Jing Tang
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  • About
  • Tang Lab
  • Research
  • Publications
  • News
  • Awards
  • Education & Outreach
  • Resources

Media Report and Coverage
Our research has been highlighted by Nature Reseach, Nature News, ​Science Daily, Scientific American, Discover News, The Economist, MIT Technology Review, EurekAlert!, New Scientist, Stanford News, Berkeley News, DOE, VOA, UC Newsroom, College of Chemistry-UC Berkeley, The Scientist, Nano Werk, ChemistryViews, Phys. org, Materials Today, SLAC National Accelerator Laboratory, Stanford Energy, Physics World​, Angew. Chem. Int. Ed, Chemistry World, Matter, MedGadget, Materials Views, Nature Communication, Science Advances, Wiley-VCH, Materials Views, Matter, etc.
2023

Jing Tang was selected as PMSE Future Faculty Class of 2023 on March. 3, 2023. 
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2022

Aug. 4, Researchers create effective, low-cost material for carbon capture at power plants and maybe for cars, Highlighted by Stanford Energy, DOE Office of Science, EurekAlert!, Berkeley News, College of Chemistry - UC Berkeley, Matter, VOA, UC Newsroom,Science Advances, and other more than 33 mainstream media outlets worldwide.
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​Jing Tang developed a new approach which created an exceptional single-atom catalyst for water splitting, Featured on SLAC National Accelerator Laboratory, Stanford Energy, Stanford News, SUNCAT Center, EurekAlert! etc, published in the Proceedings of the National Academy of Sciences.
​Anchoring individual iridium atoms on the surface of a catalytic particle boosted its performance in carrying out a reaction that’s been a bottleneck for sustainable energy production.
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2021

Jing Tang was named a Rising Star in Engineering in Health by Johns Hopkins University and Columbia University.
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2021 Rising Stars in Engineering in Health

​Jing Tang was named as one of the 2021 MIT Rising Stars in Chemical Engineering. 
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2021 MIT Rising Stars in Chemical Engineering 
2020 and Before

Our work was hightlighted by Prof. Karen Gleason at MIT and MIT Technology Review
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Our work was ​selected as one of MATTER’s 12 favourite articles: Carbon Capture, Utilization & Sequestration
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Advanced Magnetic Resonance Methods 


Designing hierarchical nanoporous membranes for highly efficient adsorption and storage applications: 
Gas Separations, published in the Science Advances.

Featured on Phys.org​
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Cui “galaxy” of single atoms was featured and chosen as a Happy Holidays highlight on the Molecular Foundry website at Lawrence Berkeley National Laboratory
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Jing Tang was named as one of MIT Technology Review 35 Innovators Under 35
​Developed the NanowireRetina—a new generation of implantable artificial retina to restore vision

​This breakthrough also pioneered the development of nanowire arrays for retinal implants.
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Nanowire arrays help blind mice see again, Featured on Physical World/Biomedical Devices
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​Gold and titanium nanowires restore vision in blind mice, Featured on MedGadget
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​Nanowires restore vision and movement, Featured on Materials Today
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​Nanowire arrays help blind mice see again, Featured on Discover Top Stories
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​Nanotechnology: Helping blind mice see again, Featured on nature asia
Artificial Photoreceptors Return Vision to Blind Mice
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​Prosthetic Retinas Help Blind Mice See, Featured on The Scientist
​Artificial photoreceptors made of nanowires help restore blind animals’ sensitivity to light.
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Single-Atom Catalysts, Featured as the Materials Today Cover Designed by Jing Tang
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Selected Media Coverage

2022 
A simple, cheap material for carbon capture, perhaps from tailpipes, AAAS and EurekAlert!,  Aug., 2022
A simple, cheap material for carbon capture, perhaps from tailpipes, Science Daily, Aug., 2022

