Exciting Beginning Reader When a boy loses his best car under his bed, he discovers a magic trap door that will take him to the past. In this first adventure, the trap door opens into the time of the dinosaurs. In Magic Trapdoor Beginning Readers, short and simple sentences tell an exciting story. Call-out text boxes expand the learning experience with nonfiction text designed for a parent, teacher or older sibling to read. Leveling note: If the story on it's own is read, the book has a 0.9 ATOS level and is ideal for Kindergarten and other beginning readers. When the book is read in its entirety, it has a 4.3 level and is perfect for 3rd-grade readers.

WINNER OF THE NEWBERY MEDAL • WINNER OF THE ASIAN/PACIFIC AMERICAN AWARD FOR CHILDREN'S LITERATURE • #1 NEW YORK TIMES BESTSELLER Would you make a deal with a magical tiger? This uplifting story brings Korean folklore to life as a girl goes on a quest to unlock the power of stories and save her grandmother. Some stories refuse to stay bottled up... When Lily and her family move in with her sick grandmother, a magical tiger straight out of her halmoni's Korean folktales arrives, prompting Lily to unravel a secret family history. Long, long ago, Halmoni stole something from the tigers. Now they want it back. And when one of the tigers approaches Lily with a deal--return what her grandmother stole in exchange for Halmoni's health--Lily is tempted to agree. But deals with tigers are never what they seem! With the help of her sister and her new friend Ricky, Lily must find her voice...and the courage to face a tiger. Tae Keller, the award-winning author of The Science of Breakable Things, shares a sparkling tale about the power of stories and the magic of family. "If stories were written in the stars ... this wondrous tale would be one of the brightest." —Booklist, Starred Review

Do you believe in magic? Violet and her friends do! And when they meet the Star Animals, a whole world of magical adventures unfolds in this new chapter book series featuring black and white illustrations throughout. Violet and her star animal, a wildcat named Sorrel, must use their special powers to stop the forces of dark magic. But when a run of bad luck hits the local gym team, the Star Friends suspect that dark magic is behind it. But are their Star Magic skills strong enough to hold back the dark magic? In the Star Friends chapter book series, Mia and her friends Lexi, Sita, and Violet all discover that they are Star Friends -- they can communicate with the animals that have traveled from the Star World. The animals show the girls how to use their unique magic abilities to do good. A whole world of magical adventures awaits!

Friends, justice, and . . . lemonade? Evan and Jessie are hot on the trail of the missing lemonade-stand money. Follow this brother-sister duo as they take justice into their own hands and explore the meaning of fairness, integrity, and repairing relationships on the playground and in business in this installment of the award-winning Lemonade War series. Evan Treski thinks fourth grader Scott Spencer is their prime suspect, so he challenges him to a game of basketball. But his little sister Jessie disagrees. Her solution? Turn the playground into a full-blown courtroom with a judge, jury, witnesses . . . and surprising consequences. But what happens when neither solution is what they expected? Can these siblings solve the mystery on their own or will they need to work together after all? And will the lemonade money ever be found? Humorous and emotionally engaging, this entertaining novel is full of ideas for creative problem solving, definitions of legal terms, and even analytical thinking. The five books in this fun-to-read series are: The Lemonade War The Lemonade Crime The Bell Bandit The Candy Smash The Magic Trap

What would our world be like if magic and monsters truly existed? What is the gods once roamed the world and shaped it to their vision? Will you go quietly into that dark night, or will you fight the oncoming storm? What will you do when adventure comes calling? Modern is the foremost in Urban Fantasy gaming. Learn forbidden secrets. Build unique characters. Cast world-shaking spells. Confront the evils of our world. The Modern RPG system is designed to allow you to play in a realistic world where magic and monsters have always existed. It allows you to explore you own world through the lens of magic and mystery. With this book, you can explore any adventure you can imagine. Explore your world through the eyes of the City Elves, the industrious Dwarves or clever Gnomes. Become a Fighter who battles for a cause. Take up the spiritual mantle of the Shaman and strike deals with spirits older than mankind. Become the hero this world needs. Modern RPG includes.. Unique Character Creation that gives you the power. A Familiar Pathfinder system with some unique twists. Skills, Feats and Spells to power your adventures. A sample story to get you started in the Modern World. Everything you need to play!

In a world where fantasy is reality, you ARE the dragon.

This thesis unites the fields of optical atomic clocks and ultracold molecular science, laying the foundation for optical molecular measurements of unprecedented precision. Building upon optical manipulation techniques developed by the atomic clock community, this work delves into attaining surgical control of molecular quantum states. The thesis develops two experimental observables that one can measure with optical-lattice-trapped ultracold molecules: extremely narrow optical spectra, and angular distributions of photofragments that are ejected when the diatomic molecules are dissociated by laser light pulses. The former allows molecular spectroscopy approaching the level of atomic clocks, leading into molecular metrology and tests of fundamental physics. The latter opens the field of ultracold chemistry through observation of quantum effects such as matter-wave interference of photofragments and tunneling through reaction barriers. The thesis also describes a discovery of a new method of thermometry that can be used near absolute zero temperatures for particles lacking cycling transitions, solving a long-standing experimental problem in atomic and molecular physics.