Remark
The credits (shown in brackets) for ETH courses with the ending -DRL as for all UZH courses are relevant for all ZGSM doctoral students.
The credits for ETH courses without -DRL ending are only for doctoral students of D-Math doing their doctorate on base of the new ordinance on the doctorate (in case they don't take the course via a Foundations of D-Math module and do the examination). Doctoral students of I-Math or of D-Math on base of the old ordinance have to book these courses via the foundation modules. Booking courses via a Foundations of D-Math module gives 3 credits, regardless of the specific course.
| Title (Credits) | Time & Place | Instructor |
| Advanced Topics in Field Theory (2) | Tu, 15.00-17.00
Y27H46
| Cattaneo |
| Algebraic Topology I (3) | Tu, 08.15-10.00
ETH HG G 3
We, 10.15-12.00
ETH HG D 5.2
| Jossen |
| Algebraische Geometrie (2) | Tu, 13.00-14.45
Y27H25
We, 10.15-12.00
Y27H25
We, 13.00-14.45
Y27H26
| Ayoub |
| An introduction to Geometric measure theory (2) | Th, 13.00-14.45
Y27H12
| Marchese |
| Ausgewählte Themen der Funktionentheorie (2) | Tu, 15.15-17.00
ETH HG D 7.1
Fr, 09.15-10.00
ETH HG F 3
| Knörrer |
| Clinical Biostatistics (3) | Th, 08.00-09.45
HRS F05
Th, 09.00-11.00
HRS F05
Th, 11.15-12.00
HRS F05
| Held |
| Differential forms in algebraic topology (3) | We, 10.15-12.00
Y27H46
Th, 08.00-09.45
Y27H46
Fr, 10.15-12.00
Y27H46
| Valentino |
| Elliptic Curves (3) | Tu, 10.15-12.00
Y27H12
Di 13-15 Uhr, wechselnde Räume -->bitt im VVZ nachschauen
Th, 10.15-12.00
Y27H12
Th, 13.00-14.45
Y22F62
| Rosenthal |
| Endliche Geometrie II (1) | We, 17.15-19.00
ETH HG G 26.5
| Hungerbühler |
| Fourier Analysis in Function Space Theory (3) | Th, 13.15-15.00
ETH HG G 43
Fr, 13.15-14.00
ETH HG G 43
| Rivière |
| Free Boundary Problems (2) | We, 08.15-10.00
ETH HG G 26.5
| Figalli |
| General Relativity I (3) | Tu, 14.45-16.30
ETH HPV G 5
Th, 10.45-12.30
ETH HPV G 5
| Jetzer |
| Geometric Aspects of Hamiltonian Dynamics (3) | Mo, 10.15-12.00
ETH HG G 26.1
Th, 13.15-14.00
ETH HG G 19.2
| Biran |
| Group and Representation Theory: Beyond an Introduction (2) | We, 08.15-10.00
ETH HG G 26.1
Fr, 10.15-11.00
ETH HG G 26.1
| Willwacher |
| High order methods for advection dominated problems (3) | Tu, 08.00-09.45
Y27H25
We, 08.00-09.45
Y27H25
We, 10.15-12.00
Y27H26
| Abgrall |
| Information Theory I (3) | We, 13.00-17.00
ETH ETZ E 9
| Lapidoth |
| Introduction to Ising model (2) | Tu, 13.00-14.45
Y27H26
Fr, 10.15-12.00
Y27H12
| Féray |
| Introduction to Lie Groups (3) | Tu, 10.15-12.00
ETH HG D 5.2
Tu, 10.15-12.00
ETH HG G 26.1
Th, 10.15-12.00
ETH HG D 3.2
| Nelson |
| Introduction to nonlinear dispersive PDEs (2) | Fr, 13.00-14.45
Y27H12
| Sohinger |
| Likelihood and Regression II (3) | Tu, 09.00-11.00
Y27H46
Tu, 11.15-12.00
Y27H46
| Hothorn |
| Likelihood inference (3) | | Furrer |
| Likelihood inference (3) | We, 09.00-11.00
Y22F62
We, 11.15-12.00
Y22F62
| Furrer |
| Mathematical and Computational Methods in Photonics (3) | Mo, 10.15-12.00
ETH HG G 26.5
We, 10.15-12.00
