In a study recently published in Nature Materials, researchers revealed the secret of ultra-slow motion of pine cones and developed mimicking actuators enabling unperceivable motion.

TIPC recently prepared Nacre-Inspired Underwater Superoleophobic Films and relevant work is published in Nature Protocols.

Different from the conventional fabrication of solar cell by spin coating (SC) approach, Chinese researchers developed a meniscus-assisted-coating (MAC) solution printing strategy.

Chinese researchers have demonstrated a new reconstructable uterus-derived materials (RUMs) that allows almost complete recovery from severe uterine injury.

"The large-scale cryogenic refrigeration system from liquid helium to superfluid helium temperature zone"was awarded as one of the highlights of scientific and technological innovation achievements of CAS in 2021

TIPC researchers for the first time report the synthesis of fct-phase PtFeIr ordered intermetallic nanowires with an average diameter of 2.6 nm for ORR.

TIPC researchers developed novel nanoporous gating system and observe dynamic gating processes at sub-2 nm speed in nanochannels.

TIPC researchers reported a bioinspired hierarchical porous membrane based on intrinsic microporosity polymers for enhanced extraction of uranium from seawater.

TIPC researchers have recently achieved high performance electrochemical acetylene reduction at room temperature. This has shown special advantages compared to conventional thermal hydrogenation strategy.

Chinese researchers from TIPC have proposed a new protocol to enable the green environment-friendly micronano 3D printing of hydrogels in aqueous phase.

Chinese researchers have recently proposed MLOP-NL strategy to get high resolution and high efficiency in photolithography.

Chinese scientists reported metallated graphynes as a new class of 2D third-order nonlinear optical materials.