Ajani Buhari is an impoverished seven-year-old adoptee anchored in his own troubles when he is thrown right into the middle of a vindictive plot to teach an arrogant, pompous, xenophobic billionaire a lesson. Unfortunately, this lesson will come by way of his own emotionally scarred, big-hearted, and cocaine-addicted daughter. Unbeknown to them all, Ajani possesses a phenomenon never discovered in any human being that has ever walked on the earth. Ajani's abnormality is haphazardly discovered by school nurse Sharon Adams, who was subsequently given a death sentence because of the onslaught of an extremely aggressive and malignant form of cancer. After Sharon aids Ajani with an injury after a classroom donnybrook, her life is turned upside down when she goes in for her scheduled chemo therapy session but the oncologist can find no trace of the cancer. No oncologist in the world can make any professional sense of her remarkable and completely unheard of recovery sparking a federal investigation the like no other. The United States government will stop at nothing to find, contain, and control what they don't quite yet understand but threatens the world's pharmaceutical industry ultimately altering humanity forever.

Beginning 1959 includes annual report of the Oil and gas section (formerly issued separately).

This book is based on an in-depth filmed conversation between Howard Burton and former mathematical physicist and writer Freeman Dyson, who was one of the most celebrated polymaths of our age. Freeman Dyson had his academic home for more than 60 years at the Institute for Advanced Study in Princeton. He has reshaped thinking in fields from math to astrophysics to medicine, while pondering nuclear-propelled spaceships designed to transport human colonists to distant planets. During this extensive conversation Freeman looks back on his simultaneously transformative careers in theoretical physics, mathematics, biology, rocket ship design, nuclear disarmament and writing. This carefully-edited book includes an introduction, Pure and Applied, and questions for discussion at the end of each chapter: I. Debating Exceptionalism - Personal and professional II. In Praise of Rebels - Moving science forwards III. Against Reductionism - Valuing the specific IV. Foundational Issues - From the anthropic principle to free will V. Current Mysteries - From dark energy to quasicrystals VI. The Origin of Life - RNA as a parasite VII. Space Travel - Manned vs. unmanned VIII. Science and Society - Climate change and more IX. Religion - Another path X. Final Thoughts - Neuroscience and Chinese string theorists About Ideas Roadshow Conversations Series: This book is part of an expanding series of 100+ Ideas Roadshow conversations, each one presenting a wealth of candid insights from a leading expert in a relaxed and informal setting to give non-specialists a uniquely accessible window into frontline research and scholarship that wouldn't otherwise be encountered through standard lectures and textbooks. For other books in this series visit our website (https://ideas-on-film.com/ideasroadshow/).

Genes have a huge impact on who we are, from defining us as humans, to governing how we behave. Whether controlling our cells or creating new forms of life, discover how DNA makes each of us unique. In The Secret Life of Genes, you'll learn all about the past, present and future of the human genome. Filled with colourful, graphic illustrations to help you to understand the world of genetics, from the basics to the most complex theories, this book brings the inner workings of the human body to life. Derek Harvey answers the biggest questions, from the nature of inheritance, evolution and reproduction, to how genes are arranged and how DNA is read. Take a trip through the history of the world's DNA and unlock the future of the field.

Lianwei Li's Ph.D. thesis solves a long-standing problem in polymer physics: how does a hyperbranched chain pass through a cylindrical pore smaller than its size under an elongational flow field? The question was asked by the Nobel Laureate, the late Professor de Gennes in the 70s but has never been seriously addressed through real experiments. This thesis outlines how Lianwei Li developed a novel polymerization strategy using a seesaw-type macromonomer to prepare a set of "defect-free" hyperbranched chagins with different overall molar masses and controllable uniform subchain lengths. The author then unearthed how the critical (minimum) flow rate at which a hyperbranched chain can pass through the pore, is dependent on the overall molar mass and the subchain length. The experimental results give a unified description of polymer chains with different topologies passing through a small cylindrical pore, which enables us to separate chains by their topologies instead of their sizes in ultrafiltration. In addition, this research also reveals how the chain structure of amphiphilic hyperbranched block and graft copolymers affect their solution properties, including the establishments of several classic scaling laws that relate the chain size and the intrinsic viscosity to the overall molar mass and the subchain length, respectively. This work has led to numerous publications in high-impact peer-reviewed journals.