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Showing 1 to 20 of 111 for “"spintronic"”.
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Magnetic Weyl Semimetals for Spintronic Applications
… of topological materials that hold promise for spintronic applications due to their unconventional transport properties, which arise from both bulk and surface topological states, as well as the rich interplay between band topology and magnetism. Among the family of semimetallic materials, the …
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Magnetic thin films For spintronic memory
… structures can be used to encode Os and Is in spintronic memory. Chiral domain walls and skyrmions have been seen in magnetic thin films sandwiched between non-identical non-magnetic materials which have high spin-orbit coupling and Dzyaloshinskii-Moriya interaction. An optimization of the …
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Half-metallic CrO_2 thin films for spintronic applications
CrO_2 is a well-established half-metallic oxide with near perfect spin polarization - known to have the highest spin polarization among all known materials theoretically as well as experimentally. This means that the conduction electrons in CrO_2 have only one kind of spin i.e. conduction is due …
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Spintronic and plasmonic applications of electrodeposition on semiconductors
… the prospects of applications in the area of Spintronics and Plasmonics.<br/>Firstly, the excellent current-voltage and capacitance-voltage characteristics of electrodeposited Schottky barriers indicate that they have an ideality factor close to unity and that the reverse bias leakage is …
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Study of vdW Magnetic Materials for Spintronic Applications
… materials for their application in developing spintronic devices to form the building blocks of neuromorphic and stochastic computing architectures. Use of correlated systems like ferromagnets provides a way towards low energy device switching, while 2D nature of the materials provides an …
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Hybrid Magnonics in Antiferromagnets and Cavity Spintronic Devices
… coupling strength, enables the integration of spintronic techniques to control the magnon subsystem dynamics via electrical currents. Along this line, in the third work, we theoretically propose a novel microwave oscillator device: a spin-torque-oscillator maser, which combines a spin-torque …
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Novel Quantum Materials for Spintronic and Opto-Electronic Applications
… play a crucial role in the development of spintronics and opto-electronics, as their properties can greatly influence device performance. For instance, in spintronics, materials such as ferromagnetic half-metals, Giant Magnetoresistants (GMR), and magnetic semiconductors have been …
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Nanoscale Systems for Optical, Electro-Optic, and Spintronic Applications
… that include optical sensors, photovoltaics, and spintronics. As the size of a material is reduced to the low-dimensional regime, where an electron’s degrees of freedom are limited, distinct optical and electronic properties begin to emerge. To realize optimized properties at the macroscale it is …
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Porphyrin Arrays and Perylene Diimide as Molecular Spintronic Components
… In this regard, the introduction of molecular spintronics brings more versatility to superior efficiency in information processing. Spintronic devices sharply contrast with traditional electronics by exploiting the electron spin degree of freedom in addition to the charge and key to the …
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Strain control of advanced magnetic systems for spintronic applications
… the experimental work in this area, focused on spintronic applications, has been targeted at thin single layer films, exploring interfacial effects between ferroelectric and magnetostrictive components. Spintronics, however, utilises a range of advanced magnetic systems to allow for maximum …
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Van der Waals magnetic materials for spintronic device applications
Submission published under a 24 month embargo labeled 'U of I Access', the embargo will last until 2027-08-01
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Magnetic and Spintronic Properties of Rare-Earth Iron Garnets
… anisotropy (PMA), and their potential for spintronic device applications has been studied extensively in recent years. In particular, thulium iron garnet (TmIG) has excited great interest due to record-breaking spin orbit torque-driven domain wall velocities over 2km/s and the presence of …
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High Anisotropy Magnetic Materials for Data Storage and Spintronic Memory
… to traditional CMOS technology through spintronic memory and logic devices. Spintronic memory relies on the spin of an electron rather than charge and is a promising candidate for achieving non-volatility which can provide dramatic energy savings. A key challenge for magnetic based …
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Spintronic device modeling and evaluation using modular approach to spintronics
<p>Spintronics technology finds itself in an exciting stage today. Riding on the backs of rapid growth and impressive advances in materials and phenomena, it has started to make headway in the memory industry as solid state magnetic memories (STT-MRAM) and is considered a possible candidate to …
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Investigation of wide bandgap semiconductors for room temperature spintronic, and photovoltaic applications
… bandgap semiconductors for room temperature (RT) spintronic, and photovoltaic applications is investigated.</p> <p>Spin properties of metal-organic chemical vapor deposition (MOCVD) – grown gadolinium-doped gallium nitride (GaGdN) are studied and underlying mechanism is identified. GaGdN exhibits …
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First-principles and Many-Body Methods: Implementations and Applications to Study Spintronic Materials
… are instrumental for the development of spintronic technology. Before we are able to engineer spintronic devices, it is necessary to understand the properties of materials from which spintronic devices are made, otherwise time and other resources will be wasted. In this thesis, we …
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Computing with Spintronics: Circuits and architectures
… towards the design of computing platforms with spintronic devices. 1) It explores the use of spintronic memories in the design of a domain-specific processor for an emerging class of data-intensive applications, namely recognition, mining and synthesis (RMS). Two different spintronic memory …
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Room temperature spin-orbit torque switching induced by a topological insulator
… spin-orbit physics and promising applications in spintronic devices. The strongly spin-moment coupled electronic states have been extensively pursued to realize efficient spin-orbit torque switching. However, so far current-induced magnetic switching with topological insulators has been observed …
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