114981 May 2026

Below are the most prominent research papers identified by this number:

It uses a "solid contact" ion-selective electrode based on a carbon nanofiber composite. 114981

Published in New Journal of Physics (2022), this paper addresses the complexities of quantum information transfer . Below are the most prominent research papers identified

The authors propose a method to transfer quantum states simultaneously across an entire system rather than one by one, which is essential for scaling up quantum computers. 2. GPGPU-Parallelized Contact Algorithms By processing contact forces in parallel, researchers can

It introduces a robust algorithm for the "Combined Finite-Discrete Element Method" (FDEM) specifically designed to run on NVIDIA GPUs (using CUDA).

It investigates how to optimize the shape of structures (like beams) to manage nonlinear vibration modes.

By processing contact forces in parallel, researchers can simulate complex physical interactions—like rocks breaking or structures collapsing—much faster than with traditional CPU methods. 3. Electrochemical Sensors for Pharmaceuticals