… a review of geometrical methods employed in the analysis of quantum phase transitions …
introduction to geometric phases and geometric information in the characterisation of quantum …

… of quantum mechanics and introduce some of … quantum mechanics will also be introduced
in other parts of the book as needed. There are several introductions to quantum mechanics at …

… entangled systems involving many multilevel quantum particles. We provide an overview of
the … and manipulation of high-dimensionally entangled photonic systems encoded in various …

… entanglement of quantum states bring new insights regarding the structure of quantum
entanglement … For one, they demonstrate that entanglement can be quantified in a precise and …

… Conversely, for a generic real-valued quantum state with bj = 0, we find DC = 2N − 1 … norm
of the real-valued quantum state. Analogous to the generic quantum state, we now define the …

… of entanglement growth and thermalization in RCs; first we work in the “Schrödinger” picture
and examine the growth of bipartite entanglement in the evolution of quantum states, and …

… metrology, and distributed quantum sensing. The authors address the question of how …
entanglement as well as more general quantum states. This review is presented from a geometric …

… We have added a section on entanglement generation by beam splitting, and a section on
quantum state engineering by photon-level operations on Gaussian states. In Chapter 8 we …

… Interestingly, the concept of measurement-device-independent entanglement witness
which allow one to demonstrate entanglement of all entangled quantum states with untrusted …

… to quantum technologies, this review shows that it is possible to find not only quantum states
… but also the optimal modes in which these states “live.” Finally, details on how to use such …