Timothy Revell

As Executive Editor at New Scientist, Revell shapes coverage of breakthrough technologies and mathematical frontiers. His work sits at the intersection of historical analysis and future-facing innovation.

Key Coverage Areas

  • AI Ethics: Examines neural network development through societal impact lenses
  • Mathematics History: Resurrects overlooked contributors to number theory
  • Neurotechnology: Analyzes brain-computer interface implications

Pitching Preferences

  • Seeking: Cross-disciplinary studies with visual storytelling potential
  • Avoid: Incremental tech updates without historical context
"Modern technology is built on centuries of mathematical curiosity – our job is to trace those connections." – Timothy Revell

With awards from the Association of British Science Writers and regular BBC appearances, Revell continues redefining how public audiences engage with complex science.

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More About Timothy Revell

Bio

Timothy Revell: Bridging Mathematics and Modern Science Journalism

We’ve followed Timothy Revell’s work as a journalist who masterfully deciphers complex scientific concepts for global audiences. His career blends academic rigor with narrative flair, positioning him as a leading voice in science communication.

Career Trajectory: From Academia to Editorial Leadership

Revell’s journey began with a Master’s in Mathematics from the University of Bath, followed by a PhD in Computer Science at the University of Strathclyde. His transition to journalism was catalyzed by editing theGIST, a student science publication he grew into an award-winning platform[2].

  • 2016–Present: Joined New Scientist as Technology Reporter, rising to Executive Editor[1][8]
  • Podcast Innovation: Launched New Scientist Weekly, blending breaking science news with deep-dive analysis[1]
  • Book Authorship: Published two acclaimed mathematics books bridging historical context with modern applications[4][8]

Defining Works: Articles That Shaped Discourse

This radical retelling of mathematical history challenges Eurocentric narratives, highlighting contributions from ancient Chinese and Islamic scholars. Revell and co-author Kate Kitagawa trace how abstract number theories enabled modern computing breakthroughs. The Financial Times praised its ability to "make readers fall in love with maths’ hidden dramas"[4].

Revell’s debut book demystifies mathematical concepts through everyday analogies, explaining cryptography via email security and geometry through city planning. Its accessible approach led to regular appearances on BBC’s Science Friday, reaching millions of listeners[2][8].

As co-host, Revell dissects complex topics like quantum computing and neurotechnology. A standout episode on AI ethics featuring DeepMind’s Demis Hassabis sparked industry-wide discussions about responsible AI development[1][9].

Pitching Insights: Aligning with Revell’s Editorial Vision

1. Contextualize Technical Breakthroughs

Revell prioritizes stories that connect specialized research to societal impacts. When covering Cambridge’s psychometric data leak[1], he emphasized its implications for mental health privacy rather than just technical vulnerabilities. Successful pitches should include clear "real-world impact" sections.

2. Highlight Historical Throughlines

His analysis of video game disorder classifications[1] traced diagnostic criteria back to 19th-century hysteria studies. Proposals linking current tech trends to historical precedents receive particular attention.

3. Focus on Underrepresented Innovators

The Secret Lives of Numbers deliberately spotlighted mathematicians from marginalized communities[4]. Stories challenging STEM’s traditional narratives align with his editorial direction at New Scientist.

4. Interdisciplinary Angles

Revell’s podcast episode comparing AI ethics to maritime law[9] exemplifies his interest in cross-domain insights. Pitches bridging technology with philosophy, art, or policy stand out.

5. Data Visualization Opportunities

His background in computer science makes him particularly receptive to stories with strong visual storytelling components, like the interactive prime number maps in his books[4][8].

Awards and Industry Recognition

"A journalist who makes Euclid as compelling as Elon Musk" – The Sunday Times Book Review[4]
  • Association of British Science Writers Award: Won for investigative reporting on neurotechnology patents, highlighting his ability to trace commercial interests in academic research[2]
  • Guardian Student Media Award: Recognized for transforming theGIST into a platform giving early careers to 100+ science communicators[2]
  • BBC Radio Innovation Shortlist: Nominated for podcast episodes using sonification to explain quantum phenomena[9]

Top Articles

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