Faculty

Institution

Unit

Venue

Henry Schenck

Professor and Rosemary Kopel Brown Chair Professor

Auburn University

Affiliations

College of Sciences and Mathematics

Mathematics and Statistics

Henry Schenck is currently serving as a College Of Sciences And Mathematics Professor and Rosemary Kopel Brown Chair Professor at Auburn University.

Honors

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Experiences

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Education

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Henry Schenck

Auburn University

Professor and Rosemary Kopel Brown Chair Professor

You can click a keyword to filter the displayed items

mathematics applied mathematics mathematical analysis number theory algebraic geometry topology applied algebra toric varieties mathematical sciences graph theory pure mathematics combinatorics spectral theory analytic number theory abstract algebra geometry and topology ring theory physics geometric topology combinatorial theory spline (mathematics) algebraic combinatorics modern algebra hyperplane arrangements free resolutions weak lefschetz property mathematical optimization higher education commutative algebra computational complexity theory topological properties linear syzygies resonance varieties tensor product surfaces hyperplane arrangement singular locus applied physics protein science global networks computational intelligence international financial markets mathematical programming combinatorial optimization computational optimization statistical methodology theoretical physics high energy physics enumerative geometry real algebraic geometry theoretical analysis stochastic resonance computability theory constructive approximation complexity theory symbolic computation theoretical mathematics topological data analysis financial networks computational finance financial network analysis network dynamics linear systems algebraic methods group representation network topology computational topology set-theoretic topology topological algebra topological combinatorics evaluation codes complete intersections computational algebraic geometry bivariate splines local cohomology bivariate splines ckr lower central series algebra geometry mathematics education foundation of mathematics

Notable Scholarly Works

Notable Federal Grants

Collaborators

Betti Tables Forcing Failure of the Weak Lefschetz Property. Springer INdAM series (2024)

Sean GrateHal Schenck

weak lefschetz propertybetti tablesapplied mathematicsparticle physics

Free Curves, Eigenschemes, and Pencils of Curves. Bulletin of the London Mathematical Society (2024)

Roberta Di GennaroGiovanna IlardiRosa Maria Miró‐RoigHenry SchenckJean Vallès

algebraic geometrycurve modelingdifferential geometrymathematicsfree curvesspectral theoryapplied mathematics

The Algebra of Splines: Duality, Group Actions and Homology. Springer INdAM series (2024)

Martina LaniniHenry SchenckJulianna Tymoczko

spline (mathematics)algebramathematicsgroup actionsapplied mathematicsmaterials science

Free Resolutions and Lefschetz Properties of Some Artin Gorenstein Rings of Codimension Four. Journal of Symbolic Computation (2023)

Nancy AbdallahHal Schenck

artin gorenstein ringssymbolic computationcodimension fourlefschetz propertiesfree resolutions

MSSM: A Macaulay2 Package for the Vacuum Moduli Space. ACM communications in computer algebra (2023)

Yang-Hui HeVishnu JejjalaBrent D. NelsonHal SchenckMichael Stillman

supergravityvacuum moduli spacequantum field theoryparticle physicstheoretical high-energy physicsphysicsastronomytheoretical physicsquantum gravityhigh energy physicsstandard modelm-theorysupersymmetrymacaulay2 packageelementary particles

Nets in $$\Mathbb {P}^2$$ and Alexander Duality. Discrete & Computational Geometry (2023)

Nancy AbdallahHal Schenck

differential geometrycomputational geometrymathematicsdiscrete mathematicsdiscrete geometry

Algebraic Foundations for Applied Topology and Data Analysis. Mathematics of data (2022)

Hal Schenck

topologyalgebraic foundationsmathematicsdata analysisapplied topologyapplied mathematicstopological data analysis

Basics of Algebra: Groups, Rings, Modules. Springer eBooks (2022)

Hal Schenck

ring theoryalgebraic geometryhomological algebraalgebraabstract algebragroup representationgeometric group theorymathematicsgroup theorymodern algebra

