Framboids

The book by David Rickard, world authority on sulfide chemistry, geochemistry, geomicrobiology, biogeochemistry and ore geology, opens the doors of this fascinating world... David Rickard has condensed in a relatively small book a wealth of information which makes it a reference text certainly for many years to come * Massimo Nespolo, Acta Crystallographica *
Framboidal pyrite; a riddle wrapped in a mystery inside an enigma. An engaging text on mineral morphology seems a contradiction in terms, but Rickard's superbly crafted book will surprise and inform readers at all levels. Popular audiences will be awestruck by the sheer profligacy of framboid formation: more than ten thousand billion framboids are formed every second, giving a worldwide abundance a billion times larger than the number of sand grains on Earth. Professionals will get a closer look into the physio-chemical controls of burst nucleation that produce the exquisite architecture of framboidal pyrite * Rob Raiswell, School of Earth and Environment, University of Leeds *
There is a mystery behind framboids. They represent fool's gold, many compare their appearance to that of a tasty raspberry, and they're invisible to the naked eye. In this book, Dave Rickard expertly provides readers with the most recent data about framboids, and he also delves into the history and future of framboids. This is a must-have for Earth scientists, chemists, and materials scientists. * Zbigniew Sawłowicz, Institute of Geological Sciences, Jagiellonian University *
I found Framboids to be a fun and highly educational read. Ever since I first saw a pyrite framboid, I wondered how these entities could arrange themselves in such beautiful symmetries. In this book, David Rickard documents how other compounds generate framboids and that these materials are everywhere even though they cannot easily be seen. Rickard does a spectacular job in providing the history of their discovery, starting with optical microscopy through more advanced electron microscopy methods. For the scientist who wishes to understand the physical and chemical forces that align microcrystals into framboids, he provides an exquisite step-by-step dissertation regarding their formation, growth mechanisms, nucleation, self-assembly, and self-organization. * George W. Luther, III, School of Marine Science and Policy, University of Delaware and author of Inorganic Chemistry for Geochemistry and Environmental Sciences *