Theoretical Elementary Particle Physics

The Standard Model of Particle Physics provides an excellent description of nature at distances larger than E-16 cm, or equivalently energies smaller than 100 GeV. However, there are reasons to believe that the Standard Model is incomplete and needs to be extended. For instance, the Standard Model does not provide any explanation to the observed fermion masses and mixing angles or to the large hierarchy between the electroweak scale and the Planck scale. It does not provide either any explanation for some observed cosmological parameters, such as the baryon asymmetry of the Universe, the relic density of dark matter or the amount of dark energy. Our research group considers extensions of the Standard Model that might account for these observations and we study their consequences for present and future experiments.

James-Franck-Str. 1/I
85748 Garching b. München

Professor

Photo	Degree	Firstname	Lastname	Room	Phone	E-Mail
	Prof. Dr.	Alejandro	Ibarra	3338	+49 89 289-12196	E-Mail

Office

Photo	Degree	Firstname	Lastname	Room	Phone	E-Mail
		Karin	Ramm	–	+49 89 289-12350	E-Mail

Scientists

Photo	Degree	Firstname	Lastname	Room	Phone	E-Mail
	M.Sc.	Boris	Betancourt Kamenetskaia	–	–	E-Mail
		Mar	Ciscar Monsalvatje	–	–	E-Mail
		Miguel	Escudero	–	–	E-Mail
	M.Sc.	Gonzalo	Herrera Moreno	–	–	E-Mail
	M.Sc.	Merlin	Reichard	1141	–	E-Mail
	Ph.D.	Gaurav	Tomar	–	–	E-Mail
		Jerome	Vandecasteele	3332	–	E-Mail

Students

Photo	Degree	Firstname	Lastname	Room	Phone	E-Mail
	B.Sc.	Yu	Chen	–	–	E-Mail
		Mar	Ciscar Monsalvatje	–	–	E-Mail
	B.Sc.	Johann	Ioannou-Nikolaides	–	–	E-Mail
	M.Sc.	Andreas	Rappelt	–	–	E-Mail

Other Staff

Photo	Degree	Firstname	Lastname	Room	Phone	E-Mail
	Dr.	Cesar	Bonilla Diaz	3307	+49 89 289 14612	E-Mail
		Bastian	Diaz	–	–	E-Mail
		Francesc	Ferrer	–	–	E-Mail
	B.Sc.	Alexander	Hebel	–	–	E-Mail
		Xabier	Marcano	3332	+49 89 289-14612	E-Mail