@TimHenke9 Oops the first link is wrong, I meant https://t.co/YOPiT8c7Qz (but https://t.co/KELhur6l76 is also an interesting, very different application of DAG)
@TimHenke9 Here are papers which use LX to give alternative approaches to Grothendieck-Riemann-Roch which hold in great generality: https://t.co/KELhur6l76 https://t.co/HsekRqUfc8
RT @rXiv_math_KT: https://t.co/0JbKvIad4g M Kerz et. al. Algebraic K-theory and descent for blow-ups https://t.co/ZH4iqGrD6q
RT @mathKTb: Moritz Kerz, Florian Strunk, Georg Tamme : Algebraic K-theory and descent for blow-ups https://t.co/HIzIcVKFXK
RT @rXiv_math_KT: https://t.co/0JbKvIad4g M Kerz et. al. Algebraic K-theory and descent for blow-ups https://t.co/ZH4iqGrD6q
RT @rXiv_math_KT: https://t.co/0JbKvIad4g M Kerz et. al. Algebraic K-theory and descent for blow-ups https://t.co/ZH4iqGrD6q
RT @rXiv_math_KT: https://t.co/0JbKvIad4g M Kerz et. al. Algebraic K-theory and descent for blow-ups https://t.co/ZH4iqGrD6q
https://t.co/0JbKvIad4g M Kerz et. al. Algebraic K-theory and descent for blow-ups https://t.co/ZH4iqGrD6q
Moritz Kerz, Florian Strunk, Georg Tamme : Algebraic K-theory and descent for blow-ups https://t.co/HIzIcVKFXK