
Mason Wakley
At school, and even to this day, there never was one subject that I liked above the rest, I just liked learning. I decided to go down the chemistry route when I was picking my A-Levels, thanks to a very enthusiastic chemistry teacher, and the realisation that chemistry was the best way to learn the most about the world around me. Since my school days, I have gone on to complete a master’s degree at the University of Oxford. During this time, I completed an internship at the Francis Crick Institute exploring inorganic antimicrobial complexes, before entering the field of lanthanide photochemistry for my master’s research project. After finishing my studies, I spent some time as research assistant working at the interface between polymers and nanoparticles.
My research experiences have certainly been varied and I like to bring this breadth to my writing, something that I first started to dabble at whilst at university.
In my spare time, I like to run, crochet, and cook.
- Research
Reflective cement could help buildings stay cool in hot weather
‘Supercooling’ material could drastically reduce carbon dioxide emissions and energy consumption associated with air conditioning units
- Research
Discovery of unusual iodine–silver bond opens up new possibilities for coordination chemistry
Crystallographic studies reveal that the bond is similar in length to typical metal–metal bonds
- Research
30-year-old solar panels still going strong
Reliabilities of modules manufactured in the late 1980s and early 1990s provide design lessons for modern photovoltaics
- Careers
Teaching the next generation of cosmetic scientists
Trailblazing course receives accreditation from the Royal Society of Chemistry
- Research
Rule-breaking reaction unlocks a new level for photoredox catalysis
Sidestepping photophysical principle harnesses higher energy states
- Research
Reactivity of helium could be unlocked by a combination of fluorine and extreme pressures
Computational studies reveal covalent helium-fluorine bonds
- News
Uncovering the fraudsters and their schemes responsible for polluting the scientific literature
Analysis claims poor quality articles containing faked data are in danger of overwhelming journals
- Research
Rare diamond with unique hexagonal structure is harder than natural counterpart
Millimetre-sized chunks of unusual carbon allotrope were synthesised from graphite
- Opinion
Wordle meets the periodic table: Five games to test your chemistry knowledge
Love Wordle and chemistry? Combine the two with these daily chemistry-themed word games
- Research
Clever carbene chemistry offers unified way to make cyclopropanes
Radical route cuts out explosive reagents
- Research
Ultralightweight aerogels remain stable even under extreme conditions
A unique dome-shaped structural design leads to enhanced thermal and elastic properties
- Research
AI model links consumer ratings to white wines’ chemical profiles
Machine learning offers insight into how chemical markers influence perceptions of wine quality
- Research
Organometallic compound found to break textbook principle
A ferrocene-derived complex is a further exception to the 18-electron rule
- Research
Silicon-based ‘ladder molecules’ take a step up in complexity
New compounds are ‘among the most complex organosilanes ever synthesised’
- Research
Linear structure gives dysprosium complex record-breaking magnetic properties
A new dysprosium-based single-molecule magnet works at higher temperatures than others in its class
- Research
Pitfalls in cytotoxicity studies could be tripping up chemists
Team proposes how to broaden and standardise biological testing in sustainable chemical research
- Research
Super-reducing photoredox catalyst paves a new way for arene reduction
Bio-inspired catalyst can reduce arenes without the need for harsh conditions