The discussion critiques Loop Quantum Gravity (LQG) by highlighting its reliance on a specific topology (M3*R) and questioning the exclusion of other topological sectors, which may limit the theory's physical relevance. Concerns are raised about the choice of SU(2) as the gauge group, suggesting it may lead to a "landscape problem" and that LQG's treatment of spacetime and matter lacks a unified approach. The role of the cosmological constant and the implications of the holographic principle are also examined, indicating that LQG does not adequately address these fundamental aspects. Additionally, the conversation touches on the need for a more comprehensive understanding of renormalization in the context of quantum gravity. Overall, the thread emphasizes the necessity for LQG to evolve and incorporate broader theoretical frameworks to remain relevant in the field of quantum gravity.