Google has initiated a research awards program targeting academic institutions, focusing on the development of quantum algorithms for early fault-tolerant quantum computers and quantum computing security1. The primary objective is to identify proposals that can minimize the requirements for logical qubits, gates, and error correction while demonstrating a tangible advantage over classical computing. Awards of up to $100,000 will be granted to successful applicants, with submissions due by August 7 and decisions anticipated by October 30. This initiative underscores Google's efforts to address two pressing challenges in quantum computing: fault tolerance and cryptographic security. By fostering collaboration with university researchers, Google aims to accelerate the development of practical quantum computing solutions. This matters to practitioners because Google's advancements in quantum computing are increasingly narrowing the window for cryptographic migration, thereby amplifying the urgency for post-quantum cryptography planning.