Explore groundbreaking research on entanglement renormalization circuits in quantum computing through this conference talk presented at the 18th Theory of Quantum Computation Conference (TQC 2023). Discover how to prepare large-scale entangled states using quantum circuits, with a specific focus on solving the long-standing mystery of scale-invariant entanglement renormalization circuits for chiral topological order. Learn about the innovative MERAQLE (MERA with quasi-local evolution) approach, which combines conventional multi-scale entanglement renormalization ansatz circuits with quasi-local evolution to prepare various chiral topologically ordered states, including those equivalent to Laughlin's bosonic fractional quantum Hall state and states with Ising-like non-Abelian fusion rules. Delve into cutting-edge theoretical quantum information science presented by researcher Guanyu Zhu at the University of Aveiro, Portugal, as part of a leading international conference dedicated to advancing quantum computation, communication, and cryptography.