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Gaurav Mukherjee
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Gaurav Mukherjee

Journalist

AS SEEN ON
Scroll Media

Preston's Summary

Gaurav Mukherjee is a journalist at Premier League News Now. With a master's degree in journalism, he passionately explores themes in science and natural sciences while infusing his love for anime, particularly focusing on popular series like One Piece and Naruto. Gaurav's work has been featured in notable publications including EPJ, ComingSoon, Scroll Media, Journal of Business Research, Medium, and the Royal Society of Chemistry.

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Geo Focus

India (National)

Coverage Attributes:

Beta
Informative: 50 %
Opinion: 25 %
Data Driven: 25 %

Themes Covered:

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Most Recent Topics:

  • Anime
  • Manga
  • One Piece
  • Naruto
  • Isekai Anime
  • Strongest Characters

Pitching Insights

Gaurav Mukherjee predominantly covers entertainment news, with a specific focus on anime, manga, and TV shows. His coverage includes event highlights, press releases, industry-specific insights, and reviews.

Given his emphasis on anime and TV show episodes as well as character rankings in anime series such as Solo Leveling and Dragon Ball, Gaurav would likely be interested in pitches that offer exclusive insights or interviews with creators of these shows or experts who can provide in-depth analysis of the characters or plot developments.

Additionally, since he also covers gaming to a significant extent (28%), he might also be open to receiving content related to new game releases based on popular anime or TV show franchises.

This information evolves through artificial intelligence and human feedback. Improve this profile .

Articles

Royal Society of Chemistry

CO2 electroreduction on nano-Cu-ZIF grown inside activated carbon: experimental and computational aspects

CO2 electroreduction on nano-Cu-ZIF grown inside activated carbon: experimental and computational aspects

By: Alon Khabra, Aneena Lal, Asmita Dutta, Gaurav Mukherjee, Itay Pitussi, Santanu Jana, Arie Borenstein, Hani Porat

Electrochemical reduction of CO2 (CO2RR) offers a sustainable approach to simultaneously lower atmospheric CO2 levels and convert it into useful chemicals. While noble metals are currently the most effective catalysts for this process, their expense limits large-scale use, driving the search for more affordable alt

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