jicheng feng

[jicheng feng @jicfeng]

Further extention to April 8

[jicheng feng @jicfeng]

⏰ Deadline extension! #IAC2026 (Xi'an, China) is now accepting submissions until March 31.
If work in aerosol nanotechnology, join Session B-3 for discussions with the global community.
Submit here 👇
https://t.co/dYhEBDWorM
#AerosolScience #Nanotechnology #CallForPapers

[jicheng feng @jicfeng]

⏰ Deadline extension! #IAC2026 (Xi'an, China) is now accepting submissions until March 31.
If work in aerosol nanotechnology, join Session B-3 for discussions with the global community.
Submit here 👇
https://t.co/dYhEBDWorM
#AerosolScience #Nanotechnology #CallForPapers

[jicheng feng @jicfeng]

#nanoprinting #transistors #chips #semiconductors We have created a new way to 3D-print tiny, functional transistors directly from a gas, bypassing the need for traditional, expensive chip-making machines. https://t.co/lCbeizfVux
@AdvPortfolio

[jicheng feng @jicfeng]

Ultra-precise 3D-printed nanoantennas using hybridized Au and Ag can control light at the nanoscale
#nanoprinting #nanoantennas #optics @NanoLetters
https://t.co/oxrcw6zpQM

[jicheng feng @jicfeng]

@ACSPublications Cover! As chips shrink, traditional methods hit roadblocks. Faraday lithography (FL) blends 3D nanoprinting with nanofabrication techniques to create patterns of near-perfect edges on any material, with no extra steps. https://t.co/fZ6yW3wAnU

[jicheng feng @jicfeng]

@ACSPublications #MyACSCover The cover for next-gen 3D interconnects "blood vessel" of chips, was published https://t.co/0boDcaPAEc

[jicheng feng @jicfeng]

@NanoLetters #Chips #nanofabrication #patterns #IC #semiconductor
Breaking the Nano-Barrier: How Faraday Lithography Rewrites the Rules of Chip Manufacturing
https://t.co/fZ6yW3x8ds

[jicheng feng @jicfeng]

@acsnano #chips #ICfab Next-generation 3D interconnects, nanoprinted at wafer-scale, achieve near-ideal electrical conductivity approaching theoretical limits, enabling high-performance electronics through precision stacking of ultracompact components.
https://t.co/DN6tlsBPLp

[jicheng feng @jicfeng]

Our publication in Small, pioneers the in situ printing of high-entropy alloy (HEA) nanoparticles into the corresponding 3D nanoarchitectures with flexible elemental combinations and freeform geometries. They also show excellent mechanics and stability. https://t.co/dPqCFLN2kh

[jicheng feng @jicfeng]

#3dprinting #colors #photonics Nice news outlet from Nanowerk 👍
@AdvSciNews
https://t.co/0540aAUEtH

[jicheng feng @jicfeng]

Dynamic colors from growing subwavelength nanoarchitectures during Faraday 3D nanoprinting
@AdvSciNews
#3dprinting #metals #colors #nanosciences
https://t.co/J5ER4oAtsj

[jicheng feng @jicfeng]

@AdvSciNews our work was selected as a back cover, in which we used a configuration like a steamer in a rice cooker for printing nanomaterials in 3D. #3dprint #nanopillars @ICfabrication
https://t.co/BhDQjWt6B8

[Advanced Portfolio @AdvPortfolio]

To understand the mechanical properties of this series of metallic nanopillars, a "Pico-Indenter" is used.

The diameters of these 3D printed features were programmed by adjusting the electric potentials used during fabrication.

👉 https://t.co/sGPIpNusHQ

[jicheng feng @jicfeng]

Programmable and Parallel 3D Nanoprinting Using Configured Electric Fields - Liu - Advanced Functional Materials - Wiley Online Library https://t.co/1ykX1V3nOX

[jicheng feng @jicfeng]

Programmable nanoprinting of metallic arrays using electrically biased planes @AdvSciNews
https://t.co/uiJ2eca6hU
#3Dprinting #NANO #metal

[Gustavo Tontini @GusTontini]

🛸👾 The new featured image @NatureComms shows an artistic representation of the technique demonstrated by Bingyan Liu et al. where coupled electric and flow fields are manipulated to #3DPrinting high-resolution nanostructured arrays over large areas
Link: https://t.co/ZDpmLwQHom

[jicheng feng @jicfeng]

Nature Communications editorial team has chosen our design alongside the work "Metal 3D nanoprinting with coupled fields" as the Featured Image, published online at https://t.co/M4loUUntUL
#3Dprinting #nano #additivemanufacturing @NatureComms

[jicheng feng @jicfeng]

Delighted to announce that our work has been featured in Editor's Highlights. showcase the capabilities of our custom-built 3D printer, fabricating arrays of structures with high purity across multiple scales/materials #3dprint @NatureComms #metal
https://t.co/sludew3tUA