Apart from his more than

Among the manifold research works of Home with his collaborators, the most significant ones are briefly mentioned as follows:

Having such an efficient generic scheme for generating QE is of considerable importance since QE lies at the core of Quantum Foundations and various applications of Quantum Information Theory. Furthermore, this work suggested a novel form of complementarity between particle distinguishability and the amount of entanglement generated, besides providing one of the ingredients of the seminal work by C. W. J. Beenakker et al. [

For photons, this predicted property of ‘

Other major research contributions of Home with his collaborators are as follows:

- A curious application of the
*Dynamical Model of Spontaneous Wave Function Collapse*in the*cosmological context*, analyzing the role of the liberated energy associated with the wave function collapse process arising from the interaction of a fluctuating scalar field with the matter wave function [**Physics Letters B**679, 167 (2009)]. - A comprehensive and widely cited Review on
*Ensemble Interpretations of Quantum Mechanics*[**Physics Reports**210, 223 (1992)]. - Derivation of new forms of the
*Leggett-type crypto-nonlocal realist inequalities*[**Physical Review A**84, 052115 (2011)] that are free from any geometrical constraint on the measurement settings, thereby enabling their unambiguous empirical scrutiny. - A novel analysis of the role of
*Statistical Fluctuations in Quantum Cryptography*[**Physical Review A**67, 022306 (2003)]. - Formulation of a testable example showing
*Nonlocality of Single Photon States*[**Physics Letters A**209, 1 (1995)].

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