The following pages link to On orbifolds of \((0,2)\) models (Q678274):
Displaying 23 items.
- Shifted \(Z_3\times Z_3\) orbifold and the \(1^9\) model (Q257943) (← links)
- Counting charged massless states in the (0, 2) heterotic CFT/geometry connection (Q544426) (← links)
- The half-twisted orbifold sigma model and the chiral de Rham complex (Q936515) (← links)
- Equivariant sheaves. (Q1610018) (← links)
- Toda-like \((0,2)\) mirrors to products of projective spaces (Q1639065) (← links)
- Orbifold reduction and 2d (0,2) gauge theories (Q1692900) (← links)
- More Toda-like (0,2) mirrors (Q1700147) (← links)
- A proposal for \((0, 2)\) mirrors of toric varieties (Q1706925) (← links)
- Flat directions in \(\mathbb{Z} _{2n}\) orbifold models (Q1815553) (← links)
- Geometry of \((0,2)\) Landau-Ginzburg orbifolds. (Q1967496) (← links)
- Orbifolds from \(\mathrm{Sp}(4, \mathbb{Z})\) and their modular symmetries (Q2233940) (← links)
- The leading quantum corrections to stringy Kähler potentials (Q2251973) (← links)
- \(C_2\)-cofiniteness of cyclic-orbifold models (Q2339203) (← links)
- An introduction to quantum sheaf cohomology (Q2391380) (← links)
- \(W = 0\) complex structure moduli stabilization on CM-type \(\mathrm{K}3 \times \mathrm{K}3\) orbifolds: arithmetic, geometry and particle physics (Q2687027) (← links)
- Heterotic orbifold resolutions as (2,0) gauged linear sigma models (Q3004614) (← links)
- THE REVIVAL OF (0, 2) SIGMA MODELS (Q3086183) (← links)
- {\sbb Z}_7 orbifold models in<i>M</i>-theory (Q3648936) (← links)
- Equivalence Classes of Boundary Conditions in SU(N) Gauge Theory on 2-Dimensional Orbifolds (Q3656939) (← links)
- (Q4284301) (← links)
- TWO LARGE EXAMPLES IN ORBIFOLD THEORY: ABELIAN ORBIFOLDS AND THE CHARGE CONJUGATION ORBIFOLD ON ${\mathfrak{su}}(n)$ (Q4784361) (← links)
- Species with Potential Arising from Surfaces with Orbifold Points of Order 2, Part II: Arbitrary Weights (Q5115664) (← links)
- Non-abelian T-dualities in two dimensional \((0, 2)\) gauged linear sigma models (Q6568105) (← links)
