the time it is your own head. You are already running the day. I am still waking up. I have to feed the pet and fill the water bowl. The cup is the small thing in your hand. Your mind is on the whole day.

Or it is someone talking to you. Same result. You never think “close the door.” You are thinking about your morning, or answering them. The side vision that used to catch the open door for free is gone. And your mind, the last backup, has moved on. The few basic steps fall apart. You got sidetracked and lost the thread.

Think of how you click around the web or social media. You open one thing, jump to the next, and a minute later you forget what you came for. That is how the mind works most of the time. Now do that with a door you cannot see.

The difference is sighted people do not need to remember the door because their peripheral vision is still tracking it for free. We do not have that backup. When it drops out of memory, it is gone.

A Living Example

A hot summer night. I end the day with a quick shower, so the aids are out. Then I have to remind myself to put them back in before I brush my teeth. I learned that the hard way. With the aids out I cannot hear a running faucet, and a few times I left one going without knowing. So now they stay in until I reach my bed.

Aids in, hearing catches the running tap for me, no memory needed. Aids out, that is one more thing my memory has to track.

I open the cabinet under the sink for my electric toothbrush and water pick. The cabinet door is now open. I brush my teeth. And my brain is already gone, running the day back. Work. The house. That bill I need to pay. The same end-of-day loop everyone runs. My mind will not sit still at the sink.

I put everything back under the sink. Brain is still jumping from subject to subject. Clean teeth. Good feeling. A few minutes ago I was dreading having to brush. Now I am glad I did. Feels good every night. I bet we all feel that.

I take my first step away and wham right into the lower cabinet door I left open five minutes ago. I have almost ripped that door off three times now.

That is the whole thing in one scene. Because the moment we opened it, we never saw it being open. Nothing registered. Nothing to remember. Nothing to track.