Superatom Lab focuses on developing nanoscale materials particularly superatomic clusters, nanocrystals and 2D materials. The aim is to study the chemistry and physics of these nanoscale materials including surface chemistry, reactivity and stability, electronic and optical properties, and (photo)catalytic activity. The lab is led by Dr. Rohul Hayat.
Feel free to contact me ([email protected]) if you would like to join me and/or collaborate with me. Here are current projects that I am working on. For further details, please refer to the Research Page.
Feel free to contact me ([email protected]) if you would like to join me and/or collaborate with me. Here are current projects that I am working on. For further details, please refer to the Research Page.
- Superatomic clusters: ligand-protected metal (Au, Ag, Pd, Pt, Cu) clusters
- 2D materials: Exfoliation and/or synthesis of gCN, MoS2, SnS2
- Modified photocatalysts: Modification of surface properties electronic structures and optical band gap of photocatalysts
- Photocatalysis: Photochemical synthesis of small molecules/ions like H2O2, HOCl, and peroxodisulfate (S2O8)2-
News
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New paper accepted in Catalysis Science & Technology
Alhamdulillah, after 2 years of work and 6 months of submission struggle, the manuscript of photocatalytic H2O2 production using Au101/WO3 photocatalysts has been accepted at Catalysis Science & Technology (RSC). It is such a relief that a manuscript t...
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JSPS Invitational Fellowships
Alhamdulillah, I am thrilled and grateful to be awarded the prestigious and competitive JSPS Invitational Fellowship to undertake research at Hokkaido University with Professor Katsuaki Konishi for 10 months. It is definitely a kind of once-in-a-lif...
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New work of photocatalytic H2O2 generation over Au101/WO3
A new work is complete and has deposited on ChemRxiv. It is about photocatalytic H2O2 generation using Au101 clusters loaded on WO3 nanopowders. We found a high production rate and yield of H2O2 within an hour. It paves the way towards utilizing gold c...
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How (managing) a research group is akin to a rock band
Creating a research group is difficult especially for a new principle investigator (PI). Managing it is even harder. Worse, you cannot work alone due to insufficient fund, incomplete instruments, lack of expertise and many more. One must team up with o...
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