Novel carbon-capture material is cheap and plastic, Materials Today, Aug., 2022
​A scalable solid-state nanoporous network with atomic-level interaction design for carbon dioxide capture, So far, Altmetric has seen 33 news stories from 32 outlets, Aug., 2022
https://scienceadvances.altmetric.com/details/133660376/news​
That stuff that makes up classic 1980s laminated countertops? It could be the key to cheaply and effectively capturing carbon dioxide. Chemists @Stanford, @UCBerkeley have found a way to use melamine (which is used in Formica) for capturing CO2, DOE Office of Science, Aug., https://twitter.com/doescience/status/1562803740096151552
​From smokestacks to tailpipes, a new material made with a common plastic could help reduce greenhouse gas emissions. DOE Office of Science, Aug., https://twitter.com/doescience/status/1562483384303071232
Scientists have developed a cheap, easy and energy-efficient way to capture carbon dioxide from smokestacks, a key goal of reducing greenhouse gas emissions. UC Newsroom, Aug. https://twitter.com/UC_Newsroom/status/1558159634938183680 
See Preview Article by Prof. Banglin Chen at Matter, "Dynamic combinatorial chemistry in amine-appended porous melamine network for carbon capture", 2022, 5, 9, 2574.

Jing Tang‘s work highlighted by MIT Technology Review China, https://www.mittrchina.com/news/detail/11095​
​

Prior to 2022
• Jing Tang profiled by MIT Technology Review​ https://www.innovatorsunder35.com/the-list/jing-tang/
• Jing Tang profiled by MIT Technology Review China https: //www.mittrchina.com/news/detail/5557
• Jing Tang‘s work highlighted by MIT Technology Review China https://www.mittrchina.com/news/detail/5648
• Jing Tang profiled by Fudan University, https://www.fudan.edu.cn/en/2021/0107/c344a107698/page.htm
• Jing Tang profiled by Fudan University, https://lam.fudan.edu.cn/4d/da/c26101a282074/page.htm
• Jing Tang invited by Broadcast iCANX Lecture Vol 46 ACS Nano Rising Star - Prineha Narang & Lauren Zarzar (X-     Challenger: Jing Tang) https://www.youtube.com/watch?v=Z_SsYMpGNXA
• Jing Tang invited by Broadcast iCANX Lecture Vol 48 Amorphous oxides for photonics                                             
   applications https://www.youtube.com/watch?v=JeZVGRPXJUU

• Jing Tang invited by Broadcast iCANX Lecture Vol 53     
   Metaphotonics
 https://twitter.com/NaderEngheta/status/1396640772737413122

• The editors selected their favorite papers of 2020 https://info.cell.com/best-of-matter-2020
• https://phys.org/news/2020-10-hierarchical-nanoporous-membranes-highly-efficient.html
• Nano-wires revive the retina
• Gold-coated nanowires return sight to the vision-impaired
• Nanowire Arrays for Artificial Retina
• Artificial Photoreceptors: Nanowire Arrays as Subretinal Prosthetic Devices 
• Nature News Nanotechnology: Helping blind mice see again
• Physics World Nanowire arrays help blind mice see again 
• Nanowires restore vision and movement
• Materials Today Nanowires restore vision and movement
• Gold and titanium nanowires restore vision in blind mice Artificial photoreceptors restore vision to blind mice
• Titanium dioxide used in pioneering sight restoration test
• Artificial Photoreceptors: Nanowire Arrays as Subretinal Prosthetic Devices
• [bigthink]Scientists restore vision in blind mice using gold and titanium nanowire arrays 
• [The Scientist Magazine®] Prosthetic Retinas Help Blind Mice See 
• Nanowire arrays of gold and titanium rods and cones in retina restore vision in mice 
• Blind Mice See Again With Gold and Titanium
• Seeker Artificial Photoreceptors Restore Sight in Blind Mice 
• Restoration and Augmentation of vision in a mouse model
• Nanowire arrays restore vision in blind mice - AAAMinds
• Artificial Photoreceptors Return Vision to Blind Mice
• Chinese Scientists Cure Blind Mice, Eye Human Tests
• Nanowire Artificial Photoreceptors Restore Vision in Mice
• Artificial Photoreceptors To Restore Vision 
• See, blind mice: nanowire implants restore visual response 
• Nature News Nanotechnology: Helping blind mice see again
• Nanowire arrays restore vision in blind mice 
• Gold-coated nanowires restore visual response in blind mice 
• Gold Nanoparticles Restore The Vision Of Blind Mice
• [Create] Speech | Putting solar energy on your eyes, can you make people stay bright forever?
• The blind man is reviving the possibilities of the future, and the Fudan professor has become a decisive factor.
• Nature Research Fudan researchers develop unplugged artificial photoreceptors to help mice restore color           vision.
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• Science Network Fudan University develops a new generation of implantable artificial photoreceptors to assist     visual recovery.
• Chinese scholars use artificial photoreceptors to help blind mice recover. 
• Scientists restore vision in blind mice using gold and titanium nanowire arrays
• Xinyi Net / Xinyi Evening News Fudan’s latest scientific research results: a new generation of artificial                    
   photoreceptors, which is expected to help blind people to regain their bright future 