ETH HG G 26.3
| Ammari |
| Mathematical Finance (3) | Tu, 08.15-10.00
ETH HG G 19.1
Th, 08.15-10.00
ETH HG G 19.1
| Schweizer |
| Mathematical Themes in General Relativity I (2) | Mo, 16.15-18.00
ETH HG E 3
| Carlotto |
| Numerical Analysi of Stochastic Ordinary Differential Equations (2) | We, 13.15-15.00
ETH HG E 1.1
Fr, 13.15-14.00
ETH HG E 1.1
| Jentzen |
| Numerical Methods for Elliptic and Parabolic Partial Differential Equations (3) | Tu, 15.15-17.00
ETH HG E 33.1
Th, 13.15-15.00
ETH HG D 7.2
| Schwab |
| Partial Differential Equations (Hyperbolic PDEs) (3) | Mo, 13.15-15.00
ETH HG G 26.5
We, 10.15-12.00
ETH HG G 26.5
| Christodoulou |
| Partial Differential Equations and Semigroups of Bounded Linear Operators (2) | Fr, 15.15-17.00
ETH HG G 26.1
| Jentzen |
| Practical Introduction to the Statistical Computing Environment R (1) | Blockkurs: genaue Daten und Räume siehe VVZ
| Seibold |
| Probabilistic Method in Combinatorics (2) | Tu, 10.15-12.00
ETH HG F 3
| Sudakov |
| Quantum Field Theory I (3) | Mo, 13.45-15.30
ETH HPV G 5
Th, 08.45-10.30
ETH HPV G 5
| Anastasiou |
| Random Two-Dimensional Geometries (2) | We, 14.45-16.45
ETH HG G 19.2
| Miermont |
| Randomized Algorithms and Probabilistic Methods (2) | Tu, 13.15-14.00
ETH CAB G 51
Th, 08.15-10.00
ETH CAB G 51
| Steger |
| Riemann Surfaces (Part 2) (1) | Tu, 13.15-15.00
ETH HG D 7.1
| Buryak |
| Rough Path Theory and Regularity Structures (3) | Tu, 10.15-12.00
ETH HG E 33.3
Th, 13.14-14.00
ETH ML F 40
| Teichmann |
| Signal and Information Processing: Modeling, Filtering, Learning (3) | Fr, 08.00-12.00
ETH ETZ E 8
| Loeliger |
| Some Problems of Mathematical Fluid Dynamics (2) | Tu, 10.15-12.00
ETH HG G 43
| Shnirelman |
| Special Topics in Probability (2) | Fr, 10.15-12.00
ETH HG F 26.3
| Nolin |
| Statistical Analysis of High-Throughput Genomic and Transcriptomic Data (3) | Mo, 09.00-11.00
Y23G04
Mo, 11.15-12.00
Y11J05
| Rehrauer |
| Statistical Physics (3) | Tu, 12.45-14.30
ETH HPV G 5
We, 13.45-15.30
ETH HPV G 5
| Blatter |
| Stochastic Arnold Diffusion of Deterministic Systems (2) | We, 10.15-12.00
ETH HG G 43
| Kaloshin |
| Stochastic Simulation (2) | Tu, 14.15-17.00
ETH ML F 36
| Sigrist |
| Stochastic simulation (1) | Fr, 10.15-12.00
Y27H25
Fr, 15.00-17.00
Y27H28
| Belius |
| Symmetric Functions (2) | Mo, 12.10-12.55
Y27H12
Tu, 15.00-17.00
Y27H28
| Thiel |
| The Boltzmann equation, an intermediate level of description for perfect gases (2) | We, 15.00-17.00
Y27H28
| Saint-Raymond |
| Thomas-Fermi theory of atoms and molecules (2) | Tu, 10.15-12.00
Y21F70
| Porta |
| Time Series Analysis (2) | We, 09.15-10.00
ETH HG D 7.1
Th, 10.15-12.00
ETH HG D 1.1
| Meinshausen |
| Topics in Analytic Inequalities (1) | We, 12.15-13.45
Y27H28
| Rassias |
| Topics in Probability Theory (2) | We, 10.15-12.00
ETH HG F 26.3
| Werner |
| Topics in Rigidity Theory (2) | Th, 13.15-16.00
ETH HG F 26.5
| Burger |
| Transport Phenomena I (3) | Mo, 13.00-16.30
ETH HCP E 47.3
| Öttinger |
Additional Courses: see semester program of ETH and UZH
