We give a microscopic derivation of perturbative quantum field theory, taking causal fermion systems and the framework of the fermionic projector as the starting point. The resulting quantum field theory agrees with standard quantum field theory on the tree level and reproduces all bosonic loop diagrams. The fermion loops are described in a different formalism in which no ultraviolet divergences occur
The exact fermion propagator in a classical time-dependent gauge field is derived by solving the equ...
This thesis applies techniques of non-perturbative quantum field theory for solving both bosonic and...
The theoretical description of fermionic system with strong interaction is a very challenging open...
We give a microscopic derivation of perturbative quantum field theory, taking causal fermion systems...
In this survey article we explain a few ideas behind the framework of the fermionic projector and su...
After a brief introduction to the fermionic projector approach, we review how entanglement and secon...
We analyze if entangled fermionic states can be described by a projector in the one-particle Hilbert...
The "principle of the fermionic projector" provides a new mathematical framework for the formulation...
The causal perturbation expansion of the fermionic projector is per- formed with a contour integral ...
A reformulation of fermionic QFT in electromagnetic backgrounds is presented which uses methods anal...
The creation of matter in the early universe or in relativistic heavy-ion collisions is inevitable c...
We give a non-perturbative construction of the fermionic projector in Minkowski space coupled to a t...
The neutral massless scalar quantum field Phi in four- dimensional space- time is considered, which ...
The neutral massless scalar quantum field Φ in four-dimensional space-time is considered, which is s...
Extending previous work on scalar field theories, we develop a quantum algorithm to compute relativ...
The exact fermion propagator in a classical time-dependent gauge field is derived by solving the equ...
This thesis applies techniques of non-perturbative quantum field theory for solving both bosonic and...
The theoretical description of fermionic system with strong interaction is a very challenging open...
We give a microscopic derivation of perturbative quantum field theory, taking causal fermion systems...
In this survey article we explain a few ideas behind the framework of the fermionic projector and su...
After a brief introduction to the fermionic projector approach, we review how entanglement and secon...
We analyze if entangled fermionic states can be described by a projector in the one-particle Hilbert...
The "principle of the fermionic projector" provides a new mathematical framework for the formulation...
The causal perturbation expansion of the fermionic projector is per- formed with a contour integral ...
A reformulation of fermionic QFT in electromagnetic backgrounds is presented which uses methods anal...
The creation of matter in the early universe or in relativistic heavy-ion collisions is inevitable c...
We give a non-perturbative construction of the fermionic projector in Minkowski space coupled to a t...
The neutral massless scalar quantum field Phi in four- dimensional space- time is considered, which ...
The neutral massless scalar quantum field Φ in four-dimensional space-time is considered, which is s...
Extending previous work on scalar field theories, we develop a quantum algorithm to compute relativ...
The exact fermion propagator in a classical time-dependent gauge field is derived by solving the equ...
This thesis applies techniques of non-perturbative quantum field theory for solving both bosonic and...
The theoretical description of fermionic system with strong interaction is a very challenging open...