• Fudan uses artificial photoreceptors to help blind mice restore vision and provide a way for treatment of               ecchymosis
• Look at the news network Fudan University: A new generation of artificial photoreceptors can help visual               recovery
• A new generation of implantable artificial photoreceptors for the development of visual restoration research         has progressed.
• Shanghai Science and Technology Fudan’s latest scientific research achievements: a new generation of artificial     photoreceptors, which is expected to help blind people to regain their bright future.
• Fudan University team regains sight in blind mice.
• Wangyi Network Fudan uses artificial photoreceptors to help blind mice restore vision and provide a way for          treatment of ecchymosis.
• Chinese scholars use artificial photoreceptors to help blind mice recover. 
• Intellectuals A new generation of nano-photosensitive materials can restore the vision of blind mice.
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• Natural Science Foundation of China Fudan University Cooperation Team Research Progress Explore a new           generation of implantable artificial photoreceptors to assist visual recovery. 
• China Daily News Fudan University develops a new generation of implantable artificial photoreceptors to assist     visual recovery.
• Fudan Scholar Nature’s new results: expected to achieve visual recovery. 
• Science and Technology Daily Treatment of macular degeneration or new therapies, a new generation of               implantable artificial photoreceptors to assist visual recovery. 
• Tencent Network A new generation of nano-photosensitive materials can restore the vision of blind mice.
• Daily headlines New achievements of Fudan scholar Nature publication: expected to achieve visual recovery.
• A new generation of implantable artificial photoreceptors to help retinal sensitization.
• Fudan Scholar Nature’s new results: expected to achieve visual recovery 
• Two professors from Fudan published a Nature article: visual recovery is no longer a dream
• NANOWERK AN INTEGRATED SOLAR-POWERED ENERGY CONVERSION-STORAGE-UTILIZATION SYSTEM
• Phys&Org: Iron oxide frameworks with hierarchical pore structure from pyrolysis of Prussian blue nanocrystals
• Nanowerk: Iron oxide as an ultralightweight
• ChemistryViews: Iron Oxide as an Ultralightweight
• Selected as the News Release of Angew. Chem. Int. Ed, Hot Topics of Wiley-VCH: Iron Oxide as an               
​   UltralightweightIron oxide frameworks with hierarchical pore structure from pyrolysis of Prussian blue     
   nanocrystals

• FEATURED ON JOURNAL BACK COVER: GROWTH OF SINGLE‐LAYERED TWO‐DIMENSIONAL MESOPOROUS         
   POLYMER/CARBON FILMS BY SELF‐ASSEMBLY OF MONOMICELLES AT THE INTERFACES OF VARIOUS           
   SUBSTRATES

• FEATURED ON JOURNAL COVER: REDUCED MESOPOROUS CO3O4 NANOWIRES AS          EFFICIENT WATER     
   OXIDATION ELECTROCATALYSTS AND SUPERCAPACITOR ELECTRODES

