Category: Eth zurich physics

Eth zurich physics

Computational physics lecturer Giuseppe Carleo introduces articial intelligence to the quantum world. From the physics of correlated electrons to the dynamics of ecosystems, this is the Computational Physics group! Computational physics group members join forces to revolutionise the way the hardest and most valuable industrial optimisation problems are solved. Researchers from our group and collaborators in Princeton and Beijing have predicted the existence of a new type of particle called the type-II Weyl fermion in metallic materials.

With data from genomics to economics, a computational model of place will make ecology more predictive and useful.

eth zurich physics

More Computational Physics Preprints. Computational physics group member Alexey Soluyanov has been awarded a professorship position by the Swiss National Science Foundation.

Computational physics lecturer Giuseppe Carleo introduces articial intelligence techniques into the realm of many-body quantum systems. More group news.

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Homepage Navigation Content Sitemap Search. The Group. AI meets the quantum world Computational physics lecturer Giuseppe Carleo introduces articial intelligence to the quantum world. Computational Physics Group From the physics of correlated electrons to the dynamics of ecosystems, this is the Computational Physics group! An industrial optimization revolution Computational physics group members join forces to revolutionise the way the hardest and most valuable industrial optimisation problems are solved.

eth zurich physics

Type-II Weyl semimetals Researchers from our group and collaborators in Princeton and Beijing have predicted the existence of a new type of particle called the type-II Weyl fermion in metallic materials. Computational Ecology With data from genomics to economics, a computational model of place will make ecology more predictive and useful. Main content Recent preprints. Latest news Software Computational Resources.We reproduce the conditions of the deep Earth interior and measure the properties of mineral in situ in our lab.

Check out more! Check out our equipement to perfrom High-Pressure experiments in-house and at large scale facilities. The Experimental Mineral Physics group applies a high-pressure and high-temperature experimental approach mainly using a laser-heated diamond anvil cell technique, which reproduces the condition of the deep Earth in the laboratory.

We can generate pressure and tempertaure of the deep mantle e. In particular, we can measure the elastic and sound wave velocities in minerals to better constrain the composition and mineralogical models of the deep Earth.

Ultimately, by combining all the knowledge from those research outcomes, the group wants to propose the universal internal evolution model of the planets. Base metals such as zinc Zn and lead Pb are essential elements for our economy.

They are most commonly used for galvanizing protection for steel and the manufacture of batteries. Both metals are mostly mined from deposits hosted in ancient sedimentary rock formations. Researchers have measured SiO2 glass to ultra-high pressure of GPa and confronted their results to calculations and found high-coordination can be sustained in silica at such pressures. New data on hydrous silica show that hydrous magmas could become stiffer at high pressure and can enhance coordination changes.

This changes our views on the stiffness of magmas in the deep Earth and can help to synthesis new material. Homepage Navigation Content Sitemap Search. The Group.

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List of equipment Check out our equipement to perfrom High-Pressure experiments in-house and at large scale facilities. Main content Experimental Mineral Physics group The Experimental Mineral Physics group applies a high-pressure and high-temperature experimental approach mainly using a laser-heated diamond anvil cell technique, which reproduces the condition of the deep Earth in the laboratory. Research The group focus on following three fundamental research objectives: establishment of the mineralogical model of the Earth's whole mantle upper mantle, transition zone, and lower mantle clarification of the differentiation process of the early Earth from fully molten state exploring the internal structure of giant planets such as super-Earth, ice giants, and gas giants Ultimately, by combining all the knowledge from those research outcomes, the group wants to propose the universal internal evolution model of the planets.

More information about our research. News Our group uses state-of-the-art numerical techniques and modern high-performance computing in order to characterise 3D Earth structure and seismic sources. Due to the spread of the coronavirus, ETH Zurich has switched to emergency operation. The buildings are no longer open with immediate effect. Please use the central website to keep yourself informed about further measures taken by ETH Zurich. There you will also find answers to the most important questions.

