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<p data-start="0" data-end="1388" data-is-last-node="" data-is-only-node="">During my postdoctoral tenure at <span class="hover:entity-accent entity-underline inline cursor-pointer align-baseline"><span class="whitespace-normal">Incheon National University</span></span>, South Korea (September 2023 &ndash; July 2024), I actively engaged in international research collaboration focused on advanced cement-based materials and carbonation curing technology. The collaboration primarily addressed the physicochemical and durability performance of CO₂-cured belite-rich cement incorporating industrial by-products such as electric arc furnace reduction slag. This joint research led to the publication titled <em data-start="500" data-end="628">&ldquo;Physicochemical properties of CO₂-cured belite-rich cement with electric arc furnace reduction slag as a partial replacement&rdquo;</em> in <span class="hover:entity-accent entity-underline inline cursor-pointer align-baseline"><span class="whitespace-normal">Developments in the Built Environment</span></span>. Furthermore, our work on carbonation curing mechanisms with set-controlling additives resulted in another publication, <em data-start="790" data-end="895">&ldquo;Carbonation curing effect on belite-rich cement paste with sugar or salt additive as a set controller&rdquo;</em>, published in <span class="hover:entity-accent entity-underline inline cursor-pointer align-baseline"><span class="whitespace-normal">Journal of Sustainable Cement-Based Materials</span></span> (Taylor &amp; Francis). In addition to these published works, three more collaborative research papers are currently in the pipeline for submission to reputed SCI/SCIE journals. This international collaboration significantly strengthened research networking, enhanced expertise in CO₂ sequestration-based curing techniques, and contributed to the development of sustainable, low-carbon cementitious systems for future construction applications.</p>
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