It happened again
HABIT GUIDE 03

Why do I keep doing the same thing even when I want to stop?

Wanting a different outcome does not automatically change the sequence that keeps producing the old one. Start with what repeats under the same kind of conditions.

Serkan Elbasan8 min read

You can know that a pattern is unhelpful and still repeat it. That is not a contradiction. Knowing describes the outcome you prefer. Repetition describes what the current sequence makes easy to run.

Sometimes the sequence is a genuine habit. Sometimes it is a routine, an environmental default, a repeated social response, or a decision rule that keeps producing the same result. The useful first step is not to diagnose which category you belong to. It is to identify what actually repeats.

Separate the recurring conditions from the story about them

Visible sequence
01SIMILAR SITUATION RETURNS↓
02THE SAME SIGNAL BECOMES RELEVANT↓
03THE SAME FIRST MOVE RUNS↓
04THE SAME PATH OPENS↓
05THE SAME RESULT BECOMES LIKELY

A broad statement such as “I always sabotage myself” is difficult to test because almost every part of it is interpretive.

A concrete loop is different: “When a work task becomes unclear, I open email and do small replies instead.” Now there is a recurring condition, an observable first move, and a transition that can be changed.

The more precisely the loop is described, the less change has to depend on a global promise to behave differently.

Why intention can lose to a familiar sequence

Research on habits shows that repeated behavior in stable contexts can become more automatic. That means a familiar cue can begin to carry part of the behavioral load before a fresh decision is made.

This does not explain every repeated behavior, and it does not mean people lack agency. It means that intention and structure are different levers. You can strengthen intention, but you can also change what the recurring situation makes available first.

THE RESULT REPEATS BECAUSE SOMETHING BEFORE THE RESULT REPEATS.

Find the earliest stable part of the sequence you can actually change.

Look for the first repeatable turn

The first repeatable turn may be physical: the phone is beside the bed, the snack is open on the table, the distracting tab is already pinned.

It may be procedural: every difficult request receives an immediate yes, every unclear task sends you to email, every trade loss opens another order ticket.

It may be temporal: the decision is always made when you are rushed instead of earlier when the conditions are calmer.

You do not need to change every element. One earlier change can be enough to produce a different episode worth testing.

VAGUE CHANGE
01I WILL STOP DOING THIS
02THE SAME SITUATION RETURNS
03THE SAME OPTIONS APPEAR
04I TRY HARDER
LOCAL CHANGE
01I NAME THE RECURRING SITUATION
02I FIND THE FIRST REPEATED MOVE
03I CHANGE ONE CONDITION
04I TEST THE NEXT EPISODE

A simple way to map it

Field test

WRITE THE RUN IN VISIBLE FACTS.

  1. 1Finish the sentence: “When this happens…”
  2. 2Finish the sentence: “I then…”
  3. 3Add the next two or three observable steps.
  4. 4Circle the earliest step you can change without needing the whole situation to disappear.
  5. 5Prepare one replacement move for the next comparable episode.

If the repeated behavior involves addiction, self-harm, violence, severe distress, or another high-risk condition, this kind of loop mapping is not a substitute for qualified professional help.

What counts as progress

OLD

The familiar situation produces the familiar sequence before you notice the turn.

MIXED

You notice the turn earlier, but the old move still runs.

NEW

The same kind of situation appears and one local step is different.

NOT COMPARABLE

The conditions changed so much that the episode does not test the same pattern.

THE PRECISE READ

Repeated outcomes are easier to work with when you locate the repeated mechanism that appears before them.

Your version

Build a next move for your version.

Open Being loops
Author

Serkan Elbasan

Serkan Elbasan is the founder of the Institut für Kognetik and an independent researcher working on recurrence, structural invariance, rule–state separation and the formal conditions under which systems can modify their own rules.

Sources
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