SciOpen

🧪 Incredible breakthrough! The Quadcomb lattice opens new doors for adaptive aircraft & robotics. Well done @flago2009.bsky.social 👏

#SciOpen #TUP #AcademicSky #Robotics

👏 Meet our expert Guest Editors shaping the future of cardio-renal science!
Prof. Yong Liu, Prof. Amanda Wang, Prof. Ming Li, Prof. Jinwei Tian, Dr. Dongmei Xie, Dr. Wei Wei & Dr. Jian Liu 🙌
We’re honoured to have their expertise guiding this special issue.
📧 medadv@tup.tsinghua.edu.cn

#editors

🧠🧪 Call for Papers: Special Issue on CardioRenal Research
We're inviting submissions on the heart-kidney axis from pathogenesis to therapeutics, imaging & epidemiology.
🔗 CFP: onlinelibrary.wiley.com/page/journal...

✍️ Submit: mc.manuscriptcentral.com/madv

@tsinghuauniversity.bsky.social #sciopen

🔬 This #NationalScienceWeek, explore breakthroughs shaping our future from medicine to space. #SciOpen gives you free access to world-class science journals across disciplines. Discover more: t.co/EmuQ1Icx2u

#TUP #OpenAccess #AcademicSky #Research #Science @tsinghuauniversity.bsky.social

🔬The science: At Mach 5.9, two distinct growth mechanisms emerge. Large wavelengths = slow amplification, small wavelengths = rapid transient growth. Wall cooling shows promise for instability control!

#EducationalResearch #Aerodynamics

🌪️ Hypersonic surprise! Scientists discover competing wave patterns in hypersonic boundary layers! This could reshape next-gen aircraft!
What's behind these mysterious "Pattern A" vs "Pattern B" behaviors?
www.sciencedirect.com/science/arti...

#SciOpen #TUP #AcademicSky #Aerospace

Excellent work by Dr. Ruichong Chen (Sichuan University and Kyushu University) and the research team for this groundbreaking work published in the Journal of Advanced Ceramics!
🔗 jxgc.cdu.edu.cn/info/1177/10...

#Academia #Authors #EducationalResearch

Key findings 📊:
Nanoscale Li₂TiO₃ (19.71nm) vs micron-scale powder
94.33% vs 78% relative density
Superior hardness (905 HV) and conductivity
New mechanism: dislocation-mediated plastic deformation + local dissolution

#AcademicSky #ResearchIntegrity #Science

🔬 Revolutionary findings in ceramics! Scientists just cracked the code on water-insoluble materials using nanoscale effects in cold sintering 🧪
94% density at just 300°C and 700 MPa vs traditional 1000°C!
Read how: www.sciopen.com/article/10.2...

@tsinghuauniversity.bsky.social #SciOpen #TUP

Key breakthroughs:
✅ Novel IMEX-TSRK method combines the best of implicit/explicit approaches
✅ Adaptive algorithm smartly partitions spatial regions
✅ 10x faster than traditional methods
✅ Same accuracy, fewer calculations

#Innovation #ResearchIntegrity

Simulate fluid flows 10× faster—no accuracy lost, no compromises. This changes the game.
New breakthrough in computational fluid dynamics changes everything! 🌊💨 Read the full research:
www.sciencedirect.com/science/arti...

#SciOpen #AcademicsSky #Science #Engineering

📢 Call for papers!
Publish in Visual Intelligence, a CSIG journal covering all aspects of visual computing & AI. 🤖
📬 Submissions open now!
💸 APCs fully covered.
🔗 sciopen.com/journal/2097-3330

#SciOpen #AcademicSky #AIresearch #CallForPapers #OpenAccess 🧪

👨‍🔬 Kudos to Professor Daqin Chen from Fujian Normal University for this groundbreaking research!
His expertise in luminescent materials continues to push boundaries 🌟
Learn more: cpe.fjnu.edu.cn/18/b9/c16502...

#Authors #EducationalResearch #ResearchIntegrity

Key achievements:
✅ 58% crystallization rate
✅ 90% transmittance at 542 nm
✅ 25.3 lp/mm spatial resolution
✅ Novel in-situ crystallization process
This paradigm shift opens new doors for advanced scintillator development!

#Science #AcademicResearch #Innovation

🔬 BREAKTHROUGH:
Precision meets clarity! New glass-ceramic achieves 90% transmittance + 58% crystallization for X-ray imaging!
How did researchers crack the code? 👇
Read the full study: www.sciopen.com/article/10.2...

