
Chipmaking
Technology Quarterly -
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

Putting the silicon back in the valley
AI has returned chipmaking to the heart of computer technology
And the technological challenges are bigger than the political ones, argues Shailesh Chitnis
6 min read

Shrink to fit
The semiconductor industry faces its biggest technical challenge yet
As Moore’s law fades, how can more transistors be fitted onto a chip?
9 min read

The names are meaningless
Node names do not reflect actual transistor sizes
A favourite way of measuring progress in the chip industry is detached from reality
3 min read

Getting to one trillion
How to build more powerful chips without frying the data centre
Runaway energy consumption remains a problem
8 min read

A Cambrian moment
AI has propelled chip architecture towards a tighter bond with software
It has also been pushed farther towards specialisation
9 min read

OK (analogue) computer
Researchers are looking beyond digital computing
They are using biology and light to design powerful, energy-efficient chips
4 min read

The relentless innovation machine
The end of Moore’s law will not slow the pace of change
Semiconductors are likely to continue their transformational role
4 min read

Previous report

Spycraft
Watching the watchers
Technology Quarterly -
Tools of the spy trade have changed and so has the world in which they are used, says Shashank Joshi
- →New-look spooks: The tools of global spycraft have changed
- →Dead drop drops dead: Ubiquitous technical surveillance has made spying more difficult
- →Dot-dot-dot dashed: Signals intelligence has become a cyber-activity
- →Old-school broadcasts: Sometimes the old ways of espionage are the best
- →SpookGPT: Artificial intelligence can speed-sort satellite photos
- →Intelligence, Inc: Private firms and open sources are giving spies a run for their money
- →Spycraft: Sources and acknowledgments