Over CM fields, symmetric formal Fourier-Jacobi series converge to genuine Hermitian Hilbert modular forms, proving the geometric unitary Kudla conjecture for Chow-valued Kudla generating series of special cycles on unitary Shimura varieties in arbitrary codimension.
To simplify the inner sum overλ, we set λ′ = r ′(µ′) + m′λ, which yields m′ −1[λ′] = m′ −1[r ′(µ′)] + r ′(µ′)t λ + λt r ′(µ′) + λt m′λ
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The Geometric Unitary Kudla Conjecture
Over CM fields, symmetric formal Fourier-Jacobi series converge to genuine Hermitian Hilbert modular forms, proving the geometric unitary Kudla conjecture for Chow-valued Kudla generating series of special cycles on unitary Shimura varieties in arbitrary codimension.