Original ResearchPublished 2 October 2026Social media use and cosmetic surgery consideration among Chinese university students: a cross-sectional test of serial mediation through beauty ideal internalization and self-objectificationXiujie Zhou · Danni Dai · Zhen LV · Fanghao Xiao · Chenyu Wang · Jianchao NiFrontiers in Communicationdoi 10.3389/fcomm.2026.1932859
Original ResearchPublished 1 October 2026Women workers’ labour market engagement and financial autonomy: the mediating role of government initiatives in Kerala, IndiaShahbaz Babar Khan · P. Mubarak Rahman · Jasvinder Sidhu · Najul LaskarFrontiers in Sociologydoi 10.3389/fsoc.2026.1882363
Original ResearchPublished 3 August 2026First-principles study of electrolyte components stability and orientation on MoS 2 surfaces: implications for SEI formation in sodium-ion batteriesLuis A. Selis · Utkarsh Vijay · Diego E. Galvez-ArandaFrontiers in Batteries and Electrochemistrydoi 10.3389/fbael.2026.1845442
Original ResearchPublished 24 June 2026Exploring the determinants of responsible investing: revisiting the role of emotional intelligence in investment behaviourRajesh Raut · Sushmitha Rao · Chanakya Kumar · Amruta Deshpande · Natashaa KaulFrontiers in Behavioral Economicsdoi 10.3389/frbhe.2026.1826273
SensorsPublished 21 October 2025Electrooxidation of dopamine using MoS 2 -Ag conductive ink on screen-printed electrodes for electrochemical sensingNtsoaki Mphuthi · Lucky Mashudu Sikwhivhilu · Suprakas Sinha Ray · Bulelwa NtsendwanaFrontiers in Sensorsdoi 10.3389/fsens.2025.1650004
CarbonPublished 9 January 2023Counter charge cluster formation in molecular doping of molybdenum disulfideJonghoon Lee · Gary Kedziora · Nicholas Glavin · Ajit K. RoyFrontiers in Carbondoi 10.3389/frcrb.2022.1089955
Electronic MaterialsPublished 8 August 2022Higher order neural processing with input-adaptive dynamic weights on MoS 2 memtransistor crossbarsLeila Rahimifard · Ahish Shylendra · Shamma Nasrin · Stephanie E. Liu · Vinod K. Sangwan · Mark C. Hersam · Amit Ranjan TrivediFrontiers in Electronic Materialsdoi 10.3389/femat.2022.950487