@tsinghuauniversity.bsky.social #SciOpen #Research #AcademicSky

🛡️ This #NationalImmunizationAwarenessMonth, let's support evidence-based vaccine education! Knowledge saves lives. Read more about medicines via @sciopentup.bsky.social 💉📚

#Vaccine #AcademicSky #SciOpen #PublicHealth

Key Highlights:
🔹 Data stays in your vehicle – no costly transfers
🔹 Enhanced driver assistance system
🔹 Predictive maintenance capabilities
🔹 Personalized user experiences
🔹 Collaborative AI without compromising privacy

#Science #ConnectedVehicles #FederatedLearning #Privacy

💡 What if your car could learn from millions of others—without ever sharing your personal data? Federated learning is transforming automotive AI.
Discover how it protects privacy and improves driving experiences ⬇️
www.sciopen.com/article/10.2...

@tsinghuauniversity.bsky.social #SciOpen #AcademicSky

When spaceflight meets uncertainty 🌌
NASA, amid workforce turmoil, still aims high with SpaceX for the ISS.

Great insights via @washingtonpost.com

#SpaceInnovation #NASA #ScienceMatters #SciOpen #AcademicSky #SpaceX

💙 This #WorldBreastfeedingDay2025, we honor breastfeeding’s power to protect health.
🔍 Evidence shows it prevents up to 50% of diarrhea & 30% of respiratory infections.
🌍 Inspired by @who.int O & #SDGs, follow @sciopentup.bsky.social for science that supports global health.

#AcademicSky #SciOpen

Why this matters:
🔍 Roadside LiDAR fills sensing gaps in mixed traffic
📐 New placement methodology using density & uniformity metrics
🌐 C-V2X-based calibration converts to global coordinates
⚡ Smart fusion eliminates data redundancy issues

#Innovation #TechResearch #Science #ResearchIntegrity

🚦 The future of traffic management is here! New research shows how to perfectly calibrate roadside LiDAR systems with 97%+ accuracy. This could be the missing piece in smart transportation puzzles!
Discover the details ⬇️
www.sciopen.com/article/10.2...

#SciOpen #AcademicSky #ConnectedVehicles

🔍 Key innovations:

✅ Reformulated VPM conserves angular momentum
✅ Vorticity relaxation boosts numerical stability
✅ SGS model captures vortex advection and stretching
💡 More accurate leapfrogging vortex rings and turbulent jet simulations

#FluidDynamics #EducationalResearch #Science

🌪️ Can vortex methods finally tackle high-Reynolds turbulence?
A new study introduces a stability-enhanced vortex particle method to simulate complex turbulent wakes.
See how it works 👇
www.sciencedirect.com/science/arti...

#Turbulence #Vortex #AcademicSky #SciOpen

👏 A significant shift in UK academia!
Moving beyond zero-tolerance could pave the way for greater support and reduced stigma.
Thanks to @katherinestiles.org for bringing this to light.

#AcademicSky #DrugPolicies #Sciopen #TUP #research #UK #UKuniversities

Key insights:

📌 Disturbances span the entire performance curve
📌 Shear layers drive core instabilities
📌 Backflow zones expand near stall
📌 Blockage accumulates due to reduced axial momentum
📌 System shifts into 1st-order oscillation before stall onset

#Science #Education

🌀 How do turbulent disturbances trigger aerodynamic stall?
This study uses large eddy simulation to uncover the stall precursor mechanism in a NACA65-18(10) cascade.
The insights could transform stall prediction and control!
🔗 www.sciencedirect.com/science/arti...

#SciOpen #AcademicSky #Simulation

🦠 Every 30 seconds, someone dies from #hepatitis.
This #WorldHepatitisDay, join The World Hepatitis Alliance in the mission to eliminate hepatitis by 2030.
Together, we can raise awareness, push for early diagnosis & save lives. www.worldhepatitisalliance.org

Join the cause now!

#SciOpen #TUP

🛠️ Vibration in helicopter transmissions isn’t just noise it’s a performance challenge.
This study introduces a hybrid model to evaluate and optimize CHMTS vibration across flight conditions.
Read more: www.sciencedirect.com/science/arti...

#AviationTech #FlightSystems #SciOpen
🧪🌏🌐🍁🌺🌱🌿

What triggers the deadly shift from deflagration to detonation in reactive gases?
This study captures DDT in real time using schlieren imaging revealing rare insights into explosive transitions.
Dive in: www.sciencedirect.com/science/arti...

#Combustion #Explosives #SciOpen

🧪🌏🌐🍁🌺🌱🌿