To ETH's coronavirus web page. The urgent move towards a low-carbon energy production and economy will trigger an unprecedented demand for metals and building minerals. An education for the future! The Department of Earth Sciences is organising an information event for prospective Master's students on Thursday, 12 March at in the NO building atrium. More information about our research.

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The Group. News Further news. Research More information about our research. Collaborative Seismic Earth Model.Founded by the Swiss Federal Government in with the stated mission to educate engineers and scientists, the school focuses exclusively on science, technology, engineering and mathematics.

ETH is a federal institute i. The decision for a new federal university was heavily disputed at the time; the liberals pressed for a "federal university", while the conservative forces wanted all universities to remain under cantonal control, worried that the liberals would gain more political power than they already had.

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In the first doctorates were awarded. Inanother reorganization structured the university in 12 departments. However, it now has 16 departments. ETH Zurich is ranked among the top universities in the world.

Typically, popular rankings place the institution as the best university in continental Europe and ETH Zurich is consistently ranked among the top universities in Europe, and among the top best universities of the world. Historically, ETH Zurich has achieved its reputation particularly in the fields of chemistrymathematics and physics. The most recent Nobel Laureate is Richard F. Heck who was awarded the Nobel Prize in chemistry in Albert Einstein is perhaps its most famous alumnus.

In a comparison of Swiss universities by swissUP Ranking and in rankings published by CHE comparing the universities of German-speaking countries, ETH Zurich traditionally is ranked first in natural sciences, computer science and engineering sciences. In the survey CHE ExcellenceRanking on the quality of Western European graduate school programmes in the fields biology, chemistry, physics and mathematics, ETH was assessed as one of the three institutions to have excellent graduate programmes in all considered fields, the other two being the Imperial College London and the University of Cambridge.

ETH Zurich had a total budget of 1. For Swiss students, ETH is not selective in its undergraduate admission procedures.

Like every public university in Switzerland, ETH is obliged to grant admission to every Swiss resident who took the Matura. An applicant can be admitted to ETH even without any verifiable educational records by passing the comprehensive entrance exam.

As at all universities in Switzerland, the academic year is divided into two semesters.

ETH Zurich

Examinations are often held during examination sessions which are immediately before the beginning of the next semester only a few select courses offer an exam immediately after the semester ends. The regular time to reach graduation is six semesters for the Bachelor of Science degree and three or four further semesters for the Master of Science degree. The final semester is dedicated to writing a thesis.

Education at ETH Zurich generally focuses more on theoretical aspects than application and most degree programs contain a high amount of mathematical training. The main language of instruction in undergraduate Bachelor studies is German and for admission a proof of sufficient knowledge of the German language is required for Bachelor students.

ETH Zurich has two campuses. The main building was constructed — outside and right above the eastern border of the town, but nowadays it is located right in the heart of the city. As the town and university grew, the ETH spread into the surrounding vineyards and later quarters.

eth zurich physics

The main building stands directly across the street from the University Hospital of Zurich and the University of Zurich. The main building of ETH was built from to under Gustav Zeuner ; the architect, however, was Gottfried Semperwho was a professor of architecture at ETH at the time and one of the most important architectural writers and theorists of the age. Semper worked in a neoclassical style that was unique to him; and the namesake and architect of the Semperoper in Dresden.

It emphasized bold and clear massings with a detailing, such as the rusticated ground level and giant order above, that derived in part from the work of Andrea Palladio and Donato Bramante. At about the same time, Semper's ETH building was enlarged and received its impressive cupola. In September a new project to connect Science City by train was published.

It specializes in accelerator mass spectrometry AMS and the use of ion beam based techniques with applications in archeologyearth scienceslife sciencesmaterial sciences and fundamental physics. An example of such application is the tracing of isotopes and the detection of rare radionuclides with radiocarbon dating and the use of techniques such as Rutherford backscattering spectrometry or elastic recoil detection.

It is also a laboratory available for users interested in applying the techniques of ion beam analysis.

