The following pages link to David Ploog (Q407356):
Displaying 24 items.
- Postnikov-stability versus semistability of sheaves (Q407357) (← links)
- Discrete derived categories. I: Homomorphisms, autoequivalences and t-structures (Q509983) (← links)
- McKay correspondence for the Poincaré series of Kleinian and Fuchsian singularities (Q971902) (← links)
- Stability of Picard sheaves for vector bundles on curves (Q1676420) (← links)
- A geometric construction of Coxeter-Dynkin diagrams of bimodal singularities (Q1938858) (← links)
- Exceptional sequences and spherical modules for the Auslander algebra of \(k[x]/(x^t)\) (Q2305393) (← links)
- Averaging \(t\)-structures and extension closure of aisles (Q2350622) (← links)
- Equivariant autoequivalences for finite group actions (Q2456214) (← links)
- Fourier-Mukai transforms and stable bundles on elliptic curves (Q2568858) (← links)
- Spherical subcategories in representation theory (Q2633058) (← links)
- Poincaré series and Coxeter functors for Fuchsian singularities (Q2637914) (← links)
- Discrete derived categories. II: The silting pairs CW complex and the stability manifold. (Q2801733) (← links)
- Spherical subcategories in algebraic geometry (Q2825993) (← links)
- Fourier–Mukai Partners and Polarised $$\mathop{\mathrm{K3}}\nolimits$$ Surfaces (Q2926120) (← links)
- On Autoequivalences of Some Calabi–Yau and Hyperkähler Varieties (Q2932754) (← links)
- POSTNIKOV-STABILITY FOR COMPLEXES ON CURVES AND SURFACES (Q3225355) (← links)
- (Q3375273) (← links)
- Discrete triangulated categories (Q4604606) (← links)
- Derived categories of resolutions of cyclic quotient singularities (Q4684214) (← links)
- Functorially finite hearts, simple-minded systems in negative cluster categories, and noncrossing partitions (Q5037287) (← links)
- Rigid divisors on surfaces (Q5112460) (← links)
- TILTING CHAINS OF NEGATIVE CURVES ON RATIONAL SURFACES (Q5112735) (← links)
- Displaying the cohomology of toric line bundles (Q5118067) (← links)
- Autoequivalences of toric surfaces (Q5401353) (← links)
