The so-called Scattering Equations which govern the kinematics of the scattering of massless particles in arbitrary dimensions have recently been cast into a system of homogeneous polynomials. We study these as affine and projective geometries which we call Scattering Varieties by analyzing such properties as Hilbert series, Euler characteristic and singularities. Interestingly, we find structures such as affine Calabi-Yau threefolds as well as singular K3 and Fano varieties
We employ the so-called companion matrix method from computational algebraic geometry, tailored for ...
The scattering equations, a system of algebraic equations connecting the space of kinematic invarian...
This paper addresses the question, whether the solutions of the scattering equations in four space-t...
The so-called Scattering Equations which govern the kinematics of the scattering of massless particl...
The so-called Scattering Equations which govern the kinematics of the scattering of massless particl...
The scattering equations, originally introduced by Fairlie and Roberts in 1972 and more recently sho...
The scattering equations, originally introduced by Fairlie and Roberts in 1972 and more recently sho...
The scattering equations, recently proposed by Cachazo, He and Yuan as providing a kinematic basis f...
The scattering equations, recently proposed by Cachazo, He and Yuan as providing a kinematic basis f...
Physics provides new, tantalizing problems that we solve by developing and implementing innovative a...
Physics provides new, tantalizing problems that we solve by developing and implementing innovative a...
Physics provides new, tantalizing problems that we solve by developing and implementing innovative a...
Equations of hypertree divisors on the Grothendieck-Knudsen moduli space of stable rational curves, ...
Equations of hypertree divisors on the Grothendieck-Knudsen moduli space of stable rational curves, ...
Equations of hypertree divisors on the Grothendieck-Knudsen moduli space of stable rational curves, ...
We employ the so-called companion matrix method from computational algebraic geometry, tailored for ...
The scattering equations, a system of algebraic equations connecting the space of kinematic invarian...
This paper addresses the question, whether the solutions of the scattering equations in four space-t...
The so-called Scattering Equations which govern the kinematics of the scattering of massless particl...
The so-called Scattering Equations which govern the kinematics of the scattering of massless particl...
The scattering equations, originally introduced by Fairlie and Roberts in 1972 and more recently sho...
The scattering equations, originally introduced by Fairlie and Roberts in 1972 and more recently sho...
The scattering equations, recently proposed by Cachazo, He and Yuan as providing a kinematic basis f...
The scattering equations, recently proposed by Cachazo, He and Yuan as providing a kinematic basis f...
Physics provides new, tantalizing problems that we solve by developing and implementing innovative a...
Physics provides new, tantalizing problems that we solve by developing and implementing innovative a...
Physics provides new, tantalizing problems that we solve by developing and implementing innovative a...
Equations of hypertree divisors on the Grothendieck-Knudsen moduli space of stable rational curves, ...
Equations of hypertree divisors on the Grothendieck-Knudsen moduli space of stable rational curves, ...
Equations of hypertree divisors on the Grothendieck-Knudsen moduli space of stable rational curves, ...
We employ the so-called companion matrix method from computational algebraic geometry, tailored for ...
The scattering equations, a system of algebraic equations connecting the space of kinematic invarian...
This paper addresses the question, whether the solutions of the scattering equations in four space-t...