Yanguang Li is currently a Professor in the Institute of Functional Nano &amo; Soft Materials (FUNSOM) at Soochow University, China. His research focuses on nanostructured functional materials for energy applications, particularly in the realm of electrocatalysis, photocatalysis and batteries. At present, he has coauthored >150 peer-reviewed papers, and received a total citations of ~37000 times. In 2017-2024, he has been selected as the “Highly Cited Researcher” by Clarivate in the category of Chemistry and Materials Science.
The journey of scientific discovery parallels this concept of fundamental understanding. Just as a programmer must grasp the basic principles of binary logic to create sophisticated software, researchers must delve deep into the fundamental aspects of scientific problems to achieve meaningful breakthroughs. Lab Academic Press recognizes that transformative discoveries often emerge from this foundational level of inquiry—where basic principles are questioned, examined, and understood anew.
Our commitment to "Open & Impact" ensures that groundbreaking research reaches the widest possible audience, maximizing its potential to influence future scientific endeavors. Through "Open & Integrity," we maintain rigorous standards while making knowledge accessible to all. The "Open & Interdisciplinary" approach recognizes that fundamental discoveries often arise at the intersection of different fields, just as complex systems emerge from simple binary interactions. Finally, "Open & Inclusion" ensures that diverse voices and perspectives contribute to the scientific dialogue, enriching our collective understanding.
Lab Academic Press positions itself at the frontier of scientific publishing by focusing on research that pushes the boundaries of fundamental understanding. We believe that just as the simple binary system revolutionized technology, breakthrough insights at the fundamental level can transform entire fields of study. By publishing work that deepens our grasp of basic scientific principles, we contribute to the advancement of human knowledge and development.
1. Could you elaborate on your perspective regarding the significance of "Open & Impact" in the context of our journal's founding philosophy?
The "Open & Impact" is central to Energy Lab’s founding philosophy, reflecting our commitment to advancing energy science with both depth and reach. This column emphasizes groundbreaking research that addresses major global energy challenges. By prioritizing studies with transformative potential, we aim to highlight innovations that could reshape industries, influence policies, and drive tangible change in the energy landscape. The concept of "Open" in this context is equally important, as Energy Lab is dedicated to being an open-access journal, ensuring that cutting-edge research is freely accessible to all—whether they are academics, industry professionals or policymakers. The synergy of openness and impactful research is key to accelerating advancements in energy technologies and contributing to the global shift toward sustainable energy systems.
2. How do you perceive the role of "Open & Integrity" in upholding the standards of our journal?
I believe that the "Open & Integrity" plays a crucial role in upholding the high standards of Energy Lab by ensuring that the research we publish is not only of the highest scientific quality but also transparent, reproducible, and ethically conducted. This column focuses on publishing studies that adhere to rigorous methodologies, clear experimental designs, and thorough data analysis, so our readers can fully trust the findings. By prioritizing both openness and integrity, we create an environment where scientific research can thrive, fostering innovation while ensuring that the findings contribute to the advancement of energy science in an ethical and reproducible manner. Ultimately, this column is vital in maintaining the credibility of Energy Lab as a trusted platform for cutting-edge energy research that drives real-world impact.
3. What is your vision for promoting "Open & Interdisciplinary" collaboration through our journal?
My vision for promoting "Open & Interdisciplinary" collaboration through Energy Lab is to create a platform where diverse scientific fields come together to tackle the complex challenges of energy science. Energy systems require insights from a wide range of disciplines—chemistry, materials science, engineering, physics, and even economics and policy—so fostering interdisciplinary collaboration is essential for developing innovative, scalable solutions. Through this column, we aim to showcase research that bridges these disciplines, highlighting how the integration of different perspectives can lead to breakthroughs. Additionally, Energy Lab will encourage the publication of interdisciplinary reviews and perspectives that explore how cross-disciplinary work can accelerate progress. By actively supporting these collaborative efforts, we hope to inspire researchers from various fields to share knowledge and work together, ultimately driving the development of sustainable, efficient, and innovative energy technologies.
4. How do you envision "Open & Inclusion" contributing to the inclusivity and diversity of our journal's content and community?
"Open & Inclusion" is essential to ensuring that Energy Lab represents a diverse and global scientific community, fostering an environment where all voices—regardless of gender, background, or geographic location—are given the platform and recognition they deserve. This column will actively highlight research from underrepresented communities and early-career researchers, ensuring that diverse perspectives, methodologies, and experiences are integrated into the dialogue surrounding energy science. By promoting inclusivity, we aim to enrich the journal’s content, encouraging innovation that arises from a broad spectrum of viewpoints and cultural contexts. Through "Open & Inclusion," we hope to break down barriers to participation, enabling contributions from diverse voices to address the complex, global challenges of energy sustainability.
