Forget "speedy boarding": airlines that instruct passengers to board short-haul jets in a seat sequence that begins 30F, 28F, 26F and ends 5C, 3C, 1C could save a fortune by cutting the time the aircraft spends on the ground.
A complex algorithm devised by an American astrophysicist has been shown to double the speed in which passengers board an aircraft.
Dr Jason Steffen, a scientist at the Fermi National Accelerator Laboratory in Illinois, applied mathematical modelling to the problem of boarding a Boeing efficiently.
His solution requires passengers to board from the back of the plane, by alternate rows, filling window seats on one side of the cabin first.
The pattern is repeated for the other side of the cabin, then applied to middle, and then aisle, seats.