In my PhD, I work with the Theory of Causal Fermion Systems, further information about which can be found in this Wikipedia article or in this introductory article. Also, I recommend this talk or the recording of a spring school which I have co-organized recently.
In a nutshell, the goal of my PhD is to show that in a limit of the CFS Theory, the dynamics of the wave-functions correspond essentially to Continuous Spontaneous Collapse models of Quantum Theory.
I gratefully acknowledge the support of the Studienstiftung des Deutschen Volkes.
Also, I am very grateful for having the chance to visit Prof. Carlo Rovelli and his group in the CPT, Marseille (May 2016) and Prof. Shing-Tung Yau at the CMSA in Harvard (September-November 2016).
22.) Hamiltonian Time Evolution for Causal Variational Priciples (McGill University, Montreal, Canada, November 2016)
21.) Hamiltonian Time Evolution for Causal Variational Priciples (Harvard CMSA Members' Seminar, USA, September 2016)
20.) A New Candidate for a Unified Physical Theory (Harvard CMSA Mathematical Physics Seminar, USA, September 2016)
19.) Towards a Connection between Loop Quantum Gravity and Causal Fermion Systems (Working Seminar Mathematical Physics, University of Regensburg, Germany 2016)
18.) Spring School on Causal Fermion Systems (Regensburg, Germany, March 2016, Link)
17.) The jet bundle dynamics of causal fermion systems (Seminar Partial Differential Equations on Globally Hyperbolic Spacetimes and Working Seminar Mathematical Physics, Regensburg, October 2015)
16.) Physik und Transzendenz (Doktorandentagung Studienstiftung des deutschen Volkes, Bonn, November 2015)
15.) Noether-Like Theorems for Causal Variational Principles (Seminar Partial Differential Equations on Globally Hyperbolic Spacetimes and Working Seminar Mathematical Physics, Regensburg, October 2015)
14.) Causal Fermion Systems as a Candidate for a Unified Physical Theory (Conference "Quantum Theory: from foundations to technologies", Växjö, Sweden)
13.) Noether-like theorems for causal variational principles (Working Seminar Mathematical Physics, Regensburg, June 2015)
12.) Imre Lakatos' Conception of Science (Doktorandentagung Studienstiftung des deutschen Volkes, Heidelberg, April 2015)
11.) Physik und Transzendenz (A series of three talks: "Albert Einstein - Naturwissenschaft und Religion", "Arthur Eddington - Wissenschaft und Mystizismus", "Carl Friedrich von Weizsäcker - Naturgesetz und Theodizee", based on essays of the three scientists which carry the same name as the talk; Neupfarrkirche Regensburg, October + November 2014)
10.) Causal fermion systems: a dynamical collapse theory? (Workshop DICE2014, Castiglioncello Italy, September 2014)
9.) Introduction to the theory of causal fermion systems (Oberseminar Mathematische Physik, LMU Munich, July 2014)
8.) QT and GR united? An introduction to causal fermion systems (Conference "Quantum Roundabout", Nottingham GB, July 2014)
7.) Paradigms of Modern Physics and Causal Fermion Systems (Series "Zurück zu den Zusammenhängen", Erlangen, April 2014)
6.) QT and GR united? A review of causal fermion systems (Working Seminar Mathematical Physics, Regensburg, May 2014)
5.) QT, QFT and GR united? Causal Fermion Systems: idea and paradigms behind (Paradigms of Modern Physics Workshop, Dorfgastein, March 2014)
4.) Mass and momentum of asymptotically flat manifolds (Seminar Recent mathematical progress in General Relativity, Regensburg, September 2013)
3.) The measurement problem in linear (quantum) theories (Working Seminar Mathematical Physics, Regensburg, May 2013)
2.) Locality in quantum theory (Philosophy of Quantum Theory Cabin Workshop, Hammerlochhäusle, March 2013)
1.) Experimental Status of Foundations of Gravity (Seminar Modern Experiments in Special and General Relativity, Heidelberg, 2012)