Top 50 - Best Universities in the World for Physics 2019

ETH students were found to be the busiest students of all institutions of higher education in Switzerland. ETH has well over student associations. The associations regularly organize events with varying size and popularity. Sometimes, the annual Erstsemestrigenfest takes place at extraordinary locations, for example the Zurich Airport.Scientists at ETH have observed a surprising twist in a quantum system caused by dissipation. To explain it, they found a concrete analogy to mechanics.

The first sub-femtosecond study of the linear photon momentum transfer during an ionisation process provides unprecedented insight into the birth of photoelectrons.

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ETH researchers have developed an infrared spectrometer that can be accommodated on a small chip. Engineering quantized gauge fields coupled to ultracold matter promises a versatile platform to tackle problems ranging from condensed-matter to high-energy physics.

ETH physicists have measured how electrons in transition metals get redistributed within a fraction of an optical oscillation cycle. Our goal is to convey the competences necessary for scientific work, the capability for solving intricate problems, and the skills necessary for working in team-oriented environments. Homepage Navigation Content Sitemap Search.

The Institute. Unexpected twist in a quantum system Scientists at ETH have observed a surprising twist in a quantum system caused by dissipation. The moment photoelectrons are born The first sub-femtosecond study of the linear photon momentum transfer during an ionisation process provides unprecedented insight into the birth of photoelectrons. Smaller than a coin ETH researchers have developed an infrared spectrometer that can be accommodated on a small chip. How light steers electrons in metals ETH physicists have measured how electrons in transition metals get redistributed within a fraction of an optical oscillation cycle.

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Main content Research. Read more.The programme prepares students for a future research career in High Energy Physics but it is also an excellent preparation for many other activities outside academia.

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In particular, students will learn to solve challenging problems in a very competitive environment. Candidates should apply to the institution where they intend to spend the first year of the program. The two-year programme offers a coherent education in theoretical and experimental High Energy Physics.

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In addition, specialized courses on various modern areas of High Energy Physics will be offered. The Joint Master programme is set up symmetrically between the two universities: Students spend one year in Zurich, and one year at Ecole Polytechnique in Palaiseau. The first year consists of lectures covering the fundamentals of High Energy Physics, as well as exercises and laboratory work. The second year consists of specialized lecture courses, followed by a 6-month Master thesis.

Homepage Navigation Content Sitemap Search. ETH Zurich. Important information for applicants Language of instruction: Language of instruction for this master programme Prerequisites: Application and admission prerequisites Application process: How to apply Financial aspects: Tuition fees and scholarships.Control and manipulation of the translational motion of atoms and molecules using inhomogeneous magnetic fields.

Control and manipulation of the translational motion of atoms and molecules using inhomogeneous electric fields. Due to the spread of the coronavirus, ETH Zurich has switched to emergency operation. The buildings are no longer open with immediate effect. Please use the central website to keep yourself informed about further measures taken by ETH Zurich. There you will also find answers to the most important questions. To ETH's coronavirus web page. Our research activity can be broadly divided into two main areas: high-resolution atomic and molecular spectroscopy and atom and molecule optics.

For a list of colloquia, talks and collaborative events, see our event page. Homepage Navigation Content Sitemap Search. The Group. Multistage Zeeman Deceleration Control and manipulation of the translational motion of atoms and molecules using inhomogeneous magnetic fields.

Spectroscopy of Ultra-Cold Samples Investigation of ultra-cold cesium atoms at temperatures in the micro-Kelvin range. Rydberg Stark Deceleration Control and manipulation of the translational motion of atoms and molecules using inhomogeneous electric fields. Main content Special Communication Information on the coronavirus Due to the spread of the coronavirus, ETH Zurich has switched to emergency operation.

Research Our research activity can be broadly divided into two main areas: high-resolution atomic and molecular spectroscopy and atom and molecule optics.

Events For a list of colloquia, talks and collaborative events, see our event page.


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