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This project investigates the hydrodynamic regime of electron transport in graphene based hetero-structures. You will benefit from a hands-on experience in device fabrication and low-temperature elec-trical characterization in your search for a novel transport regime in mesoscopic systems. - Condensed Matter Physics-Electronic and Magnetic Properties; Superconductivity
- Master Thesis
| We offer this position within the Chair of Architecture and Building Systems in ETH Zurich. You will be directly involved in developing the UBEMs of future district archetypes in Switzerland. - Architecture and Urban Environment not elsewhere classified, Building Science and Techniques, Civil Engineering, Environmental Engineering, Mechanical Engineering, Process Control and Simulation
- ETH Organization's Labels (ETHZ), Internship, MD, Post-Doc Position, Student Assistant / HiWi
| To automatize the sorting process of SLS printed parts, a smart camera system running Neural Network based object classification algorithms is to be developed and tested. Influences on the AM process chain are to be analyzed. - Mechanical Engineering
- Master Thesis, Semester Project
| To enable usage of smart camera applications for users without programming skills, a system automatizing the process of training data collection, model training and model application is to be automatized and integrated into a user-adaptable smart camera system. - Mechanical Engineering
- Master Thesis, Semester Project
| The stable isotopic composition of environmental water (i.e. δ2H value) is an important tracer of the hydrological cycle. | Project background
Dissolved organic matter (DOM) is an important component of the global carbon cycle and among the most reactive pools of organic material at the Earth’s surface. Glaciers store and transform OM, which upon release could support downstream ecosystems and thus alter local carbon budgets. Yet, the origin and composition of glacial DOM, and its downstream implications remain unclear.
Project aims
While a recent study (see Singer et al. 2016) has targeted DOM in glacier surface ice, this study will provide additional information on DOM export in glacier meltwater streams as well as tributaries with varying glacial coverage, applying a source (glacier) to sink (river/lake) approach. One of the largest inner-alpine catchments of the alps – the Rhône valley will serve as an ideal study location. The project will include analyses of DOM concentrations, its age and isotopic composition (δ13C) as well as its bioavailability with incubations (BDOC). This master thesis project involves several field trips to the Rhone valley to collect samples from different glaciers and streams throughout the summer and fall of 2021. - Earth Sciences
- Master Thesis
| The Transport at Nanoscale Interfaces Laboratory (EMPA Dübendorf) is looking for motivated students with background in physics, material science, electrical engineering or related fields for master thesis projects on organic electronics in micro- and nano-scale devices. - Electrical Engineering, Materials Engineering, Nanotechnology, Physics
- Internship, Master Thesis, Semester Project
| Riverine export of carbon produced by the terrestrial biosphere and its subsequent burial in ocean sedimentary sinks represents an important component of the carbon cycle.
- Earth Sciences
- Master Thesis
| The Mackenzie River in Northwest Canada is the largest sediment source to the Arctic Ocean. Accelerated warming in the Arctic is expected to lead to increasing organic matter export from thawing permafrost soils with unknown feedbacks to climate and downstream ecosystems. - Geology
- Bachelor Thesis, Master Thesis
| The behavior of Arctic lakes, especially those of the Mackenzie River delta, as sources and sinks of greenhouse gases remain largely unknown. ... |
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