16 October 2026. Siemens says its new lithography simulation technique addresses the critical runtime and complexity challenges of leading-edge patterning for AI compute and memory devices.
Siemens reports that the technique is over 10 times faster for EUV lithography simulation.
The company states the technique targets runtime and complexity challenges in leading-edge patterning.
The work covers patterning for AI compute and memory devices, according to the release.
Source: Electro Optics
Fraunhofer ISIT manufactures specialized semiconductor chips for IMS Nanofabrication's multibeam electron-beam systems, which write photomasks used in EUV lithography at 5 nm and below.
ASM International has introduced ASM Flowable Carbon, a PECVD Flowable Carbon film engineered for fill, planarization, and patterning in advanced logic and memory device scaling.
A joint team has created the first ultra-high-resolution stretchable quantum dot display that keeps its image sharp while stretching like skin. By chemically bonding quantum dots to an elastic polymer and stamping fine patterns via a new LIFT process, they reached 16,000 pixels per inch and 53,300 nits, far surpassing earlier stretchable devices, with stable operation at 65% elongation. The advance could accelerate commercial wearable displays and electronic skin.
