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  • Biswas, Indranil; HOGADI, AMIT (Oxford University Press, 2013-12)
    Let k be a field, and let π:X~⟶X be a proper birational morphism of irreducible k-varieties, where X~ is smooth and X has at worst quotient singularities. When the characteristic of k is zero, a theorem of Kollár [7] says ...
  • HOGADI, AMIT; PISOLKAR, SUPRIYA (Elsevier B.V., 2018-07)
    Let A be any associative ring, possibly non-commutative and let p be a prime number. Let E(A)be the ring of p-typical Witt vectors as constructed by Cuntz and Deninger in [1] E(A)and be that constructed by Hesselholt in ...
  • HOGADI, AMIT; KULKARNI, GIRISH (De Gruyter, 2020-02)
    We give a proof of Gabber's presentation lemma for finite fields. We first prove this lemma in the special case of open subsets of the affine plane using ideas from Poonen's proof of Bertini's theorem over finite fields. ...
  • DESHMUKH, NEERAJ; HOGADI, AMIT; KULKARNI, GIRISH; YADAV, SURAJ (Elsevier B.V., 2021-03)
    Following Schmidt and Strunk, we give a proof of Gabber's presentation lemma over a noetherian domain with infinite residue fields.
  • DESHMUKH, NEERAJ; HOGADI, AMIT; Mathur, Siddharth (Oxford University Press, 2022-02)
    We prove that, under mild hypothesis, every normal algebraic space that satisfies the 1-resolution property is quasi-affine. More generally, we show that for algebraic stacks satisfying similar hypotheses, the 1-resolution ...
  • Balwe, Chetan; HOGADI, AMIT; Sawant, Anand (American Mathematical Society, 2023)
    We show that 𝐴1-connectedness of a large class of varieties over a field 𝑘 can be characterized as the condition that their generic point can be connected to a 𝑘-rational point using (not necessarily naive) 𝐴1-homotopies. ...
  • Balwe, Chetan; HOGADI, AMIT; PAWAR, RAKESH (Elsevier B.V., 2023-02)
    The definition of Milnor-Witt cycle modules in [5] can easily be adapted over general regular base schemes. However, there are simple examples (see (2.9)) to show that Gersten complex fails to be exact for cycle modules ...
  • HOGADI, AMIT; Yadav, Suraj (Cambridge University Press, 2023-03)
    In this note, we prove that the moduli stack of vector bundles on a curve with a fixed determinant is A(1)-connected. We obtain this result by classifying vector bundles on a curve up to A(1) concordance. Consequently, we ...
  • Balwe, Chetan; HOGADI, AMIT; Sawant, Anand (Wiley, 2023-06)
    We show that the sheaf of A1-connected components of a reductive algebraic group over a perfect field is strongly A1-invariant. As a consequence, torsors under such groups give rise to A1-fiber sequences. We also show that ...
  • Deshmukh, Neeraj; HOGADI, AMIT; Kulkarni, Girish; YADAV, SURAJ  (Springer Nature, 2023-09)
    For a local complete intersection morphism, we establish fibrewise denseness in the n-dimensional irreducible components of the compactification Nisnevich locally.

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