| Dr | Jipeng | Gu | Peking University | China | Renewable Energy Technologies | Hybrid Energy | Best Researcher Award | View Profile |
| Ms | JINITHA | C G | Holy Cross College (Autonomous), Nagercoil - 629004 | India | Environmental and Sustainable Materials | Electrochemical Applications | Best Researcher Award | View Profile |
| Dr | JingYi | Lu | Management and Science University | China | Social Sciences | Educational Psychology | Best Researcher Award | View Profile |
| Dr | Jingwei | Tian | Harbin Institute of technology | China | Engineering | Civil engineering | Best Researcher Award | View Profile |
| Assoc. Prof. Dr | Jingrong | Cheng | Sericultural & Agri-Food Research Institute, Guangdong Academy of Agricultural Sciences | China | Nanotechnology | Efficient absorption of active factors | Women Researcher Award | View Profile |
| Prof | Jilei | Li | Institute of Geology and Geophysics, Chinese Academy of Sciences | China | Earth and Planetary Sciences | Petrology | Best Researcher Award | View Profile |
| Mr | Jie | WANG | Beijing normal university | China | Psychology | irt | Best Researcher Award | View Profile |
| Ms | Jiaojiao | Lei | Gansu Agricultural University | China | Others | Land use；Land ecology | Young Scientist Award | View Profile |
| Prof. Dr | Jianwei | Zhou | China University of Geosciences, Wuhan, China | China | Environmental Science | Prevention and control of acid water and heavy metal pollution in mines Ecological restoration of mining areas | Best Researcher Award | View Profile |
| Dr | Jiahao | Cai | Guangzhou Women and Children's Medical Center | China | Neuroscience | Neurology, Pediatrics | Best Researcher Award | View Profile |
| Ms | Jia | Liu | Shandong university | China | Others | newcomer socialization | Best Researcher Award | View Profile |
| Prof | Ji | Chen | Northwest Institute of Eco-Environment and Resources, Chinese Academy of Sciences | China | Engineering | Structural engineering | Outstanding Contributions in Academia Award | View Profile |
| Dr | Jhuma | Bhadra | Sarojini Naidu College for Women | India | Biochemistry, Genetics and Molecular Biology | Chemical Biology | Best Researcher Award | View Profile |
| Prof | Jerzy | Trojan | CEDEA/ICGT and INSERM/Univ. Paris-Saclay | France | Medicine and Health Sciences | Immuno - gene therapy | Excellence in Innovation | View Profile |
| Prof | Jennene | Greenhill | Southern Cross University | Australia | Nursing and Health Professions | Older people and rural health | Best Researcher Award | View Profile |
| Prof | Jenna Marie | Randolph | University of Bologna | Italy | Social Sciences | Global Health | Best Researcher Award | View Profile |
| Mr | Jean-Philippe | Valois | Université de Lille | France | Computer Science | Optimization and High-Performance Computing | Young Scientist Award | View Profile |
| Mr | Jaydevsinh | Zala | Parul University | India | Engineering | Mechanical | Best Innovator Award | View Profile |
| Dr | Jaydev Kumar | Mahato | University at Albany, SUNY, USA | India | Environmental Science | Water and waste water engineering, treatment and management | Best Researcher Award | View Profile |
| Dr | Jawher | Makhlouf | University of carthage | Tunisia | Chemical Engineering | An innovative organic–inorganic composite material, [Cu2Cl6(C2O4)](C3H5N2)4, was successfully synthesized via an aqueous route and comprehensively characterized. Single-crystal X-ray diffraction revealed its crystallization in the triclinic system (Pspace group), featuring an asymmetric unit comprising four cationic motifs and two anionic entities interconnected by extensive hydrogen bonding. X-ray powder diffraction confirmed the sample's purity. Thermal analysis (TGA/DTA) indicated the compound's stability up to 320 K, detailing its multi-stage decomposition. Optical analyses demonstrated significant luminescent behavior, highlighting its potential for optoelectronic applications. Density Functional Theory (DFT) calculations provided critical insights into the material's electronic structure and reactivity. Natural Bonding Orbital (NBO) analysis precisely predicted charge transfer within the complex, while the calculated HOMO–LUMO gap further corroborated its promising optical properties. Notably, the compound exhibits remarkable nonlinear optical (NLO) properties, with the computed hyperpolarizability (βo) being 210 times higher in water solution compared to the gas phase, emphasizing the significant impact of solvent environment, particularly green solvents, on its NLO response. The effect of implicit solvents on NLO properties has been theoretically analyzed by using SDM model. The βo response was 210 times higher in solvent (water) compared to the response in the gas phase. These findings underscore the potential of this new hybrid material for advanced functional applications. | Best Researcher Award | View Profile |