Ancestors (6)
Incoming links (75)
- Antifermion
- Dirac equation
- Dirac field in two spacetime dimensions
- Flat-space Dirac factorization
- Future-null spinor factorization
- Half-angle boost aberration of a null spinor
- Localization length at a step Dirac mass wall
- Majorana mass term
- Maximal Killing spinors force constant negative curvature
- Normalization
- Parallel spinors and vanishing ADM mass
- Past exam of the advanced quantum field theory course of the University of Oxford / 2022 / 1 / ii / Solution
- Past exam of the advanced quantum field theory course of the University of Oxford / 2022 / 2 / b / iii / Solution
- Past exam of the advanced quantum field theory for particle physics course of the University of Oxford / 2018 / 1 / b / i / Solution
- Past exam of the advanced quantum field theory for particle physics course of the University of Oxford / 2018 / 2 / a / iii / Solution
- Past exam of the advanced quantum field theory for particle physics course of the University of Oxford / 2018 / 2 / a / ii / Solution
- Past exam of the advanced quantum field theory for particle physics course of the University of Oxford / 2018 / 2 / a / i / Solution
- Past exam of the advanced quantum field theory for particle physics course of the University of Oxford / 2018 / 3 / a / ii / Solution
- Past exam of the advanced quantum field theory for particle physics course of the University of Oxford / 2018 / 3 / a / iv / Solution
- Past exam of the advanced quantum field theory for particle physics course of the University of Oxford / 2021 / 3 / b / ii / Solution
- Past exam of the advanced quantum field theory for particle physics course of the University of Oxford / 2021 / 3 / b / i / Solution
- Past exam of the advanced quantum physics course of the University of Cambridge / 2016 / Paper 1 / 4 / Solution
- Past exam of the advanced quantum physics course of the University of Cambridge / 2018 / Section B / B3 / Solution
- Past exam of the gauge field theory course of the University of Cambridge / 2012 / Paper 1 / 2 / Solution
- Past exam of the mathematical methods I course of the University of Oxford / 2015 / 12 / ii / Solution
- Past exam of the mathematical methods I course of the University of Oxford / 2015 / 12 / vii / Solution
- Past exam of the mathematics course of the University of Cambridge / 2001 / iii / Paper 59 / 1 / Solution
- Past exam of the mathematics course of the University of Cambridge / 2001 / iii / Paper 59 / 4 / Solution
- Past exam of the mathematics course of the University of Cambridge / 2001 / iii / Paper 64 / 5 / Solution
- Past exam of the mathematics course of the University of Cambridge / 2001 / iii / Paper 69 / 2 / Solution
- Past exam of the mathematics course of the University of Cambridge / 2002 / iii / Paper 66 / 3 / Solution
- Past exam of the mathematics course of the University of Cambridge / 2002 / iii / Paper 67 / 5 / Solution
- Past exam of the mathematics course of the University of Cambridge / 2002 / iii / Paper 73 / 3 / Solution
- Past exam of the mathematics course of the University of Cambridge / 2003 / iii / Paper 44 / 2 / Solution
- Past exam of the mathematics course of the University of Cambridge / 2003 / iii / Paper 50 / 4 / Solution
- Past exam of the mathematics course of the University of Cambridge / 2004 / iii / Paper 57 / 2 / Solution
- Past exam of the mathematics course of the University of Cambridge / 2005 / iii / Paper 49 / 2 / Solution
- Past exam of the particle and nuclear physics course of the University of Cambridge / 2012 / Paper 1 / 3 / Solution
- Past exam of the particle Astrophysics course of the University of Cambridge / 2016 / Paper 1 / 1 / Solution
- Past exam of the particle physics course of the University of Oxford / 2017 / 1 / a / Solution
- Past exam of the particle physics course of the University of Oxford / 2017 / 1 / b / Solution
- Past exam of the particle physics course of the University of Oxford / 2017 / 1 / d / Solution
- Past exam of the particle physics course of the University of Oxford / 2018 / 4 / a / Solution
- Past exam of the particle physics course of the University of Oxford / 2018 / 4 / c / Solution
- Past exam of the particle physics course of the University of Oxford / 2019 / 5 / b / Solution
- Past exam of the particle physics course of the University of Oxford / 2019 / 5 / c / Solution
- Past exam of the physics A course of the University of Cambridge / 2011 / Paper 2 / Section B / B8 / b / Solution
- Past exam of the physics A course of the University of Cambridge / 2014 / Paper 1 / Section C / C11 / c / Solution
- Past exam of the quantum condensed matter course of the University of Cambridge / 2014 / 3 / Solution
- Past exam of the quantum field theory course of the University of Oxford / 2019 / 3 / a / Solution
- Past exam of the quantum field theory course of the University of Oxford / 2019 / 3 / b / Solution
- Past exam of the quantum field theory course of the University of Oxford / 2019 / 3 / e / Solution
- Past exam of the quantum field theory course of the University of Oxford / 2021 / 2 / a / Solution
- Past exam of the quantum field theory course of the University of Oxford / 2024 / 2 / d / Solution
- Past exam of the quantum field theory course of the University of Oxford / 2025 / 3 / e / Solution
- Past exam of the quantum physics course of the University of Oxford / 2016 / 10 / d / Solution
- Past exam of the symmetry and relativity course of the University of Oxford / 2019 / 4 / c / Solution
- Past exam of the theoretical physics II course of the University of Cambridge / 2013 / Paper 1 / 1 / c / Solution
- Past exam of the theoretical physics II course of the University of Cambridge / 2013 / Paper 1 / 5 / e / Solution
- Past exam of the theoretical physics II course of the University of Cambridge / 2015 / Paper 1 / 1 / b / Solution
- Past exam of the theoretical physics II course of the University of Cambridge / 2015 / Paper 1 / 1 / c / Solution
- Past exam of the theoretical physics II course of the University of Cambridge / 2015 / Paper 1 / 6 / b / Solution
- Past exam of the theoretical physics II course of the University of Cambridge / 2015 / Paper 1 / 6 / c / Solution
- Past exam of the theoretical physics II course of the University of Cambridge / 2015 / Paper 1 / 6 / d / Solution
- Past exam of the theoretical physics II course of the University of Cambridge / 2015 / Paper 1 / 6 / e / Solution
- Probability current of a two-dimensional Dirac particle
- Ramond sector
- Rashba spin texture
- Spinor
- Spinor azimuth convention
- Statistics and symmetry factors of a two-propagator loop
- SU(2)-invariant antisymmetric spinor contraction
- Weyl equation
- Weyl field
- Weyl Hamiltonian
Discussion (0) New discussion
There are no discussions about this article yet.
Articles by others on the same topic (2)
A spinor is a mathematical object used in physics, particularly in the fields of quantum mechanics and the theory of relativity. It is a type of vector that behaves differently than ordinary vectors under rotations and transformations. Specifically, spinors are essential in describing the intrinsic angular momentum (spin) of particles, such as electrons.
- Physics from Symmetry by Jakob Schwichtenberg (2015) page 72
- physics.stackexchange.com/questions/172385/what-is-a-spinor
- physics.stackexchange.com/questions/41211/what-is-the-difference-between-a-spinor-and-a-vector-or-a-tensor
- physics.stackexchange.com/questions/74682/introduction-to-spinors-in-physics-and-their-relation-to-representations
- www.weylmann.com/spinor.pdf