[GRAPHICS]Reversible polarity-dependent resistance (PDR) switching in phase-change (PC) films is feasible. Nanometer-scale crystalline marks are produced in amorphous Ge2Sb2+xTe5 films by electrical pulses through an AFM tip. In these marks, PDR switching is demonstrated with three orders of magnitude current contrast using less than 1.5 V. No current contrast between the crystalline marks in the high-resistance state and the amorphous if background is observed.</p
Phase-change materials are identified as promising candidates for the future non-volatile memory app...
Phase change materials have been extensively studied due to their promising applications in phase ch...
Chalcogenide glassy semiconductors exhibit ultrafast reversible electrical switching from highly res...
[GRAPHICS]Reversible polarity-dependent resistance (PDR) switching in phase-change (PC) films is fea...
In this paper, we demonstrate reversible resistance switching in a capacitorlike cell using a Ge-Sb-...
We show that polarity-dependent resistance switching in GeSbTe thin films depends strongly on Sb com...
In this paper, we demonstrate reversible resistance switching in a capacitorlike cell using a Ge–Sb–...
Besides the well-known resistance switching originating from the amorphous-crystalline phase-change ...
Phase-change materials are identified as promising candidates for the future non-volatile memory app...
Phase-change memory (PCM) utilizes the fast reversible phase transition between crystalline and amor...
Phase change materials based on chalcogenides are key enabling technologies for optical storage, suc...
The electrical properties of a nanoscale prototype capacitor-like cell structure using an amorphous ...
Phase-change materials are identified as promising candidates for the future non-volatile memory app...
Phase change materials have been extensively studied due to their promising applications in phase ch...
Chalcogenide glassy semiconductors exhibit ultrafast reversible electrical switching from highly res...
[GRAPHICS]Reversible polarity-dependent resistance (PDR) switching in phase-change (PC) films is fea...
In this paper, we demonstrate reversible resistance switching in a capacitorlike cell using a Ge-Sb-...
We show that polarity-dependent resistance switching in GeSbTe thin films depends strongly on Sb com...
In this paper, we demonstrate reversible resistance switching in a capacitorlike cell using a Ge–Sb–...
Besides the well-known resistance switching originating from the amorphous-crystalline phase-change ...
Phase-change materials are identified as promising candidates for the future non-volatile memory app...
Phase-change memory (PCM) utilizes the fast reversible phase transition between crystalline and amor...
Phase change materials based on chalcogenides are key enabling technologies for optical storage, suc...
The electrical properties of a nanoscale prototype capacitor-like cell structure using an amorphous ...
Phase-change materials are identified as promising candidates for the future non-volatile memory app...
Phase change materials have been extensively studied due to their promising applications in phase ch...
Chalcogenide glassy semiconductors exhibit ultrafast reversible electrical switching from highly res...