This monograph is composed of three parts: Parts I and III exclusively collect the remaining of my published and unpublished manuscripts that have been excluded from my earlier texts. Part II contains revised chapters from Ionization Energy Theory (IET) Volumes I and II (either published, or have been submitted for publication in peer-reviewed journals). Part I collects all the published and unpublished papers that are scientifically ambiguous and/or physically not convincing. Mostly concerned with normal state resistivity in cuprates, which include Hall resistance and Hall-Lorenz ratio, as well as a chapter on non-blinking quantum dots. Part II selects the chapters that have been revised from IET Volumes I and II. Here, the revised chapters are on hydration energy, Pancharatnam phase, Raman effect, structural phase transition, theory of superconductivity in cuprates, entropy, special relativity and the two-slit experiments. A brand new chapter on superfluidity due to Ramachandran pairing is also included. The remaining four chapters in Part III contain some scientifically correct analysis but were excluded from IET: Volumes I and II. These analysis are on the effect of quantum dots interacting with their respective substrates, Pancharatnam filling factor in quantum Hall metals, gas sensing mechanism and the accuracy of quantum adiabatic theorem. This monograph is composed of research manuscripts, and therefore, it is suitable for research scientists (both junior and expert).