SciOpentup

12/08/2025

🔬 Exciting breakthrough in ultrahigh-temperature materials!

Researchers have successfully developed a novel porous dual-phase high-entropy ceramic that combines exceptional thermal resistance (>2000°C) with remarkable porosity levels of up to 96.4%.

This innovative material, featuring both high-entropy boride and carbide phases, demonstrates extraordinary properties: ultra-low density (0.31 g/cm³), impressive strength, and superior thermal insulation capabilities.

What makes this particularly fascinating is the unique fabrication approach using foam-gelcasting-freeze drying technology, creating a uniform porous structure that maintains structural integrity under extreme conditions.

The implications for aerospace, energy, and industrial applications are significant. Could this be the next generation of thermal protection systems?

Read the full research: https://www.sciopen.com/article/10.26599/JAC.2025.9221132

Tsinghua University

12/08/2025

🎥 Throwback: Behind the Scenes at the SciOpen Annual Meeting 2024

At SciOpen, we believe science moves forward when people connect, collaborate, and share ideas openly.

Check out the behind-the-scenes highlights from the 2024 Annual Meeting, which brought together our global team of strategists, editors, technologists, and communicators each driven by a shared passion to push the boundaries of STM research.

From empowering authors to helping journals thrive, our work is about more than publishing, it’s about building a vibrant, open scientific community where knowledge is accessible to all. 🌍📚

Catch this special throwback video and see the faces making it happen.
https://www.youtube.com/watch?v=s59RXmLrjwY

Tsinghua University

At SciOpen, we believe science moves forward when people connect, collaborate, and share ideas openly. Check out the behind-the-scenes highlights from the 20...

11/08/2025

📢 Call for Papers – Special Issue on Cardio-Renal Research in Medical Advances

We are now inviting original research and review articles exploring the heart–kidney connection from syndromes and diagnostics to metabolism, imaging, and beyond.

This special issue will highlight cutting-edge discoveries and clinical insights shaping the future of cardio-renal science.

🌍 Led by a distinguished global editorial team:
Prof. Yong Liu, Prof. Ming Li, Dr. Wei Wei & Dr. Jian Liu – Guangdong Provincial People’s Hospital

Prof. Amanda Wang – Macquarie University, Australia

Prof. Jinwei Tian – Harbin Medical University

Dr. Dongmei Xie – 國立中山大學 National Sun Yat-sen University（NSYSU）

📅 Submit your manuscript: https://mc.manuscriptcentral.com/madv

🔗 Read the full Call for Papers info: https://onlinelibrary.wiley.com/page/journal/28344405/homepage/call-for-papers/si-2024-000537

Tsinghua University

11/08/2025

🔬 Curiosity drives progress and science turns curiosity into discovery.

This , take a journey through the latest breakthroughs in medicine, engineering, energy, space, and beyond.

With SciOpen, you can freely access a diverse collection of world-class, peer-reviewed science journals all in one place.

Whether you’re a researcher, student, or lifelong learner, SciOpen is your gateway to knowledge that can change the world.

Start exploring the ideas shaping our future: https://t.co/SQOARzAJAd

Tsinghua University

08/08/2025

What happens when hypersonic flows encounter blunt noses?

New research unveils two distinct wave patterns competing in boundary layers at Mach 5.9. Pattern A shows slow energy amplification 📈 over long distances in the entropy layer, while Pattern B exhibits rapid transient growth within the boundary layer itself.

Using advanced resolvent analysis, scientists identified wall cooling as an effective control method for nonmodal instabilities.

This breakthrough study challenges conventional understanding and offers new pathways for controlling instabilities in high-speed aerospace applications. 📖 https://www.sciencedirect.com/science/article/pii/S1000936125000676

Tsinghua University

08/08/2025

🔬What if we could revolutionize ceramic manufacturing using water as a transient liquid phase at dramatically lower temperatures?

Scientists just proved it possible!

Through nanoscale engineering, researchers achieved 94% densification of water-insoluble ceramics at 300°C, a fraction of traditional sintering temperatures. 🌡️

The secret lies in combining dislocation-mediated plastic deformation with interfacial dissolution at the nanoscale. 🧪

This breakthrough opens new possibilities for energy-efficient ceramic production with superior mechanical and electrical properties.

