Butterfly-Inspired Technology Could Change the Way We Monitor Air

Inspired by a special drinking behavior observed in nature, researchers have developed a new pump-free airborne sampling technology that operates entirely without external power and costs as little as $0.12 per disposable unit.
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Scientists Use Novel Crystal Strategy to Enhance Zero-Thermal-Expansion Materials

A team led by Prof. LIN Zheshuai from TIPC-CAS has successfully designed a material with an exceptionally broad zero-thermal-expansion temperature window.
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Scientists Identify Liquid Metals as Vital Materials for Future Deep‑Space Missions

Chinese researchers recently demonstrated how room-temperature liquid metals served as key materials in future deep space exploration.
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Research ProgressMORE...

Butterfly-Inspired Technology Could Change the Way We Monitor Air

Airborne sampling; Butterfly proboscis;Biomimetic

Butterfly-Inspired Technology Could Change the Way We Monitor Air

Scientists Use Novel Crystal Strategy to Enhance Zero-Thermal-Expansion Materials

Isotropic Optical Crystals

Scientists Use Novel Crystal Strategy to Enhance Zero-Thermal-Expansion Mater...

Scientists Identify Liquid Metals as Vital Materials for Future Deep‑Space Missions

Liquid Metal;Space Science and Technology

Scientists Identify Liquid Metals as Vital Materials for Future Deep‑Space M...

Int'l Cooperation NewsMORE...

Professor Christos N. Markides from Imperial College London visited TIP

Professor Christos N. Markides from Imperial College London visited TIP

Professors from Bialystok University of Technology visited TIPC

Professors from Bialystok University of Technology visited TIPC

Upcoming EventsMORE...

04 08

Academic Lecture: Behind the Scenes at Angewandte Chemie: A Peek into Editorial Office and Beyond

Time: 08:30am, April 15, 2026
Venue:Room 407, No.1 Building

06 20

Academic Lecture: 2D Semiconductor Heterointerfaces: State-of-the-art and Approaches

Time: 10:00am, June 23, 2025
Venue:Room 403, No.1 Building

02 11

Academic Lecture: Nano Photonics and it's applications

Time: 09:30am, February 14, 2025
Venue:Room 302, No.1 Building

11 01

Academic Lecture: Synthesis and Applications of Cycloparaphenylenes and Related Nanohoops via Macrocyclic Gold Complexes

Time: 10:00am, November 11, 2024
Venue:Room 302, No.1 Building

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