The Net Advance of Physics:
MANIFOLDS

• Types: FROBENIUS; ORIENTIFOLD; RIEMANNIAN;

• Type: AFFINE:
  • Lectures on the Euler Characteristic of Affine Manifolds by Camilo Arias Abad and Sebastián Vélez Vásquez [2018/02]

• Type: G2:
  • Introduction to G2 Geometry by Spiro Karigiannis [2019/09]

• Type: SASAKI-EINSTEIN:
  • Sasaki-Einstein Manifolds by James Sparks [2010/04]

• Type: SUPER:
  • Introduction to supergeometry by Alberto S. Cattaneo and Florian Schaetz [2010/07]

• Type: SYMMETRIC:
  • On the works of Avi Wigderson by B. Barak et al. [2023/07]

• Type: VARIFOLD:
  • What is ... a varifold? by Ulrich Menne [2017/05]

• Type: THREE DIMENSIONAL: Re: HOPF ALGEBRAS: Nikshych and Vainerman 2000/06;
• Type: FOUR DIMENSIONAL: Re: SURGERY: Kirby and Taylor 98/03;

• Re: QUADRATIC FORMS:
  • Signatures [of quadratic forms] in algebra, topology and dynamics by Etienne Ghys and Andrew Ranicki [Ensaios Matematicos 30, 1 (2016)] 173 pp.

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• Four-Dimensional, (Overview)
• Four-Dimensional, (Seiberg-Witten Gauge Theory of,)
• Non-Commutative -- Two-Dimensional Field-Theoretical Models over,

THE NET ADVANCE OF PHYSICS