A running log of what I’m reading (books, papers, and technical articles), plus short notes and takeaways.
I keep a list of topics and references I want to work through over time.
For each item: what I expected, what I learned, and what I want to follow up.
Why this I’m interested space and new theories regarding black holes. Key takeaway Black Holes could theoritically ‘bounce’ into a White Hole. Questions/Clarification Futher research into quantum mechanics is required for me to completely understand this.
Context I chose this book to gain a more rigorous introduction to aerodynamics and the physical principles governing flight, beyond the simplified explanations typically given at school level. It aligns closely with my interest in aerospace engineering and provides a structured pathway into the subject. Key ideas so far To be explored. Connections The concepts in this book connect directly to mechanics, fluid dynamics, and future study in aerospace engineering, particularly in understanding lift, drag, and airflow behaviour. ...
Context I chose this book to develop intuition for how structures behave and how engineers reason about strength, stiffness, and failure — topics that are often treated too abstractly at school level. The book is recommended on the Cambridge Engineering reading list, and I am using it to build conceptual understanding rather than memorise formulas. Key ideas so far One idea I found particularly compelling is that, for a structure to support a load, it must deform slightly. This answered a question I had often wondered about: how apparently rigid objects can still respond to forces. ...
Context I chose this book to develop a quantitative understanding of energy systems, rather than relying on qualitative or oversimplified arguments about sustainability. It is recommended on the Cambridge Engineering reading list and is well known for emphasising numbers, scales, and physical limits. Key ideas so far To be explored. Connections This book is relevant to any field of engineering that interacts with large-scale energy systems, including transport, power generation, and long-term infrastructure planning. ...