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#APPLIED PHYSICS JOBS FULL#

Summer Research Internship in Smart Textiles - Save the World with Your Skills! Please see more information below.Durability of thin-film perovskite solar cells.More details can be found here: NanoSpin brochure Milestone: Demonstration of multisensory recognition and prediction using an integrated system of sensors and memristor networks. Learning outcomes: Memristor structure design, nanofabrication, system integration, supervised learning methods, characterization. The project aims at the development of nanoscale memristor networks for multisensory learning tasks. Memristor networks for multisensory learningĬontact: Dr. Milestone: Demonstration of neuromorphic computing using voltage control of magnetic skyrmions.ģ. Learning outcomes: Multilayer thin-film growth (magnetron sputtering), fabrication of crossbar junctions (laser-writing lithography), transport measurements (cyclic voltammograms, galvanostatic charge-discharge measurements, chronoamperometry), magnetic characterization (magneto-optical Kerr effect microscopy). The project studies voltage control of topological magnetic particles known as skyrmions using a solid-state lithium-ion battery technology. Using lithium-ion battery technology to control topological magnetismĬontact: Dr.

Milestone: Demonstration of magnon-phonon coupling by co-excitation and time-resolved optical imaging.Ģ. Learning outcomes: Thin film deposition techniques (pulsed laser deposition), nanofabrication (optical and e-beam lithography), device characterization (broadband spin-wave spectroscopy and time-resolved magneto-optical Kerr effect microscopy). The project focuses on extending the functionalities of magnonic systems by coupling magnon excitations to micromechanical oscillations (phonons) in suspended yttrium iron garnet (YIG) bridges. Magnon-phonon coupling in suspended YIG bridgesĬontact: Dr. Memristor networks for multisensory learningġ.Using lithium-ion battery technology to control topological magnetism.Magnon-phonon coupling in suspended YIG bridges.

#APPLIED PHYSICS JOBS FULL#

The full schedule is available below in PDF. The info sessions will be held at Nanotalo-building (Puumiehenkuja 2) on Tuesday Jan 17 at 10-12 and Wednesday Jan 18 at 12-14. The department will arrange two info sessions about summer job positions where you can come meet the research groups and hear details about the projects. Interviews will take place between Jan 30 and Feb 12, and selected candidates will be contacted with job offers starting from February 13 at the earliest. In general questions regarding the process, please contact Hanna Multisilta from the HR team and in project specific questions, please contact the person in charge of the project.

Motivation letter (including possible project preferences).

Please include the following documents in your application: Please submit your application through our recruitment system: Summer Jobs 2023 at the Department of Applied Physics | Aalto University The application period is open and the deadline for applications is January 25. There are twenty-two research groups in total, and you can apply to work in up to five of these. Many of the department's summer employee positions make it possible to facilitate reporting for your studies (such as bachelor’s thesis and special assignments). The Department of Applied Physics is offering multiple summer employee positions for summer 2023 in theoretical, computational and experimental physics. We are looking for BSc or MSc degree students at Aalto or some other university to work with us.