A performance gap between the CPU and the memory is growing more and more : the CPU is waiting the information. The development of new technologies of memories is becoming a necessity to support the evolution of microelectronics. Among them, resistive memories represent the best candidates for the development of new systems capable of boosting the performances of a computer. However, such memories have to be integrated in series with a Back-End selector device in order to achieve their full performances. The aim of this thesis is to studied the electrical ovonic threshold switching (OTS) in amorphous chalcogenides targeting the development of selector devices. An experimental work evaluate different materials based on the Ge30Se70 and As2Te...
Chalcogenide glasses are a class of covalent amorphous semiconductors with interesting properties. T...
In order to make 3D crossbar memory architectures viable, selector elements with highly non-linear c...
XAS measurements with synchrotron radiation were performed at the BM08/LISA beamline of the European...
A performance gap between the CPU and the memory is growing more and more : the CPU is waiting the i...
Dans le domaine des mémoires pour la microélectronique, il apparait que les performances des technol...
The implementation of dense, one-selector one-resistor (1S1R), resistive switching memory arrays, ca...
9:15 AM - EP07.04.03 Atomistic Insight on the Threshold Switching Mechanism in Innovative Amorphous...
We performed a study on the scalability of Ovonic Threshold Switching (OTS) devices using an amorpho...
The electronic structure and conduction mechanism of chalcogenide-based Ovonic threshold switches (O...
The electronic structure and conduction mechanism of chalcogenide-based Ovonic threshold switches (O...
Abstract—Chalcogenide-based switching materials have poten-tial applications in power control and in...
Chalcogenide materials which can be used in the development of electrical memory were studied in the...
Density functional theory simulations are used to identify the structural factors that define the ma...
Ovonic threshold switches are a favored choice for chalcogenide-based amorphous (a-) GeSex selector ...
The choice of the ideal material employed in selector devices is a tough task both from the theoreti...
Chalcogenide glasses are a class of covalent amorphous semiconductors with interesting properties. T...
In order to make 3D crossbar memory architectures viable, selector elements with highly non-linear c...
XAS measurements with synchrotron radiation were performed at the BM08/LISA beamline of the European...
A performance gap between the CPU and the memory is growing more and more : the CPU is waiting the i...
Dans le domaine des mémoires pour la microélectronique, il apparait que les performances des technol...
The implementation of dense, one-selector one-resistor (1S1R), resistive switching memory arrays, ca...
9:15 AM - EP07.04.03 Atomistic Insight on the Threshold Switching Mechanism in Innovative Amorphous...
We performed a study on the scalability of Ovonic Threshold Switching (OTS) devices using an amorpho...
The electronic structure and conduction mechanism of chalcogenide-based Ovonic threshold switches (O...
The electronic structure and conduction mechanism of chalcogenide-based Ovonic threshold switches (O...
Abstract—Chalcogenide-based switching materials have poten-tial applications in power control and in...
Chalcogenide materials which can be used in the development of electrical memory were studied in the...
Density functional theory simulations are used to identify the structural factors that define the ma...
Ovonic threshold switches are a favored choice for chalcogenide-based amorphous (a-) GeSex selector ...
The choice of the ideal material employed in selector devices is a tough task both from the theoreti...
Chalcogenide glasses are a class of covalent amorphous semiconductors with interesting properties. T...
In order to make 3D crossbar memory architectures viable, selector elements with highly non-linear c...
XAS measurements with synchrotron radiation were performed at the BM08/LISA beamline of the European...