The most romantic penguin tale ever told! Here is the classic tale of Cinderella, featuring a cast of penguins. Poor Cinderella Penguin. Her stepmother and stepsisters are off to the Penguin Prince's ball, and she's left behind and feeling very sad. That is, until the Great Fairy Penguin arrives to grant her greatest wish. Cinderella Penguin is going to the ball! Based on the Academy Award-nominated NFB animated film, this is a Cinderella story for the 21st century. Recommended reading age...

This much-loved Hans Christian Andersen classic is repopulated with a cast of penguins, and the Emperor is the best dressed of them all. When two scoundrels convince him that they can make him a suit of magic cloth, it’s not just the Emperor’s vanity that is showing when he wears it in the grand parade for all to see! Recommended reading ages 4 - 8

When a lonely Penguin Prince meets the Penguin Princess of his dreams, he asks for her fin in marriage. But can she pass the pea test and prove that she is a real princess? Janet Perlman, an award-winning animator, creates a colorful cartoon kingdom of penguin characters that are expressive and charming. This retelling of the classic tale is guaranteed to bring on the giggles! Children aged 4 - 8

When a lonely Penguin Prince meets the Penguin Princess of his dreams, he asks for her fin in marriage. But can she pass the pea test and prove that she is a real princess? Janet Perlman, an award-winning animator, creates a colorful cartoon kingdom of penguin characters that are expressive and charming. This retelling of the classic tale is guaranteed to bring on the giggles! Read-Aloud edition with text highlighting. Children aged 4 - 8

Physics of Thin Films is one of the longest running continuing series in thin film science, consisting of 25 volumes since 1963. The series contains quality studies of the properties of various thin films materials and systems.In order to be able to reflect the development of today's science and to cover all modern aspects of thin films, the series, starting with Volume 20, has moved beyond the basic physics of thin films. It now addresses the most important aspects of both inorganic and o...