Run a freelist with confidence. We show you how and exactly where it stops.

One good, plain question opens up how a group really thinks about a problem. Here is what a freelist is good at, five phases to run one yourself with tools at each step and the limits worth knowing before you start.

What it is good at

Where a freelist earns its place.

It is quick and it travels

You can run one in an afternoon, in person or in a browser. Anyone can add it to the work they already do.

It stays in people's own words

A freelist asks one open question. People answer in their own words rather than picking from a list someone else wrote. So what comes back is how they actually think about the problem, not how anyone guessed they might.

It surfaces how people respond

The quiet fixes people create may not reach anyone who could spread them. A freelist that asks how people respond to a problem can surface bright spots that may help many others.

It points somewhere to test

It ends with the smallest changes worth trying, so discovery turns into a next step, not one more finding.

FAQs

Questions people ask before they start.

How to run it

Five phases. Dip in and out at any point.

A check rides inside every phase, inspired by the work of We All Count. Done well, these checks make the research better.

  1. Ask a good question. A freelist starts with one open question that asks people to list everything that comes to mind, such as, “What makes it hard to keep SNAP and Medicaid?” The wording matters: it names one clear topic, in the words your participants use, without suggesting any answer.Check: Would the people answering frame the question this way? Test the wording with them before you field it.
  2. Gather the lists. Ask on paper, in your own sessions or inside surveys you already run. Our open source questions carry you: the freelist, then the top three, what they feel causes each, how they respond and what other ideas they have, starting with the no-cost ones. Prefer the interviews run for you? Our automated interviewer holds the conversations.Check: Mode, language and reading level decide who gets to answer at all. Private answering protects the people with the least power in the room.
  3. Bring the lists in and confirm the reading. The import step reads your lists and shows you exactly what it understood before anything runs.Check: Every automatic change is shown before anything runs, so you decide whose words survive.
  4. Review and decide. The Review Desk puts every phrase in front of you. You can group, split and move. The tool finds the overlaps and the gaps within one group or across roles, like the teams running a service and the people using it. This is where a gap shows up. Two roles can name the same thing and mean something different by it. The Review Desk keeps both readings rather than merging them into one.Check: Findings stay within each role rather than averaged across roles, so a small group is never dismissed as noise.
  5. Leave with a plan. Your findings turn into a plan with milestones at 30, 60 and 90 days. A shareable slide deck like the one shown here is on its way for this free path. Our automated interviewer already produces one alongside the spreadsheet for the teams testing it with us.Check: Who benefits from what you found and do the people who shared it learn what came of it?

What to know before you start

Six limits and what we do about each one.

These come from the peer-reviewed literature, not from us. Almost all of them are manageable. Here is each one in plain words and what people.to.policy does about it.

A salience score is like a poll number

Ask twenty people what comes to mind about breakfast. Eggs scores high because many name it and name it early. Ask twenty different people and eggs moves, the way a poll result moves between samples. A poll never prints its number alone. It adds a margin, the few points the result could be off by. An interval is the same idea written as a range, from the lowest to the highest value that is still reasonable. That range shifts for reasons the research names: who was asked, how hard the interviewer probed, how long each list ran and how answers were grouped.

The consensus model takes no salience score. Salience belongs to the free-list step before it, where the method's authors measure it by how many people name an item and how early.

What we do: In the reports we write for clients, we show items in the order the numbers give, with people's own words. We are building Cultural Consensus Theory for All to print the scores with a range beside each one and the pages we relied on, so anyone can read them.

The science: Major-Smith and Purzycki (2026, page 2), Weller and colleagues (2018, pages 11 and 15), Weller (2014, page 351), Weller and Romney (1988, pages 11 and 15), Quinlan (2005, pages 226 and 231), Bernard, Wutich and Ryan (2016, page 411) and Keddem and colleagues (2021).

A freelist is a floor, not a census

People forget things they know and skip what feels too obvious to say. What nobody listed is not proof it does not matter.

What we do: we keep the rarely-said items visible instead of cutting them and treat a list as a start, not the whole map.

The science: Brewer (2002) and Meireles and colleagues (2021).

What comes to mind is not the same as what matters

Listing something first or often can mean it came to mind quickly, not that it is most important. The two usually line up, but not always.

What we do: we read order as a strong hint worth examining, not as a final ranking. We check it against what people say.

The science: Smith and Borgatti (1997) and Chaves and colleagues (2019).

