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Researcher · University of Cambridge · United Kingdom

Jack Alexander-Webber

Jack Alexander-Webber publishes mostly in Materials Chemistry, Electrical and Electronic Engineering and Atomic and Molecular Physics, and Optics, on topics such as Graphene research and applications, Nanowire Synthesis and Applications and Quantum and electron transport phenomena.

ORCID 0000-0002-9374-7423 OpenAlex
World rank
#1,357,328
of 7,710,434 ranked researchers
Rank in United Kingdom
#105,715
of 367,258
Works
100
Citations
5.2k
Citations per work
51.9
h-index
26
i10-index 37Top 18% in Materials Chemistry
Jack Alexander-Webber

What does Jack Alexander-Webber research?

Jack Alexander-Webber's work is mostly in Engineering (35%), Materials Science (32%), Physics and Astronomy (20%).

Physical Sciences: 88 works · 87.5% of their workEngineering: 35 works · 35.2% of their workElectrical and Electronic Engineering: 26 works · 25.6% of their workBiomedical Engineering: 10 works · 9.6% of their workMaterials Science: 32 works · 31.9% of their workMaterials Chemistry: 29 works · 29.3% of their workElectronic, Optical and Magnetic Materials: 3 works · 2.6% of their workPhysics and Astronomy: 20 works · 20.4% of their workAtomic and Molecular Physics, and Optics: 18 works · 17.8% of their workCondensed Matter Physics: 3 works · 2.6% of their workEverything else: 12 works · 12.5% of their workTHEIR WORKJackAlexander-Webber100works
Physical Sciences88%

Their six largest subfields, inside their fields and domains; the grey slice is everything else they publish. The interactive view splits every one of their works down to single topics.

The fields and subfields, with their numbers
    1. Engineering3535.2%
    2. Materials Science3231.9%
    3. Physics and Astronomy2020.4%
  2. Everything else1212.5%
  1. 1Materials Chemistry29% of their works
  2. 2Electrical and Electronic Engineering26% of their works
  3. 3Atomic and Molecular Physics, and Optics18% of their works
  4. 4Biomedical Engineering10% of their works
  5. 5Electronic, Optical and Magnetic Materials3% of their works
  6. 6Condensed Matter Physics3% of their works

Research topics

Which keywords describe Jack Alexander-Webber's research?

The keywords of their largest research topics: Two-Dimensional Materials, Optoelectronic Devices, Carbon Nanotubes, Graphene, Solar Cells, Semiconductor, Photovoltaics and Quantum Dots.

Size is their works in the topics tagged with each word, from their 8 largest topics. Each links to the topic it comes from most.

All 22 words, with their numbers
  1. Two-Dimensional Materials442 topics
  2. Optoelectronic Devices322 topics
  3. Carbon Nanotubes291 topic
  4. Graphene291 topic
  5. Solar Cells272 topics
  6. Semiconductor262 topics
  7. Photovoltaics192 topics
  8. Quantum Dots192 topics
  9. Nanosensors171 topic
  10. Nanowire171 topic
  11. Semiconductor Quantum Dots171 topic
  12. Spintronics171 topic
  13. Semiconducting Transition Metal Dichalcogenides151 topic
  14. Van der Waals Heterostructures151 topic
  15. Bioimaging101 topic
  16. Nanocrystals101 topic
  17. Excitons91 topic
  18. Nanowire Transistors91 topic
  19. Organometal Halide Perovskites91 topic
  20. Perovskite Solar Cells91 topic
  21. Single-Photon Source91 topic
  22. Tunnel Field-Effect Transistors91 topic

Where does Jack Alexander-Webber work?

Jack Alexander-Webber's main affiliation in the publication record is University of Cambridge, United Kingdom.

How many publications and citations does Jack Alexander-Webber have?

OpenAlex counts 100 works and 5,187 citations for Jack Alexander-Webber, an h-index of 26, ranking #1,357,328 of 7,710,434 researchers worldwide on the quality score.

Ranked on field-normalised excellence (50%), output (30%) and citations (20%). Counts come from OpenAlex author records, which occasionally merge different people who share a name or split one person into several.

Papers, co-authors, who cited this work and researchers on the nearest topics have tabs of their own, above. Is this your page? Claim it with your ORCID iD, or request a correction or removal.

Discussion

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