| Dr | Jing | Hao | The university of Hong Kong | China | Data Analysis Techniques | Computer Vision | Best Researcher Award | sciencefather.com |
| Prof | Roe-Hoan | Yoon | Virginia Tech | United States | Data Analysis Techniques | Mineral Processing | Best Researcher Award | sciencefather.com |
| Dr | Konstantinos | Blazakis | Technical university of Crete | Greece | Data Analysis Techniques | artificial intelligence, data mining, deep learning, machine learning, wind speed forecasting, solar irradiance forecasting, increased RES penetration, smart grids | Best Researcher Award | sciencefather.com |
| Ms | Liping | Deng | Fuzhou University | China | Data Analysis Techniques | Microstructure and properties of metals | Best Researcher Award | sciencefather.com |
| Dr | Jing | Xie | Peking University | China | Data Analysis Techniques | Geophysics | Best Researcher Award | sciencefather.com |
| Mr | Lindobuhle | Miya | University of Johannesburg | South Africa | Data Analysis Techniques | 6 | Best Researcher Award | sciencefather.com |
| Prof | Kun | Xiao | East China University of Technology | China | Data Analysis Techniques | Machine learning for uranium deposit identification | Best Researcher Award | sciencefather.com |
| Prof Dr | Leonardo | dos Santos Lima | Federal Center for Technological Education of Minas Gerais | Brazil | Effective field theory and renormalization | Condensed Matter Theory | Outstanding Scientist Award | |
| Prof | Jing | Li | JILIN UNIVERSITY | China | Effective field theory and renormalization | Geophysics | Best Researcher Award | sciencefather.com |
| Assoc Prof Dr | Dongdong | Mu | Dalian Maritime University | China | Effective field theory and renormalization | intelligent ship | Excellence in Innovation | sciencefather.com |
| Dr | SWAPNIL | SINGH | Indiana university | United States | Electroweak interactions and the standard model | Spectroscopy and Quantum Physics | Women Researcher Award | |
| Assoc Prof Dr | Tao | Li | 6/5000 Qingdao University of Science and Technology | China | Electroweak Physics | Separation of water-in-oil emulsions under electric field | Best Researcher Award | sciencefather.com |
| Assoc. Prof. Dr | Jie | Fan | Changchun University of Science and Technology | China | Electroweak Physics | Semiconductor Optoelectronic Device | Best Researcher Award | sciencefather.com |
| Assoc Prof Dr | Sajjad | Haider | King Saud University | Saudi Arabia | Experimental methods | Polymer and material application in environment and biomedical Field | Outstanding Scientist Award | |
| Mr | Arslan | Mahmood | Government College University Faisalabad Pakistan | Pakistan | Experimental methods | Nanoparticles and its Applications | Young Scientist Award | |
| Mr | Hamad | Khalel | Cranfield university | United Kingdom | Experimental methods | Civil engineering | Best Researcher Award | |
| Mr | Farrukh ibne | Mahmood | Arizona State University | United States | Experimental methods | Photovoltaics | Best Researcher Award | |
| Prof | Sheng-Yuan | Chu | Sheng-Yuan Chu, Professor, National Cheng Kung University | Taiwan | Experimental methods | ceramics, quantum dots, OLEDs and thin -film application | Best Researcher Award | |
| Prof Dr | Sergey N. | Grigoriev | Moscow State University of Technology "STANKIN" | Russia | Experimental methods | Wear resistance of the cutting tools, nano/multilayer coatings | Best Paper Award | |
| Prof | Malgorzata | Sliwinska-Bartkowiak | Adam Mickiewicz University, Faculty of Physics | Poland | Experimental methods | Currently her interest is focused on nano-porous materials (solid materials having pores of nanometer dimension), such as templated mesoporous materials (MCM-41, SBA, etc), activated carbons, carbon nanotubes, silicas, etc. Nano-porous materials play a prominent role in chemical processing, particularly in separation and as catalysts and catalyst supports. They can also form the basis of future technologies, involving energy storage, as nano-reactors, as sensors, fabrication of small devices of molecular dimensions, etc. Using mainly dielectric, diffraction and scanning microscopy methods she is working on freezing and melting phenomena of host nano-phases in these materials , with particular emphasis on the effects of phase behavior, thermodynamics, surface properties and structure. An understanding of such phenomena is central to the fabrication of many new nano-structured materials. Since many years she collaborates with Prof. Gubbins theoretical group from North Carolina State University, Raleigh. Recently she is working with melting behavior of ionic liquids in nanocarbon pores, the problems important for double layer supercapacitors working in low-temperature regimepores | Excellence in Research | |