• Highlighted by multiple media outlets: Incorporation of Well-dispersed Sub-5-nm graphitic Quantum Nanodots     into Ordered Mesoporous Frameworks
• ChemistryWorld: Nanodot Pencil in a way to boost the solar cell
• Invited Review:  Solar‐Energy‐Driven Photoelectrochemical Biosensing Using  TiO2 Nanowires
• THE "EMERGING INVESTIGATORS" THEME ISSUE: SENSITIVE ENZYMATIC GLUCOSE 
• DETECTION BY TIO2 NANOWIRE PHOTOELECTROCHEMICAL BIOSENSORS
• HTTPS://WWW.TECHNOLOGYNETWORKS.COM/APPLIED-SCIENCES/NEWS/RINSING-TOXIC-H EAVY-METALS-             OUT-OF-POLLUTED-SOILS-320470
• HTTPS://WWW.REDDIT.COM/R/SCIENCE/COMMENTS/BZ7HTM/SCIENTISTS_INVENTED_A_WA
   Y_TO_WASH_HEAVY_METALS/• HTTP://WWW.PUBNICHE.COM/PAPYRUS/ZG9POJOXMC4XMDM4L3M0MTQ2NY0WMTKT
   MTA0NZITEA/
• HTTP://MYSCIENCEPHYSICS.COM/CHEMISTRY/REMEDIATION-OF-HEAVY-METALLIC-CONTA MINATED-SOIL-BY-       ASYMMETRICAL-ALTERNATING-PRESENT-ELECTROCHEMISTRY/
• HTTPS://MSE.STANFORD.EDU/NEWS/NEW-APPROACH-CLEANING-HEAVY-METALS-OUT-SOIL
• HTTPS://TRUEVIRALNEWS.COM/NEW-PROCESS-TO-RINSE-HEAVY-METALS-FROM-SOILS/
• HTTPS://WWW.FUTURITY.ORG/CONTAMINATED-SOILS-HEAVY-METALS-2080292-2/• HTTPS://WWW.TECHNOLOGYNETWORKS.COM/TN/NEWS/RINSING-TOXIC-HEAVY-METALS-O UT-OF-POLLUTED-     SOILS-320470
• HTTPS://WWW.NYTEKNIK.SE/MILJO/KEMISKA-BRYGGAREN-RENAR-JORD-FRAN-TUNGMETA
   LLER-6961218
• HTTPS://WWW.DESIGNWORLDONLINE.COM/STANFORD-DEVELOPS-AN-EXPERIMENTAL-PRO CESS-TO-RINSE-      
   HEAVY-METALS-FROM-TOXIC-SOILS/

• https://www.nanowerk.com/nanotechnology-news2/newsid=58716.php
• https://phys.org/news/2021-09-approach-exceptional-single-atom-catalyst.html
• https://www.newswise.com/doescience/a-new-approach-creates-an-exceptional-single-atom-catalyst-for-               water-splitting/?article_id=756579
• https://sciencenewsnet.in/a-new-approach-creates-an-exceptional-single-atom-catalyst-for-water-splitting/
• https://www.miragenews.com/new-approach-creates-an-exceptional-single-atom-623389/
• https://www6.slac.stanford.edu/news/2021-08-31-new-approach-creates-exceptional-single-atom-catalyst-             water-splitting.aspx
• https://scienceblog.com/525156/a-new-approach-creates-an-exceptional-catalyst-for-water-splitting/
​• https://newsbeezer.com/malaysia/a-new-approach-creates-an-extraordinary-single-atom-catalyst-for-water-     
   splitting/

• New protocol for creating single atom iridium catalysts boosts water-splitting performance, Green Car         
​   Congress, 07 Sep, 2021.

• New Approach Increases the Efficiency of Catalyst for Water Splitting, AZO Materials, 13 Sep, 2021.
• New catalyst employs single atoms for splitting water, Materials Today, 14 September 2021

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​   Jing Tang
​

Email: [email protected]; [email protected]

​Yi Cui Lab, 476 Lomita Mall, McCullough Building, Stanford University, Stanford, CA, 94305
​

The Reimer Group, D 93 Tan Hall, University of California, Berkeley, Berkeley, CA, 94720



Copyright © 2025 Jing Tang. All Rights Reserved.