News

In August 2023, our team made progress in the research of interfacial water microstructure, published in Nature Protocols.(link)

In August 2023, our team made important progress in the research of nickel-rich ternary lithium cathode materials, published in Advanced Materials.(link)

In August 2023, our team made progress in the stability of the sodium metal negative interface, published in Chem.(link)

In May 2023, Professor Pan Feng won the 7th China Electrochemical Contribution Award.(link)

In May 2023, Professor Pan Feng was awarded the title of Outstanding Graduate Advisor of Peking University.(link)

In August 2022,our team made systematic progress in the research of silicon-based negative conductive binders for lithium ion batteries, published in Accounts of Chemical Research.(link)

In June 2022, our team published the research work in Nature revealing the origin of structural degradation of lithium-rich layered cathode materials for lithium batteries.(link)

In May 2022, our team made important progress in systematic research on high-voltage lithium cobaltate cathode materials for lithium-ion batteries.(link)

In March 2022, our team made progress in the research of hydrogen-based organic ferroelectric materials, published in Nature Communications.(link)

In March 2022, our research group established a screening method for low-dimensional materials based on graph theory and discovered a series of one-dimensional materials, published in National Scientific Review.(link)

In December 2021, our team combined in-situ enhanced Raman experiment and quantum chemical calculation to reveal the interface water substructure, published in Nature.(link)

In November 2021, our group published a tutorial review article on the application of ion weighing technology in batteries in Chemical Society Review.(link)

In June 2021, our team used algebraic graph theory and machine learning to quantitatively predict molecular properties. Published in Nature Communications.(link)

In June 2021, our team has made progress in the research of defect regulation of spinel lithium manganate cathode materials, published in Nature Communications.(link)

In April 2021, our team has made progress in studying the structural laws of materials based on topological mathematics and machine learning.(link)

In April 2021, our team has made progress in the research of constructing the knowledge map of materials, published in Advanced Energy Material.(link)

In March 2021, our team has made progress in the study of anionic redox mechanism of lithium manganese-rich cathode materials.(link)

In December 2021, Our team jointly revealed the mechanism of high voltage lithium cobalate by 3D electron diffraction with Junliang Sun's group in Nature Nanotechnology.(link)

In February 2021, our team has made significant progress in cobalt-free layered cathode materials for lithium batteries, published in Nature Energy.(link)

In January 2021, our team has made systematic progress in the study of polaron phenomena related mechanism of lithium ion battery cathode materials.(link)

In December 2020, our team summarized and prospected the research and development of low-cost battery cathode material MnO2.(link)

In December 2020, our team revealed the mechanism of rapid synthesis of the layered materials for lithium batteries by "target" microwaves.(link)

In December 2020, our team found that regulating proton transport can improve the energy density of aqueous zinc ion battery.(link)

In November 2020, our team and the Institute of Chemistry, Chinese Academy of Sciences discovered a new "metalloxocubes".(link)

In September 2020, our group has made progress on manganese-based spinel cathode materials for lithium batteries, highlighted by Adv. Energy Mater.(link)

In October 2020, Our group published a tutorial review article on the study of battery interface structure chemistry in Chemical Society Reviews.(link)

In June 2020，our group published an important paper on the Neural Network Force Fields for Metal Growth Based on Energy Decompositions in The Journal of Physical Chemistry Letters.(link)

In June 2020，our group published an important paper on the Wavelength-Dependent Solar N2 Fixation into Ammonia andNitrate in Pure Water in Science Partner Journal.(link)

In June 2020，our group published an important paper on The role of anions on the Helmholtz Plane for the solid-liquid interface in aqueous rechargeable lithium batteries in Nano Energy.(link)

In May 2020，our group published an important paper on the Highly Dispersed Cobalt Clusters in Nitrogen‐Doped Porous Carbon Enable Multiple Effects for High‐Performance Li–S Battery in AEM.(link)