Fernando Gomollón-Bel
While I was doing my PhD in organic chemistry looking for new fungicides, I started collaborating on several projects in science communication. I organised Pint of Science festivals in pubs, and collaborated with several blogs, newspapers and magazines. For a moment there I even got to work on TV!
After a great experience as an intern in Chemistry World, I started a new challenge as a science communicator at ICIQ. But I love science too much, and a full time post in scicomm is not enough. Thanks to the very good friends I made in Cambridge, I sometimes freelance for the magazine with some cool articles and podcasts about chemistry.
Contact info
- Email:
- fer@gomobel.com
ResearchChemists complete synthesis of molecule ‘at the limits of complexity’
Synthesis of canataxpropellane paves the way to biological studies
- Careers
Undergraduates in their element
Harnessing the history of tungsten to engage school students with the periodic table
- Research
‘Ideal’ water splitting catalysts actually exist, simulations find
New computational model could accelerate the discovery of cheaper and more efficient catalysts
- Research
Three centres, two electrons, but how many bonds?
Tweaking Lewis structures allows for a simplified and clearer representation of electron-deficient molecules
- Research
Carbynes expand the possibilities of carbon–carbon double bonds
Chemists use novel monovalent carbon species to insert functionalities in the middle of double bonds
- Research
Aluminium makes water-harvesting MOF 10 times thirstier
New MOF harvests up to 0.7 litres of water per day in the Mojave Desert – the driest place in North America
- Research
Subaquatic spiders inspire CO2 reduction catalyst
Structures that mimic the diving bell spider’s air-trapping hairs boost the catalytic activity of copper electrodes
- Research
Magnets that double efficiency of water splitting could help usher in a hydrogen economy
New catalysts based on earth-abundant metals are ‘game-changer’ for hydrogen production
- Research
Algorithm accurately predicts mechanical properties of existing and theoretical MOFs
Machine learning could speed up the production and use of coordination polymers in industry
- Research
Directing group ‘dance’ decorates heterocycles
Reaction that multi-functionalises nitrogen heteroaromatics using a movable directing group has already attracted the attention of industrial chemists
- Research
New family of polymers can be easily recycled and even upcycled
Dynamic covalent bonds means polymers can be taken apart by acid
- Research
New optical sensors can easily detect heavy water
Colorimetric tests could find applications in NMR, photoacoustics and quality control
- Research
New family of peptides from extremophile show antibiotic promise
Scientists isolate salinipeptins from a bacterium living in America’s Dead Sea
- Research
Taking the pressure off catalytic carbon dioxide conversion
Chemists obtain formate from carbon dioxide at atmospheric pressure without using hydrogen gas
- Research
Macrocycles power up carbon nanotubes
Interlocked molecules tune the electronic properties of nanotubes, allowing researchers to control their catalytic activity
- Research
2D metal–organic framework layer is magnetic
Chemists prepare the first single layer MOF obtained by mechanical exfoliation
- Careers
How I created an $80 million zeolite company
Javier García-Martínez shares how to mix science, entrepreneurship and art
- Research
Artificial intelligence seeks out new anticancer drugs
A combination of machine learning methods yields promising results for drug discovery
- Research
First pictures of hydrogen molecule wave function unveiled
Using a combination of sophisticated equipment and theoretical methods, chemists pictured the square of the wave function of H2
- Research
Longest ever graphene nanoribbon made
Iterative synthesis makes nanoribbons that are nearly 8nm long