Basics of Topology: Spaces and Sheaves. Springer eBooks (2022)

Hal Schenck

geometric topologynetwork topologycomputational topologytopologymathematicsset-theoretic topologytopological propertiestopological algebraalgebraic topologygeometry and topology

Calabi–Yau Threefolds in $\Mathbb{P}^N$ and Gorenstein Rings. Advances in Theoretical and Mathematical Physics (2022)

Hal SchenckMike StillmanBeihui Yuan

gorenstein ringsparticle physicsmathematical physicstheoretical mathematicsmathematicscalabi-yau threefolds

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Henry Schenck

Professor and Rosemary Kopel Brown Chair Professor

Auburn University

Affiliations

College of Sciences and Mathematics

Mathematics and Statistics

Henry Schenck is currently serving as a College Of Sciences And Mathematics Professor and Rosemary Kopel Brown Chair Professor at Auburn University.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Henry Schenck

Auburn University

Professor and Rosemary Kopel Brown Chair Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Betti Tables Forcing Failure of the Weak Lefschetz Property. Springer INdAM series (2024)

Sean GrateHal Schenck

weak lefschetz propertybetti tablesapplied mathematicsparticle physics

Free Curves, Eigenschemes, and Pencils of Curves. Bulletin of the London Mathematical Society (2024)

Roberta Di GennaroGiovanna IlardiRosa Maria Miró‐RoigHenry SchenckJean Vallès

algebraic geometrycurve modelingdifferential geometrymathematicsfree curvesspectral theoryapplied mathematics

The Algebra of Splines: Duality, Group Actions and Homology. Springer INdAM series (2024)

Martina LaniniHenry SchenckJulianna Tymoczko

spline (mathematics)algebramathematicsgroup actionsapplied mathematicsmaterials science

Free Resolutions and Lefschetz Properties of Some Artin Gorenstein Rings of Codimension Four. Journal of Symbolic Computation (2023)

Nancy AbdallahHal Schenck

artin gorenstein ringssymbolic computationcodimension fourlefschetz propertiesfree resolutions

MSSM: A Macaulay2 Package for the Vacuum Moduli Space. ACM communications in computer algebra (2023)

Yang-Hui HeVishnu JejjalaBrent D. NelsonHal SchenckMichael Stillman

Nets in $$\Mathbb {P}^2$$ and Alexander Duality. Discrete & Computational Geometry (2023)

Nancy AbdallahHal Schenck

differential geometrycomputational geometrymathematicsdiscrete mathematicsdiscrete geometry

Algebraic Foundations for Applied Topology and Data Analysis. Mathematics of data (2022)

Hal Schenck

topologyalgebraic foundationsmathematicsdata analysisapplied topologyapplied mathematicstopological data analysis

Basics of Algebra: Groups, Rings, Modules. Springer eBooks (2022)

Hal Schenck

ring theoryalgebraic geometryhomological algebraalgebraabstract algebragroup representationgeometric group theorymathematicsgroup theorymodern algebra

Basics of Topology: Spaces and Sheaves. Springer eBooks (2022)

Hal Schenck

geometric topologynetwork topologycomputational topologytopologymathematicsset-theoretic topologytopological propertiestopological algebraalgebraic topologygeometry and topology

Calabi–Yau Threefolds in $\Mathbb{P}^N$ and Gorenstein Rings. Advances in Theoretical and Mathematical Physics (2022)

Hal SchenckMike StillmanBeihui Yuan

gorenstein ringsparticle physicsmathematical physicstheoretical mathematicsmathematicscalabi-yau threefolds

1
2
3
4
5
10
10 / page

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algebra

combinatorial theory

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mathematics

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category theory

logic in computer science

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applied mathematics

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mathematics

applied mathematics

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functional analysis

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algebra

commutative algebra

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Richard Ehrenborg

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mathematics education

discrete structure