user_mobilelogo

"The most prolific and gifted writer in the [popular science] genre." Peter Forbes, The Author

Nature's Patterns : A Tapestry in Three Parts, Shapes, a book by Philip Ball   Nature's Patterns : A Tapestry in Three Parts, Flow   Nature's Patterns : A Tapestry in Three Parts, Branches, a book by Philip Ball

"wide-ranging, intelligent and non-dogmatic... a lucid and companionable guide to some of the big issues in science, past and present."
Martin Kemp, Times Literary Supplement


"Ball is capable of making us gasp at worlds both tiny and huge."
Nicholas Lezard, The Guardian (on Flow)


"Extremely high-end popular science, with constant reference to the physical business of actual experiments and careful disclaimers about modelling assumptions. Ball evinces a rigorous, patient curiosity, with an occasional flourish of authentic style."
The Guardian (on Branches)


"Packed with inspiring images of natural patterns, including the perfect hexagons of the bees’ honeycomb and the angelfish’s stripes, Shapes answers questions such as what makes seawater foam like the frothy head of a beer?"
New Scientist (on Shapes)


"From the curl of a ram’s horn to patterns of spider webs and the development of an embryo, Ball examines the possible causes of the shapes and forms we observe. His book contains a lot of fascinating detail about the different physical, chemical and evolutionary processes at work."
The Economist (on Shapes)


"Ball has done a brilliant job of leading us through many of the complexities of modern research on the shapes adopted by natural species."
Chemistry & Industry (on Shapes)


"highly stimulating and entertaining reading. This slim little work, which may at first sight appear somewhat puny and unpromising, manages to pack a great deal of punch." Chemistry & Industry (on Flow)


 

Book covers

News from Philip

LATEST PUBLICATION

"All set for chemistry", Chemistry World June 2015, p46-49.
Available here.

P. Ball & J. E. Hallsworth, "Water structure and chaotropicity: their uses and abuses", Phys. Chem. Chem. Phys. 17, 8297-8305 (2015).
Available here.