References

[BGT10]Andrew J. Blumberg, David Gepner, and Goncalo Tabuada. A universal characterization of higher algebraic k-theory, 2010.
[BZFN10]David Ben-Zvi, John Francis, and David Nadler. Integral transforms and drinfeld centers in derived algebraic geometry, 2010.
[Gep19]David Gepner. An introduction to higher categorical algebra, 2019.
[KR18]Adeel Khan and David Rydh. Virtual Cartier divisors and blow-ups, 2019.
[Kha16]Adeel Khan. Motivic homotopy theory in derived algebraic geometry, 2016.
[Kha18a]Adeel Khan. The Grothendieck–Riemann–Roch theorem (lecture notes), 2018.
[Kha18b]Adeel A. Khan. Descent by quasi-smooth blow-ups in algebraic k-theory, 2018.
[Lur06]Jacob Lurie. Higher Topos Theory. 2006.
[Lur09]Jacob Lurie. Derived algebraic geometry I: stable ∞-categories, 2009
[Lur14]Jacob Lurie. Algebraic K-Theory and Manifold Topology (lecture notes), 2014.
[Lur16a]Jacob Lurie. Higher algebra, 2014.
[Lur16b]Jacob Lurie. Spectral algebraic geometry, 2016.
[Mat12]Akhil Mathew. Simplicial commutative rings, 2012.
[Wei13]Charles A Weibel. The K-book: An introduction to algebraic K-theory, 2013.
[YD19]Lucy Yang and Jack Davies. Algebraic K-theory (lecture notes), 2019.