The book Quantum Computing without Magic is by Zdzislav Meglicki. 
I got the 2008 Indian Edition. 

The books starts by discussing the basics of digital electronics like Registers. 
It then move on to discuss qubits and then towards (mainly) controlled NOT gate. 
The book takes a quantum circuit (Real circuit unlike the logical one with quantum gates) 
working on principles of Quantum Mechanics called the Quantronium and explains the interesting super conducting principles like the role of cooper pairs based on the same.

As the title mention this is a book for the physics savy quantum engineer. 
The core concepts of physics like oscillations and precession finds their place in this book. 
Rabi Oscillations and Larmour precession are mentioned in detail.For comparing this book to Nielsen and Chuang(N&C)  ,N&C does not mention about Larmour precesson. Rightly so because It is dealing with the Quantum computation and Quantum information aspects.  Even though this is a physics savy book you will be surprised to see a matrix or calculation almost on every third page.  Understanding linear algebra and related concepts are an absolute must for finishing this book. Logical circuits diagrams are very less and there are more graphs and trend charts.  While N&C has many logical circuit diagrams which will help the reader to directly try out the same on the Online Qunatum platforms. 

The symbols and terminology used for the mathematics follow an elegant but rather cumbersome way, I should say. Around 80 pages are set aside for discussing the Unitary Formalism, which is almost everything an practicing engineer or physicist would ask for.  But I personally felt that understanding this chapter is the toughest thing about this book and would require the greatest effort , seconded by the chapter on bi qubits.

If you like theoretical physics and want to learn spinors, generalised solution to schrodinger equaions etc. This is the book to go. This will set your foundations Rock Solid. But do not expect a direct benefit if you are trying to solve quantum algorithms or  implementing logical gates on online platforms. This book is more towards the engineer with a theoretical inclination.