AI Will Help Find A Cure For Cancer, Claims UK Chip Giant Boss
- Rene Haas, CEO of Cambridge-based chip designer Arm Holdings, told the BBC that artificial intelligence will "find a cure for cancer" that humans could not achieve in our lifetimes.
- While predicting widespread humanoid robots within five years, Haas warned that rapid AI growth is being constrained by a significant shortage of chips needed to build data centres.
- Modelling cancer markers remains "too complex" for current computers, though Haas believes they will "going to solve it" as models improve; Prof Chris Bakal, CEO of Sentinal4D, noted the real question is "what we feed it."
- Training AI on patient samples rather than scraping internet data eliminates the need for giant data centres, Prof Bakal said, adding this approach could "cut years from the time it takes to develop new treatments."
- As the most valuable UK-based company in history, Arm Holdings, which designs CPUs for billions of devices, recently reached record valuation amid the artificial intelligence boom.
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The Independent
The Independent (US)AI will find cure for cancer by solving key problem, says tech boss
‘I believe in our lifetime, AI will help cure cancer’, says Arm Holdings CEO Rene Haas
Director General Arm Renee Haas predicts that AI will help find a cure for cancer in the present generation.
The head of the UK's largest tech firm has said that Artificial Intelligence will find a cure for cancer that humans cannot in our generation's lifetime. Rene Haas, chief executive of Cambridge-based chip designer Arm Holdings, said that while modelling how a marker in DNA is affected by cancer is currently a "very complex" problem, computers "will solve it" in the future. Haas also told the BBC that AI would lead to widespread humanoid robots i…
AI Will Help Find A Cure For Cancer, Claims UK Chip Giant Boss
Arm Holdings chief executive Rene Haas said that artificial intelligence could help find a cure for cancer that humans cannot in his lifetime and could lead to widespread humanoid robots within five years. While modelling how a DNA marker is impacted by cancer was currently "too complex" a problem, more advanced systems are eventually "going to solve it" in the future, BBC quoted the head of th
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