All articles by Philip Ball – Page 2
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OpinionThe long and short of telomere rejuvenation
Telomerase is unlikely to be a straightforward elixir of youth
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OpinionInterpreting the impact of AI large language models on chemistry
LLMs may outperform Alphafold, but currently struggle to identify simple chemical structures
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OpinionHuman genome editing in perspective
Ethical, cultural and safety considerations are high priorities for researchers
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OpinionNew phase of amorphous ice formed by ball milling
Medium-density amorphous ice has a structure and density similar to liquid water
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FeatureWhat does AI mean for chemistry?
Phil Ball looks at whether letting machines do our thinking for us will change our understanding of chemistry itself
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ResearchFluidic chemical systems can mimic the way the brain stores memories
Imitating the way that neurons communicate could lead to low-power neuromorphic computing
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OpinionProtein filaments allow ‘diary’ of cell events to be read
Expression recording islands show when and where cells responded
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OpinionExploring AlphaFold’s knowledge of energy landscapes
The algorithm needs a little help to find the global energy minimum
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OpinionQuantum computing has its limits
Error-prone qubits mean quantum systems do not yet surpass classical methods
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OpinionA promising breakthrough in liquid condensate compartmentalisation
Tears are RNA solvent droplets that could help engineer new functions into bacteria
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OpinionCracking codons
Understanding how chemistry links RNA triplets to the properties of amino acids
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OpinionJames Lovelock, a gentleman scientist
Philip Ball reflects on the legacy of the creator of the Gaia hypothesis, who has died aged 103
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OpinionPeriod of discovery
Chemical space contained sufficient information to formulate the periodic system 25 years before Mendeleev
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OpinionFrom prebiotic soup to fine-grained RNA world
Theories about how life emerged need to be closely attuned to conditions on the early Earth
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OpinionIs there a natural order in which complex objects appear?
Assembly theory suggests there might be
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OpinionBeyond the transition state
Entropy production could be a key guide to predicting how a reaction product forms
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ArticleCausal emergence might explain how living systems can operate
Life does not run like clockwork
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OpinionA century of curly arrows
Celebrating the simple symbols that – along with their straight counterparts – encapsulate complex chemical behaviours
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ResearchDirect evidence emerges for the existence of two forms of liquid water
Low temperature experiments with sugary solution reveal transition from low- to high-density states at pressure
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OpinionNed Seeman’s legacy
A system based on DNA ‘tiles’ can embody Darwinian evolution, raising new possibilities for understanding natural selection and materials development