… The mechanisms of resistive switching are based … resistive memories. The central question
addressed in this paper is: what is the smallest volume of matter needed for resistive memory…

… limits, more advanced storage nanodevices, which can probably overcome the scaling limits
of Flash memory, are … mechanism from conventional resistive memories. The cell of Mott …

… Read and write noise limit the accuracy with which the resistive memories can be read or …
Given the potential energy scaling benefits of resistive memory crossbars, more work is need to …

… memories from a theoretical … a resistive memory device and calculate its effect on neighboring
devices. We outline the engineering tradeoffs that are expected with continued scaling, …

… scaling of conventional silicon based memories such as DRAM, SRAM and NAND Flash
surpassed the 20 nm technology node and further miniaturization faces serious physical limits. …

… , fast and scalable memory technologies are being researched for data storage and data-driven
computation. Among the emerging memories, resistive switching memory (RRAM) raises …

… With 10% readout margin on the resistive load, a memory … /off ratio of 43 is necessary to
scale the memory to 512 × 512. … critical limitation to the scalability of molecular memory circuits. …

… scaling of semiconductor memory technologies is increasingly affected by fundamental limits.
… trends, it is possible (and perhaps likely) that resistive memories eventually replace most of …

… The status of incumbent memory technologies and their scaling limitations will be discussed.
Emerging memory technologies will be analyzed, … Scaling limits of resistive memories …

… , PCM, STT-MRAM, other resistive memories, flash memory, forms of DRAM that are optimized
… effective as the underlying memory technology nears its scaling limits at the physical level …