Reset Bank: The Research

A meta-analysis of 94 independent studies found that forming implementation intentions ("when situation X arises, I will perform response Y") produced a medium-to-large effect on goal achievement (d = 0.65). This is not a niche finding. It is one of the most robust effects in behavioral psychology.

The mechanism: when you pre-decide your response to a situation, you create an automatic cue-response link. Your brain pre-loads the behavior so that when the cue arrives, you don't need executive function to decide what to do. You just act. For ADHD brains, where executive function is the bottleneck, this bypass is significant.

Gawrilow and Gollwitzer (2008) tested implementation intentions specifically with children who had ADHD. The results showed that if-then planning improved response inhibition, a core ADHD deficit. The intervention worked by compensating for the executive function gap that otherwise prevented the children from following through on their goals.

The Reset Bank applies this directly. When you name a break in advance ("when this task ends, I'll walk around the block"), you've formed an implementation intention. The decision is made. The cue (task completion) triggers the pre-loaded response (walk). No in-the-moment willpower required.

Sabine Sonnentag and Charlotte Fritz's recovery-experience model (2007) identified four distinct ways a person restores capacity between bouts of demanding work: psychological detachment, relaxation, mastery experiences, and control. Mastery experiences are activities that challenge you in a domain different from the primary work and produce a sense of competence. Sonnentag's own validation studies showed that mastery experiences restore well-being alongside, not instead of, rest.

An important caveat: Sonnentag's original model was developed and validated for off-job recovery — evenings and weekends, not for five-minute microswitches during a work session. We believe the underlying mechanism (completion through a different cognitive domain) scales down to microswitch Resets. The extension is plausible and consistent with later recovery research, but it has not been directly validated at that time-scale. We want you to know that.

This framework is why Ebbi's Resets are not assumed to require rest. Running a load of dishes, switching the laundry, walking around the block with the dog, tidying one surface. In the recovery-experience vocabulary, these are candidate mastery or control experiences: something different, something completed, a sense of having done a thing. And if your Reset today is sitting quietly and breathing, that is valid too — in the same vocabulary, that is relaxation. The Reset Bank holds space for both.

Volkow and colleagues (2011) documented reduced dopamine D2/D3 receptor availability in ADHD adults, particularly in the ventral striatum. This is mechanistically consistent with a brain where novelty and active stimulation play an outsized role in dopamine release. Sustained attention on a familiar task taxes this system. Sitting still does not automatically replenish it in the way it might for a neurotypical brain. A change of task, context, or channel often does more.

William Dodson's interest-based nervous system framework, drawn from clinical practice and widely used in ADHD patient education, lines up with this. Dodson describes ADHD attention as regulated by interest, novelty, challenge, and urgency — not by importance. A Reset that introduces any one of those, through a different task or a different sensory context, can be more effective for an ADHD brain than a Reset that just pauses. We cite Dodson's framework because of its clinical-community uptake; it is a practitioner model, not a peer-reviewed theory, and we want to be honest about that.

This does not mean every Reset must be a productive task or high-stimulation. A walk outside is low-arousal and still introduces novel sensory input. Sitting quietly with a cup of coffee can be a Reset if that is what serves the user on a given day. The operating principle in Ebbi is "change direction, not force motion." Rest counts when rest is what your brain needs. So does a switch.

Attention Restoration Theory (Kaplan, 1995) proposes that directed attention, the kind you use for focused work, is a finite resource that depletes with use. Restoration requires "soft fascination," activities that engage your awareness without demanding effort. A walk outside, watching water, tidying one surface, a short errand. These low-demand activities pull on a different attention system while the directed system recovers.

A 2022 meta-analysis of microbreak research (22 studies, 2,335 participants) confirmed that structured breaks significantly reduced fatigue and increased vigor. Where Sonnentag's mastery-recovery model explains why a completed productive switch restores capacity, ART explains why even a non-task activity like a walk or sitting outside works. Ebbi's Reset Bank accepts both. Low-demand walks and completions both count.

The limit of ART: it does not support Resets that are themselves cognitively demanding, like a long reply email or a decision-heavy task. Those draw on the same directed-attention pool as the work you are recovering from. For Resets of that type, mastery-recovery is doing more theoretical work than ART.

The Zeigarnik effect, first documented in 1927, describes how interrupted tasks stay cognitively available and intrude on attention until they are completed. This is the reasonable concern about productive context switches: if you leave a report mid-draft to empty the dishwasher, will the report keep distracting you during the dishwasher?

Masicampo and Baumeister (2011) addressed this in a series of experiments on unfulfilled goals. They found that making a specific plan for how and when to return to the unfinished task neutralized its cognitive intrusion. The unfinished task stopped interfering with the next activity once the return plan was concrete. Ebbi's design of pre-queuing the next focus block and keeping the task list visible is consistent with this finding: the user's return is already planned before the Reset begins, which we believe lets the Reset run without the interrupted task intruding.

"Break" carries baggage. It implies stopping. For ADHD users who already struggle with guilt around productivity, "taking a break" can feel like giving up. The word is passive and carries no sense of progress.

"Reset" reframes the same action as something you do TO stay productive, not something you do INSTEAD of being productive. It mirrors the language ADHD communities already use ("I need a quick reset," "switching tasks to reset my brain"). And it describes what the brain is actually doing: changing direction to restore capacity, through mastery or through soft fascination.

This naming choice isn't cosmetic. Research on self-compassion and productivity (Sirois, 2014) shows that shame-based framing increases avoidance behavior. If the Reset itself triggers guilt, the Reset can't restore anything. The language has to give permission.

No single study has tested the exact Reset Bank configuration. The design is built on adjacent, well-established research, not direct validation of the specific feature.

Gawrilow and Gollwitzer (2008) tested implementation intentions for response inhibition in ADHD, not for break-taking specifically. The application to transition behavior is an extension of the principle we believe holds, not a replication.

Sonnentag's recovery-experience model was developed and validated for off-job recovery across general working populations. It has not been isolated in an ADHD-specific trial, and we are applying it to a microswitch time-scale (minutes, not evenings) that the original research did not test. We believe the mechanism scales down, but we cannot point to a study that has validated it at this scale.

The Dodson interest-based nervous system framework is a clinical-community construct, not a peer-reviewed theory. We cite it because of its widespread use in ADHD patient education and because it describes a pattern real ADHD adults recognize in themselves, not because it has been experimentally validated.

Task-switching itself carries a known cognitive cost. Ebbi's design assumes, for most ADHD adults, the recovery benefit of a pre-chosen Reset exceeds that switching cost. That assumption is mechanistically well-grounded but has not been RCT-validated in the specific configuration Ebbi ships.

We are transparent about these gaps because we believe honest science is more credible than overclaimed science. The supporting research is strong. The specific application is plausible. It is not yet directly validated, and we will not pretend otherwise.