There has been an explosion of interest in the study of molecular crystals, and their applications in optics and electronics. This advanced 1994 textbook describes their chemical and physical structure, their optical and electronic properties and the reactions between neighbouring molecules in crystals. The author has taken into account research areas which have undergone extremely rapid development since the first edition was published in 1987. For instance, this edition features the applications of molecular materials in high-technology devices. There is also an additional chapter on C60 and organic non-linear optic materials. The level of treatment is aimed at first-year postgraduates or workers in industrial research laboratories wishing to gain insights into organic solid state materials. Molecular Crystals is also suitable for special topics in final year undergraduate courses in chemistry, physics and electronic engineering.

J. D. Wright's third book is about fun and STEM (Science, Technology, Engineering, and Math).Our “STEM Coloring and Activity Book” is a 100-page book that focus on the vocabulary of STEM through games and activities. This book encourages the possibilities of creation while cultivating imagination, career awareness, and self-confidence. Targeting ages 7 and up, this book includes coloring pages, cyber safety information, study flash cards, and word games.

Abandoned on the streets in the middle of a riot, Mike Callen's summer trip to Paris wasn't supposed to be like this. Amidst burning cars and Molotov Cocktails flying through the night, Mike fears for his life until he is rescued by the most unlikely of people; a stunning woman on horseback. Sharing a passion for world travel, their friendship soon becomes something more until a force of nature robs one of them of their memory and threatens to tear them apart.

This book describes the chemical and physical structure of molecular crystals, their optical and electronic properties, and the reactions between neighboring molecules in crystals. In the second edition, the author has taken into account research that has undergone extremely rapid development since the first edition was published in 1987. For instance, he gives extensive coverage to the applications of molecular materials in high-technology devices (e.g. optical communications, laser printers, photocopiers, liquid crystal displays, solar cells, and more). There is also an entirely new chapter on the recently discovered Buckminsterfullerene carbon molecule (C60) and organic non-linear optic materials.