If nature finds the best way, then move in a spiral pattern to get there the quickest, from the UCLA Newsroom:
The team developed a lensless computational imaging platform that accurately tracked more than 24,000 individual sperm cells in a large volume. This involved observing the individual rotations of each sperm cell, including helical movement patterns, rotation speed, and linear and curved distances traveled.
90% of them move in a right-handed spiral – damn I’m left-handed – and they move fast for microscopic entities, 20-100 micrometers/second.
That’s a big difference in speed…one sperm cell could be 5x faster than his brother.
![3-d-helical-motion-helical-sperm-cell-ucla-scientist-engineer-Aydogan-Ozcan-image](http://1x57.com/wp-content/uploads/2012/09/3-d-helical-motion-helical-sperm-cell-ucla-scientist-engineer-Aydogan-Ozcan-image.jpg)