Grouping answers is a judgment call

Deciding that two differently-worded answers mean the same thing changes the result. Lump too much or too little and the picture shifts.

What we do: we show our grouping, let you open any item to read the original words and let you re-group anything that does not fit.

The science: Keddem and colleagues (2021).

The question shapes the list

A broad prompt gives a scattered list that misses things. A narrow, well-aimed prompt gives a usable one.

What we do: we help you write one tight, plain prompt and we can chain a second list off the first when the topic is large.

The science: Quinlan (2005) and Ryan, Nolan and Yoder (2000).

How and where you ask matters

Lists spoken with other people present, reading level, language and even age all change what gets said.

What we do: we let people answer privately in their own words, whether typing or speaking. We never suggest an answer for them.

The science: Quinlan (2005) and Meireles and colleagues (2021).

Optional

Going deep with math and statistics.

When you want numbers to stand behind the words, more phases follow. A freelist on its own cannot feed the cultural consensus model. Weller gives the reason on page 351 of her 2007 guide: that model needs one answer per question, where a freelist gives many answers at once. A freelist still gets an analysis of its own, which she names on that same page. The deeper track turns those items into a short structured task, asks a new group to complete it and then checks the answers with Cultural Consensus Theory. Most projects do well with the freelist alone and nothing here pushes you deeper besides your own research needs.

Open the statistics track
First, know the two models and which one we run. Cultural consensus analysis comes in two forms and we keep them distinct, the way the literature does. Both take the same road in: the freelist surfaces the items, the items become a structured task and a new group completes it. That structured task can take more than one shape, such as yes-or-no questions, multiple choice, rankings or ratings. Which model fits depends on the shape of the answers. The formal model takes answers with a right-or-wrong structure, such as yes-or-no or multiple choice, corrects them for guessing and estimates each person's cultural competence together with the group's shared answer key (Romney, Weller and Batchelder 1986). The informal model works from how much people agree with one another. It fits rankings and ratings. It also fits yes-or-no answers (Weller 2007, page 365). Where the order of an answer carries meaning, page 352 makes it the only model that applies. We are building the confirmatory round now. Our free tool today reads freelists. It reports which items people name and where roles overlap. It holds back the consensus numbers, because freelist data cannot carry them. We are adding the salience scores, with a range beside each one and the page behind each column. The model itself is mathematics. Fitting it to a real group's answers is where established statistical methods come in.
How many people does this take? Fewer than most surveys expect. Romney, Weller and Batchelder (1986) show on page 326 that nine people with strong agreement can classify 95% of the answers at a .99 confidence level and they stand behind results from “a half-dozen or so informants” where concordance is high (page 333), while calling their table a rough guide rather than gospel. Weller (2007, pages 353 to 355) advises planning for about thirty people per group when agreement cannot be known in advance and notes that four can be enough when consensus is extremely high. This matters for who gets counted: a small community can carry full mathematical and statistical weight when the research is done well, so smaller groups are not overshadowed by larger ones.
What we’ve checked so far. Our engine reproduces the worked example from the 1986 Romney, Weller and Batchelder paper. The math lines up with the source. The part that finds smaller groups inside a group that does not agree is different. We have only run that on data we built for testing. It has never been run on a real study. We would rather say so than let anyone assume otherwise. If you have run this on real data or you want to, then please let us know.
Next, cultural consensus: does the group truly share one understanding? A first group answers your freelist question. Their answers become a short set of yes-or-no questions. Then a new, larger group answers those questions. Weller and her colleagues picked a second group that better matched the wider community. A first group gathered for convenience may not. Some questions are asked backwards on purpose, such as, “The renewal paperwork is easy to finish on time.” If people are answering carefully, they will disagree with that one. What you get: a clear answer to whether this group shares one picture of the problem and how strongly. When they do not agree, the result says so and stops there. It does not average the disagreement away. Naming the smaller groups inside is a further step, run on groups you name in advance. This round is what we are building next. It will come with a spreadsheet you can download. The science: Romney, Weller and Batchelder (1986), Weller (2007) and Weller, Johnson and Dressler (2023).
Last, cultural consonance: how far is each person from what the group shares? Consonance measures the distance between what the group agrees matters and what each person can actually do in their own life. When everyone agrees a step matters and many people still cannot take it, the blocker is in the system, not the person. Try the consonance tool or go straight to running it on your own data, which also gives you a spreadsheet to download, free. The science: developed by Dressler and colleagues in the 1990s, refined since the 2000s and extended in 2024. Consonance only means something once consensus is established.