Gene editing
The age of CRISPR
Ida Emilie Steinmark explores whether it can deliver on its promise
- CRISPR: Can gene editing deliver on its promise?
- Next-generation medicine: CRISPR could yet save millions of lives. Here’s how
- The epigenome: Epigenetic editors are a gentler form of gene editing
- Scientific research: Gene editing is already revolutionising research in the laboratory
- Editing crops: Eat your GE-greens
- CRISPR animals: Editing pigs, mice and mosquitoes may save lives
- Reproductive science: Designing babies
- The way forward: Gene editing can still change the world
- The age of CRISPR: Acknowledgments
CRISPR
Can gene editing deliver on its promise?
Ida Emilie Steinmark explores how the technology could change the world
Next-generation medicine
CRISPR could yet save millions of lives. Here’s how
Gene-editing medicines have had a rocky start. But there is cause for optimism
The epigenome
Epigenetic editors are a gentler form of gene editing
But they may prove just as powerful
Scientific research
Gene editing is already revolutionising research in the laboratory
Science is becoming speedier, and more ambitious, in the age of CRISPR
Editing crops
Eat your GE-greens
Former sceptics have come around to gene-edited crops. For the moment
The way forward
Gene editing can still change the world
But it will take time for scientists to master the technology
Previous report
Chipmaking
Silicon returns to Silicon Valley
AI has returned chipmaking to the heart of computer technology, says Shailesh Chitnis
- Putting the silicon back in the valley: AI has returned chipmaking to the heart of computer technology
- Shrink to fit: The semiconductor industry faces its biggest technical challenge yet
- The names are meaningless: Node names do not reflect actual transistor sizes
- Getting to one trillion: How to build more powerful chips without frying the data centre
- A Cambrian moment: AI has propelled chip architecture towards a tighter bond with software
- OK (analogue) computer: Researchers are looking beyond digital computing
- The relentless innovation machine: The end of Moore’s law will not slow the pace of change
- Chipmaking: Sources and acknowledgments