Find out the latest indie author news. For FREE.

ADVERTISEMENT

Formats
Paperback Book Details
  • B0BP3YH2TQ
  • pages
  • $
Quantum Mechanics, Cancer, and Scientific Silos: A Simple Introduction to Baffling Mysteries
Are you interested in scientific mysteries of the universe? How about quantum mechanics, the current explanation for the behavior of atoms? Have you heard of the strange implications of the theory, such as spooky action at a distance, fuzzy location of atomic particles, or human consciousness changing physical reality? Do you wonder how the atomic world could be so unusual? How about cancer research and treatment? Do you question why we are making such great progress in the laboratory, with exciting new biological and technological advancements, yet survival for many of the worst cancers remains stubbornly unchanged? Would you like a simple, conversational text focusing on the big picture for quantum mechanics and cancer? A text that explores both the scientific issues and the cultural ones that impact progress. If so, this book was written for you to read. The purpose is to provide a glimpse into the mysteries, debates, progress, and roadblocks around quantum mechanics and cancer research, from parallel perspectives. We will examine the issues in a fashion befitting the solemnity of the topics, but we will also have some fun doing it.
Reviews
Physician-scientist Riordan, writing under a pen name, explores the complexities of quantum mechanics while recounting stories of the scientific silos he experienced in the realm of his professional cancer research. In the process, he lays out possibilities for alternatives to the mainstream quantum mechanical theory—both “shadow waves,” which he considers as merely something “to have some fun and encourage you to keep asking questions,” and “pilot wave theory,” which he terms a “serious and legitimate competitor to quantum mechanics.” Overall, Riordan sees the current interpretation of quantum mechanics as “ugly” and encourages readers to consider other options for explaining how our world works.

Riordan (author of Destined to Recover) defines complex concepts simply, using a minimum of math aided by several diagrams, making his material more accessible for those readers without advanced scientific backgrounds. His skepticism about traditional quantum mechanics is evident throughout, as he urges readers “to address the complexity and ugliness of quantum mechanics head on, but then to look for the hidden beauty underneath, the waves” and cautions against traditional viewpoints that paint the Copenhagen Interpretation as unified and complete. When exploring alternatives, Riordan expertly delves into how silos have created problems and barriers in his own field of cancer research, though he advises at the same time to “not lose sight of the essential value of silo-based research.”

Riordan covers a great deal of ground in a relatively short amount of space, addressing the aesthetic appeal of straightforward physical models in graspable terms and raising interesting questions about how to judge conventional physics theories, all while highlighting the social dynamics and principles that guide scientific research. Though Riordan’s writing structure can feel disjointed at times, his passion for the field is apparent. The abundance of further reading material included at the end of each chapter rounds out this provocative guide.

Takeaway: Provocative guide examining the mysteries of quantum mechanics.

Comparable Titles: Lee Smolin’s Einstein's Unfinished Revolution, Leonard Susskind and Art Friedman’s Quantum Mechanics.

Production grades
Cover: C+
Design and typography: B+
Illustrations: A
Editing: B-
Marketing copy: B

Formats
Paperback Book Details
  • B0BP3YH2TQ
  • pages
  • $
ADVERTISEMENT

Loading...