Read the full article:
https://www.sciopen.com/article/10.26599/JAC.2025.9221133

👨‍🔬 Kudos to Dr. Ruichong Chen and the research team for this groundbreaking work published in the Journal of Advanced Ceramics!

🔗 Learn more about Dr. Chen's research: https://jxgc.cdu.edu.cn/info/1177/10164.htm

Tsinghua University九州大学　Kyushu University 四川大学

07/08/2025

The future of fluid simulation is here!

💨 New research delivers major gains in computational efficiency; in some cases, complex flow analyses can run in minutes instead of hours.

The novel IMEX-TSRK methods retain high accuracy with significantly fewer calculations, making high-fidelity simulations more accessible to more engineers.

Key innovation: an adaptive algorithm that intelligently switches between implicit and explicit methods based on spatial regions.

This breakthrough could help democratize advanced CFD!
https://www.sciencedirect.com/science/article/pii/S1000936125000482

Tsinghua University

07/08/2025

📢 Call for Papers!

Visual Intelligence invites original research across AI, visual perception, recognition, and computing!

🔍 Fast peer review
💸 No APCs (sponsored by CSIG)
🌍 Global visibility

Submit your work today: https://www.sciopen.com/journal/2097-3330

Thanks to our EIC Prof. Yaonan Wang and the Associate Editors-in-Chief for maintaining quality and impact. 🙌

06/08/2025

💡 Ever wondered why X-ray imaging quality has hit certain limits?

Here's a game-changer that might surprise you! Researchers just unlocked a "holy grail" combination achieving both high crystallization (58%) AND exceptional transparency (90%) in the same material.

Professor Daqin Chen's innovative approach to NaLuF4:Tb3+ glass-ceramics is rewriting the rules of scintillator physics.

The result? 25.3 lp/mm resolution that pushes boundaries we thought were fixed.

What's truly exciting is how this opens doors we didn't even know existed in luminescent materials!

🔬 Explore the breakthrough: https://www.sciopen.com/article/10.26599/JAC.2025.9221122

🎓 About the innovator: https://cpe.fjnu.edu.cn/18/b9/c16502a399545/page.htm

Tsinghua University

04/08/2025

🧬 What if the vaccine that could prevent the next global outbreak is already hidden in a research paper?

is a time to spotlight the science powering disease prevention.

From lab to life, immunization research is transforming public health worldwide. 🌍💉

📖 Stay informed on the latest breakthroughs in vaccine development and medical science via SciOpen.

🔗 Explore more: https://t.co/EmuQ1Icx2u

04/08/2025

🔒🚗 What’s the secret to building smarter cars without sacrificing privacy?

Federated learning, the technology quietly revolutionizing automotive AI.

This innovative approach allows vehicles to collaboratively train AI models while keeping all personal data local.

Key Benefits:

🎯 Personal data never leaves your vehicle

🎯 Smarter driver assistance systems

🎯 Predictive maintenance that anticipates issues

🎯 Tailored, personalized in-car experiences

🎯 Lower communication costs

🎯 Privacy-first, collaborative learning

The result?

Enhanced safety, efficiency, and user experience without the privacy risks of traditional centralized AI.

It's collaborative intelligence, redefined for the automotive era.

👉 Read the full research: https://www.sciopen.com/article/10.26599/HTRD.2025.9480055

💭 What are your thoughts on privacy-preserving AI in automotive systems?

We’d love to hear your insights below!

Tsinghua University Technical University of Munich Asia - TUM Asia

01/08/2025

💙 World Breastfeeding Day 2025: Spotlight on WHO’s Global Impact

World Health Organization evidence-based guidelines like exclusive breastfeeding for the first 6 months have significantly reduced infant mortality and improved lifelong immunity.

📊 Studies show:

✔️ 820,000 child lives could be saved annually with universal breastfeeding

✔️ Supports cognitive development and maternal health outcomes

🌍 At SciOpen, we publish research that powers such global health policies.

📚 Follow SciOpen Open Access Resource for insights that inform and inspire healthcare progress.

Tsinghua University