New Scientist

Surgical robots take step towards fully autonomous operations

Independent

A robot might perform your next surgery

Daily Mail

AI-trained robots 'to be undertaking surgery on humans in the coming years' after success with PIGS

Science

Scirobotics.Adt525

Elon Musk

Rishi Sunak

Kamala Harris

Bill Gates

Andrew Ng

Yoshua Bengio

Fei-Fei Li

Demis Hassabis

Melanie Mitchell

Sam Altman

Dario Amodei

Geoffrey Hinton

Yann LeCun

Gary Marcus

Max Tegmark

Connor Leahy

Eliezer Yudkowsky

Jaan Tallinn

Marc Andreessen

Eric Schmidt

Norbert Wiener

Arthur Clarke

Irving John Good

Claude Shannon

Hans Moravec

John Smart

There's a "wall of fear-mongering and doomerism" in the AI world right now.

"Worrying about AI today is like worrying about overpopulation on Mars."

Concerns that AI could pose a threat to humanity is "preposterously ridiculous."

Claiming AI poses an existential threat is "such an extreme" and risks "wip[ing] out some of its potential benefits."

"I'm more concerned about... the risks that are here and now [than the existential threat of AI]."

Current AI is "not anywhere close" to posing an existential threat but it could in the future.

AI is the "biggest existential threat" to humanity.

AGI's worst-case scenario would be "lights-out for all of us."

Powerful AI systems "taking control" pose an "existential threat."

AI has a "10 to 25 per cent" chance of destroying humanity.

"The most likely result of building a superhumanly smart AI... is that literally everyone on Earth will die."

Does AI Pose an Existential Threat to Humanity?

Stuart Russell

Shane Legg

Metaculus

Society is more likely to get "cat-level" or "dog-level" AI years before human-level AI.

"[W]e will eventually reach AGI... and quite possibly before the end of this century."

"Superhuman AIs" will be achieved "between a few years and a couple of decades."

"Digital intelligence" could overtake us within "5 to 20 years."

We may achieve "something like AGI or AGI-like in the next decade."

"[W]e could get to real AGI in the next decade."

"Human-level" AI could occur in "two or three years."

"I'd be surprised if we don't have AGI by [2029]."

Will AI Surpass Human Intelligence, and When?

Johns Hopkins University researchers have developed a surgical robot called SRT-H that successfully performed gallbladder removal procedures on pig cadavers with 100% accuracy across eight trials, completing 17 complex surgical tasks — including identifying ducts and arteries, placing clips, and cutting tissue with scissors.

Fierce Biotech

The Hub

Johns Hopkins University researchers have developed a surgical robot called SRT-H that successfully performed gallbladder removal procedures on pig cadavers with 100% accuracy across eight trials, completing 17 complex surgical tasks — including identifying ducts and arteries, placing clips, and cutting tissue with scissors.

According to their study published in the journal Science Robotics, the robot was trained using videos of human surgeons performing gallbladder removals — with captions describing each task — and utilized the same machine learning architecture that powers ChatGPT to respond to voice commands and learn from feedback in real-time during operations.

New Atlas

Sky News

According to their study published in the journal Science Robotics, the robot was trained using videos of human surgeons performing gallbladder removals — with captions describing each task — and utilized the same machine learning architecture that powers ChatGPT to respond to voice commands and learn from feedback in real-time during operations.

Unlike previous surgical robots that required specially marked tissue and predetermined surgical plans, SRT-H adapted to anatomical variations and unexpected scenarios, including changes in starting position and blood-like dyes that altered tissue appearance.

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Unlike previous surgical robots that required specially marked tissue and predetermined surgical plans, SRT-H adapted to anatomical variations and unexpected scenarios, including changes in starting position and blood-like dyes that altered tissue appearance.

The robot took approximately five minutes and 17 seconds to complete the procedure compared to four minutes for human surgeons, but demonstrated movements that were smoother and more precise than human operators while maintaining expert-level surgical performance.

The robot took approximately five minutes and 17 seconds to complete the procedure compared to four minutes for human surgeons, but demonstrated movements that were smoother and more precise than human operators while maintaining expert-level surgical performance.

The federally funded research is an advancement from the team's previous 2022 STAR robot, which performed the first autonomous surgery on a live pig but required highly controlled conditions and rigid, predetermined plans.

Interesting Engineering

The federally funded research is an advancement from the team's previous 2022 STAR robot, which performed the first autonomous surgery on a live pig but required highly controlled conditions and rigid, predetermined plans.

Researchers plan to expand the system's capabilities to perform complete autonomous surgeries and test it on live animals, as robotic surgery is expected to become widespread in healthcare within the next decade.

Researchers plan to expand the system's capabilities to perform complete autonomous surgeries and test it on live animals, as robotic surgery is expected to become widespread in healthcare within the next decade.

This breakthrough represents a revolutionary leap toward safer, more accessible healthcare. The robot's 100% success rate and ability to adapt to real-world surgical complications demonstrates that AI can match expert human performance while potentially reducing surgical errors and expanding access to quality care in underserved areas.

This breakthrough represents a revolutionary leap toward safer, more accessible healthcare. The robot's 100% success rate and ability to adapt to real-world surgical complications demonstrates that AI can match expert human performance while potentially reducing surgical errors and expanding access to quality care in underserved areas.

Autonomous robot surgeon removes organs with 100% success rate

Robot performs first realistic surgery without human help

While impressive, significant safety concerns remain before human trials can begin. The robot required self-correction six times per case and needed human intervention to change instruments, raising questions about reliability in life-threatening situations where split-second decisions matter most.

While impressive, significant safety concerns remain before human trials can begin. The robot required self-correction six times per case and needed human intervention to change instruments, raising questions about reliability in life-threatening situations where split-second decisions matter most.

Robot Performs Surgery Autonomously With 100% Success Rate

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Robot Performs Surgery Autonomously With 100% Success Rate

The Spin

The Controversies

Andreessen

Ng

LeCun

Mitchell

Li

Bengio

Musk

Altman

Hinton

Amodei

Yudkowsky

LeCun

Marcus

Bengio

Hinton

Hassabis

Altman

Amodei

Musk

Go Deeper

Articles on this story

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