Dr Cristina Manolache

All publications

Journal articles

• Kern D, Mann É, Manolache C & Picciotto R (2025) Derived moduli of sections and push-forwards. Selecta Mathematica, 31(2). View this article in WRRO
• Battistella L, Carocci F & Manolache C (2020) Reduced invariants from cuspidal maps. Transactions of the American Mathematical Society, 373(9), 6713-6756. View this article in WRRO
• Battistella L, Carocci F & Manolache C (2020) Virtual classes for the working mathematician. Symmetry, Integrability and Geometry: Methods and Applications, 16. View this article in WRRO
• Manolache C (2014) Stable maps and stable quotients. Compositio Mathematica, 150(9), 1457-1481.
• Coates T, Gholampour A, Iritani H, Jiang Y, Johnson P & Manolache C (2012) The quantum Lefschetz hyperplane principle can fail for positive orbifold hypersurfaces. Mathematical Research Letters, 19(5), 997-1005. View this article in WRRO
• Coates T, Gholampour A, Iritani H, Jiang Y, Johnson P & Manolache C (2012) THE QUANTUM LEFSCHETZ HYPERPLANE PRINCIPLE CAN FAIL FOR POSITIVE ORBIFOLD HYPERSURFACES. MATHEMATICAL RESEARCH LETTERS, 19(5), 997-1005.
• Manolache C (2011) Virtual pull-backs. Journal of Algebraic Geometry, 21(2), 201-245.
• Manolache C () Virtual push-forwards. Geometry & Topology, 16(4), 2003-2036. View this article in WRRO

Preprints

• Rabano AC, Manolache C & Shafi Q (2024) The local/logarithmic correspondence and the degeneration formula for quasimaps, arXiv.
• Rabano AC, Mann E, Manolache C & Picciotto R (2023) Desingularizations of sheaves and higher genus reduced Gromov-Witten invariants, arXiv.
• Kern D, Mann E, Manolache C & Picciotto R (2022) Derived moduli of sections and push-forwards, arXiv.
• Battistella L, Carocci F & Manolache C (2018) Virtual classes for the working mathematician, arXiv.
• Battistella L, Carocci F & Manolache C (2018) Reduced invariants from cuspidal maps, arXiv.
• Manolache C (2013) Stable maps and stable quotients, arXiv.
• Coates T, Gholampour A, Iritani H, Jiang Y, Johnson P & Manolache C (2012) The Quantum Lefschetz Hyperplane Principle Can Fail for Positive Orbifold Hypersurfaces, arXiv.
• Manolache C (2010) Virtual push-forwards, arXiv.
• Manolache C (2008) Virtual pull-backs, arXiv.