ScienceThe Physics of Swing: Why a Cricket Ball Curves in the Air
How seam angle, surface condition and speed combine to make a cricket ball swing, and why cloud cover and a shiny side matter so much.
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15 original long reads in this topic.
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ScienceHow Spin Actually Works: Drift, Dip and the Magnus Effect
A plain-English guide to how spinners make the ball drift, dip and turn, from revolutions on the ball to the Magnus effect and the bounce off the pitch.
ScienceWhat Makes a Pitch Turn or Seam? Reading the Strip Day by Day
Soil, grass, moisture and wear explain why some pitches seam, others turn, and why a surface can change character across a five-day Test match.
ScienceCork, Twine and Leather: How a Cricket Ball Is Made
From a cork core to hand-stitched leather and a raised seam, here is the craft that goes into the hard red or white ball used in top-level cricket.
ScienceInside a Cricket Bat: Willow, Grades and the Art of Pressing
Why English willow is prized, how bats are graded, pressed and shaped, and why two bats that look alike can feel completely different in the hand.
ScienceShine On: Why Fielders Polish Only One Side of the Ball
The logic behind keeping one side of the cricket ball shiny and the other rough, how it helps swing, and what the laws say you may and may not do.
ScienceWho Writes the Laws of Cricket? The MCC, the ICC and the Small Print
How the Laws of Cricket are written and updated by the MCC, how the ICC adds playing conditions, and why a Test and a village match differ.
ScienceReading Between the Lines: What a Cricket Scorecard Reveals and Conceals
A scorecard is more than runs and wickets. Learn how to read strike rates, extras, partnerships and bowling figures, and what the numbers leave out.
ScienceHow Bowling Speed Is Measured, and What the Number Really Means
From radar guns to camera tracking, here is how a fast bowler's speed gets on the screen, and why a single figure can mislead as much as it informs.
ScienceLess Than Half a Second: The Science of Facing Fast Bowling
How batters see, predict and respond to a fast delivery in well under a second, and why anticipation matters more than raw reflexes.
ScienceWhy Cricket Starts When It Does: Time Zones and Television
From 9.30am starts in India to floodlit finals in prime time, here is how daylight, time zones and broadcasters decide when cricket begins.
ScienceReading Player Statistics Without Being Fooled
Averages and strike rates tell a story, but only with context. Learn how era, pitches, sample size and role can change what the numbers really mean.
ScienceA Day with the Groundstaff: The Work Behind Every Match
Before the first ball is bowled, groundstaff have been up for hours. Discover how mowing, rolling, covering and repair make every cricket match possible.
ScienceWhat Really Happens During a Rain Delay
Covers on, players off, umpires pacing the outfield. Here is what goes on behind a cricket rain delay and how restart decisions are made.
ScienceOver Rates and the Clock: How Cricket Manages Time
Why do slow over rates matter? Explore how cricket measures time, the penalties teams face, and the clock rules brought in for the shorter formats.