Books

This book contains my lecture notes for the Winter 2013, University of Toronto Condensed Matter Physics course (PHY487H1F), taught by Prof. Stephen Julian.

These are my personal lecture notes for the Fall 2011, University of Toronto Quantum mechanics II course (PHY456H1F), taught by Prof. John E Sipe.

This book contains notes for the Winter 2015 session of the University of Toronto Graduate Quantum Mechanics course (PHY1520H), taught by Prof. Arun Paramekanti.

This is a set of course notes from the Fall 2018, University of Toronto Quantum Field Theory (PHY2403), taught by Prof. Erich Poppitz.

These are notes for a course dealt with the analysis and design of a range of antennas. This course was taught off of slides, which did not facilitate good note taking, so these notes are intended as supplementary text, with the assumption that the reader also has the course textbook (Balanis.)

We live in a universe of 3-dimensional, surrounded by forces of 6-dimensional. But, it is almost impossible for us to go higher than the tenth dimension.

Lastly, there is no such thing as Hawking Radiation. Quantum Gravity takes into accountability the forces of black holes, anti - radiation and energy that follows as a result of the interaction of three of the four forces of nature.

Lastly, there is no such thing as Hawking Radiation. Quantum Gravity takes into accountability the forces of black holes, anti - radiation and energy that follows as a result of the interaction of three of the four forces of nature.

Employing the extremely lively form of dialogue between the TEACHER and an inquisitive READER, this book comprehensively discusses almost all the subjects in school physics, especially questions usually considered difficult to understand.

This book provides a conceptual approach to solving problems in general physics. Generalized methods, principles and techniques are discussed to foster a deeper understanding of elementary physics. Primary emphasis is on the fundamental principles underlying all topics, thus enabling the reader to solve any problem after mastering this book.

Our planet is warming up. In this short book I will discuss what sets the Earth's temperature and explain why it is increasing. There will be a small amount of mathematics used here and there in the book because this is a "numbers" story. Happily it is not necessary to know much of this at all in order to appreciate the discussion.

Were you ever told that you can't multiply vectors? Did the crazy combinations of signs and derivatives in Maxwell's equations scream "there must be some underlying structure!" Did you ever wonder how to express a general solution of Maxwell's equations? Here's a book that attempts to provide a systematic answer to some of these questions.

My e-book,41 pages,comments The EU Commission´s newly published 5 futureplans from the alternative thinker´s perspective.Commission´s interests broadened on the new,bolder ground,based in the author´s writings for a new paradigm of science and from it deduced new solutions.

Accelerometers are everywhere, and for good reason!  They are both low-cost and low-power and can sense things like motion, impact, and orientation. For the engineer, scientist, or hobbyist, there lies a gap between sensor output and usable information. This book fills that gap.