March Madness at 76: Every Extra Place Goes to the Teams With the Best Résumés

Where the eight places went

The field grows from 68 to 76. Automatic qualifiers stay at 32.

College football answers the same questions differently — see the College Football Playoff format.

So every one of the eight new places is an at-large bid, taking that pool from 36 to 44.

That single line contains the whole argument about the expansion, and it is worth spelling out, because “more teams” sounds like it should benefit smaller programmes.

It does the opposite.

A small conference already has a guaranteed place: win your conference tournament and you are in. The number of those places is fixed at 32 and did not move. What a small-conference team gains from expansion is nothing, unless it was going to be one of the very best non-champions in the country — which, by definition, it usually is not.

The teams that gain are the ones that finish second, third, fourth or fifth in a strong league. They do not win automatic bids, they compete for at-large ones, and there are now eight more.

The Opening Round is bigger, and the bracket is unchanged

The First Four becomes the March Madness Opening Round: 12 games, 24 teams, and the 12 winners advance into a main bracket that is still 64.

Half the games — six — are between the lowest-seeded automatic qualifiers. The other six are between the lowest-seeded at-large teams.

Keeping the main bracket at 64 is the structurally important decision. A 76-team single-elimination bracket does not exist naturally; brackets want powers of two. By funnelling 24 teams into 12 places, the NCAA preserves the shape that the tournament’s entire identity rests on — four regions, sixteen seeds, a bracket that fits on one sheet of paper and can be filled in by anyone.

That bracket is the product. It is why the tournament is called March Madness and why an office pool is possible. Expanding to 76 without touching it is the only version of expansion that could have been sold.

The separation of the two Opening Round pools

Six games between automatic qualifiers, six between at-large teams. The two groups do not meet.

This is a fairness provision, and a subtle one.

A conference champion who won a one-bid league is a different kind of team from a 20-13 major-conference side that finished seventh. Their records are not comparable, their schedules are not comparable, and seeding them against each other would produce mismatches that look like punishment for winning your league.

By keeping the pools separate, the NCAA ensures that a small-conference champion’s play-in opponent is another small-conference champion, and that the last at-large teams have to beat each other for the privilege of a first-round game.

What actually decides who gets in

The selection machinery is unchanged, and it is more human than people assume.

The committee builds a seed list ranking every team in the field from strongest to weakest, and that list determines placement into the bracket. It does not have to be constructed strictly from the top down; different portions can be seeded at different times.

NET — the NCAA Evaluation Tool — is a sorting device, not a ranking that decides anything. It organises résumés on the committee’s evaluation sheets.

What the committee actually reads is quadrant records. Every game a team played is filed into one of four tiers based on the opponent’s NET ranking and where the game was played, because a road win over the 60th-best team is worth more than a home win over the same opponent. Quadrant one is the best wins available; quadrant four is where reputations go to die.

Then strength of schedule, and the rest of the résumé.

This is a deliberately non-mechanical system. A formula could produce the field in seconds. The NCAA does not use one, because a published formula would be optimised against — schedules would be built to game it, exactly as they were when the RPI was the standard.

Compare FIFA’s world ranking, which took the opposite route and published the whole calculation, and lives with the consequences.

The S-curve, and why regions are balanced

Once the seed list exists, teams are placed by S-curve: the strongest number one seed goes into a region with the weakest number two, the strongest number three, the weakest number four, and so on down.

The purpose is to make the four regions equally difficult. Without it, the best team in the country could end up in the same quarter of the bracket as the best two seed and the best three seed, and the tournament’s path to the Final Four would be a lottery of placement rather than a test.

It is the opposite philosophy to the NHL’s fixed divisional bracket, which accepts unbalanced paths in exchange for rivalry and geography. College basketball has no equivalent rivalry argument — the teams are drawn from across a continent — so it optimises for balance instead.

The objection worth taking seriously

Expansion’s critics do not argue that 76 is too many games. They argue that the eight new teams are, by construction, the eight teams the committee already judged least deserving.

The 69th-best team in America is not a Cinderella. It is a middling major-conference side with a losing record in quadrant one, and it will lose. Adding it does not add drama; it adds a game.

Meanwhile the tournament’s most valuable asset — the belief that a 16 seed from a tiny conference might beat a 1 — is untouched by expansion, because that team was already in.

The counter-argument is money and access: more teams means more programmes with a season that matters in March, more inventory to sell, and a broader base of institutions with something to play for.

Both are true. Which one matters more depends on whether you think the tournament’s job is to be the best possible test or the widest possible opportunity — the same question the Champions League answered by expanding to 36, and for the same reasons.

For the game itself, see basketball rules.