Frequency-guided flow generation? No, not just frequency, but energy (Part II)
A physicist’s view of K-Flow, from continuity equations and Hamiltonian transport to renormalization-group-inspired scale evolution.
Exploring the depths of AI and physics
A physicist’s view of K-Flow, from continuity equations and Hamiltonian transport to renormalization-group-inspired scale evolution.
Why is energy the essence of generation? We introduce K-Flow, a generative framework that aligns the flow path with the frequency and energy of the data by modeling in the K-amplitude space.
Bringing Transformers into 3D molecule generation via inertial frame canonicalization, geometry-aware positional encoding, and discrete-continuous joint autoregressive generation