In Simple Words
Payday effort cycles resemble students studying for a final exam: when the test is weeks away, studying feels unrewarding, but as the deadline approaches, effort spikes dramatically. When workers are far from payday, the distant reward fails to overcome immediate laziness, but proximity to payday brings immediate gratification that drives higher productivity.
Observed workers by payday sensitivity
- Low payday sensitivity
- Group used for comparison
- High payday sensitivity
- Contract choice 20.6 percentage points higher
After two months workers with high payday effects were 20.6 percentage points more likely to choose commitment contracts than workers with low payday effects. Sensitivity groups were not randomly assigned. Observed sensitivity groups after two months; 73% relative difference. No causal effect of sensitivity is established.
See source →Research question
Workers suffering from present bias exert uneven effort across payment cycles, procrastinating when payday is distant and escalating work effort as payday approaches.
Participants
N = 102 data entry employees in Mysore, India.
Study Design
Randomized Controlled Trial (RCT) randomly assigning workers to staggered weekly paydays (Tuesday, Thursday, or Saturday) to test effort variations across the pay cycle.
Results
Workers exhibiting above-average payday effects were 13.8 percentage points more likely to select positive production targets, selected targets that were 351 fields higher, and after two months were 20.6 percentage points (73%) more likely to select commitment contracts, yielding a 9% output increase when commitment contracts were offered.
Takeaway
Shorten compensation cycles or establish frequent micro-payout milestones to minimize temporal distance between worker effort and financial reward.
Source and citation
See source →Read alongside the research
Plain-English glossary
Original explanations, informed by the references below. Examples are illustrations, not data from the studies above. The research text stays unchanged.
- Percentage points
The difference between two percentages.
ExampleA rise from 40% to 50% is 10 percentage points. Relative to the starting value, that is a 25% increase.
Office for National Statistics · Percentages ↗Read more about percentage points →- Randomized controlled trial
A study that uses chance, like drawing lots, to decide who receives each option being compared. Researchers compare the groups’ outcomes to estimate the effect of those options.
ExampleA lottery assigns volunteers to a training programme or a comparison group. Researchers then compare their outcomes.
GET-IT glossary · Randomized study ↗Read more about randomized controlled trial →