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Stuart Clarkson
Again against X Y AI deepfakes could lead to fines and countrywide bans Live from the uk, this is the Marketplace Morning Report from the BBC World Service. I'm Stuart Clarkson. Good morning. There's bouncing pressure on Grok, the AI chatbot that's part of Elon Musk's social media platform X. The UK is rushing through a new law this week which will make it illegal to create non consensual intimate images. And other countries, including Malaysia and Indonesia, have blocked access to GROK in the past few days. Well, let's talk to Olivia Solon now. She's a technology editor at Bloomberg based in London. Hi, Olivia. Hi. So there's a lot of pressure on governments around the world to take action. How far do you think this could go?
Olivia Solon
These are very serious allegations. Clearly, we're dealing with child sexual exploitation material, which is illegal for platforms to host and distribute. And then there's non consensual intimate imagery, which is colloquially known as revenge porn. And even these types of images, if they are generated by AI in many countries, they're still considered to be illegal to create and to share. If there's enough evidence that XAI is not removing these items as quickly as it should be doing, it could face pretty serious penalties, perhaps starting with fines and then moving through to even blocking the service in certain countries, as we've already seen.
Stuart Clarkson
Yeah. And Malaysia, one of those countries, its communication regulator saying today it's going to take legal action against X. We've heard in the UK from the regulator Ofcom, which is going to investigate. So what could the outcome of that be? Big fine for X.
Olivia Solon
So Ofcom has a very lengthy process which they keep on sharing with us, which is a sort of, I think it's like a dozen steps and we're at step, like two or three at the moment. But in theory, you know, after, it'll have some back and forth with the company, interrogate whether the company has taken action quickly enough to remove this material, and then ultimately it could issue fines and even block the service in the country. I think the issue here is going to be that most of the images posted to X were not super explicit. They're people in underwear or bikinis and it's being done without people's consent. But they might not meet the bar for illegal material, non consensual intimate image abuse or AI generated csam. There are very specific criteria to meet those thresholds. And I think there has been a little bit of a conflation between pictures of people in bikinis that have been created non consensually, which may potentially meet the bar, but may not, and revenge porn and similarly the same, unfortunately with pictures of kids. Putting a kid in a bikini does not make that child sexual exploitation material, however unpalatable. You might find that.
Stuart Clarkson
And there are other tools that use AI to do this kind of thing. The difference with GROK is that it posts them automatically onto the Internet and also it's got a high profile owner in Elon Musk. Has that put them more in the firing line?
Olivia Solon
Well, I think there's another aspect we've got to consider which is the guardrails that have been put into grok. And Elon Musk has been explicit that GROK has fewer guardrails. It's more permissive than other models thinking about like ChatGPT and Google's Gemini in terms of creating more risque images. So that has put it in the firing line. Yes. And the kind of automatic distribution platform it has in the shape of X, which is unusual. The other models don't typically immediately publish their outputs. Although I believe SORA does have a standalone app which is OpenAI's video generation model. And then Elon Musk obviously is in the firing line. He's been this, you know, bit of firebrand talking about, about free speech meddling in British politics. So I'm sure the government is happy to engage in a sparring match with him. But I don't believe in this case. This is a politically motivated attack on the platform. If illegal images are being posted to X, action does need to be taken.
Stuart Clarkson
Okay, we'll leave it there. Olivia Solon from Bloomberg, thanks for joining us on Marketplace.
Olivia Solon
Thank you.
Stuart Clarkson
Leaders from some of the world's most prominent central banks have backed Federal Reserve Chair Jerome Powell as he faces a criminal investigation. The heads of 10 institutions, including Christine Lagarde from the European Central bank and Andrew Bailey from the bank of England, said maintaining independence of central banks is critical for price, financial and economic stability and that Powell has worked with integrity and focus on his mandate at the Fed. Let's do the numbers now. Japan's Nikkei closed up 3.1% to a record high with speculation in Tokyo of a snap election. And shares on the markets in Seoul ended the day 1.5% higher after South Korean tech firm SK Hynix announced a $13 billion plan to build an advanced chip packaging plant. Now, AI has been top of the headlines in recent years, but there's another global race between the world's biggest companies and countries to build the most powerful computers ever seen. Quantum computing, using principles of particle physics, creates machines that can solve problems that ordinary computers can't. The BBC's Faisal Islam's been to Google in Californ to find out more.
Faisal Islam
We've just arrived in Santa Barbara, a couple of hours away from Los Angeles, and we're about to visit one of the most important technological developments in the world right now, which is the quantum lab of Google. So we're going to go in and actually have a look at one of the world's first functioning, most advanced quantum computers. Hello.
Hartmut
Hi there. I'm Hartmut. I'm the founder and lead of the Qu Lab.
Julian Kelly
I'm Julian Kelly.
Kai Ryssdal
Yeah.
Julian Kelly
Senior director of hardware.
Faisal Islam
Well, thanks for showing us around this, this facility, I think it's restricted. Thanks for letting us in.
Hartmut
Actually, please come in.
Faisal Islam
Okay, so we're coming into a restricted area now and we're starting to see the real deal, the actual conversion of this high theoretical physics into an actual computer.
Hartmut
And let's take a look at our latest chip called Willow. And you see it looks a little bit like an Oreo in a way. The chip is actually comprised of two parts. A larger part here, this large silver rectangle, this is our control electronics chip. And the qubits themselves, they sit in this little darker squares.
Faisal Islam
But the exponential power of quantum is what you're trying to harness with this chip we're holding here.
Hartmut
Yes, for certain computations, the power of these chips is rather mind boggling. So in December we actually ran a benchmark computation on this chip which took just a few minutes here on the Willow chip, but it would have taken ten septillion years. This is the one with 25 zeros on today's top supercomputer.
Faisal Islam
So there's a special feature of this process which it happens at extremely low temperatures. And Julian wants to show us just how low that temperature is with some liquid nitrogen.
Julian Kelly
Liquid nitrogen? Yeah, it's around minus 200 degrees Celsius or 77 Kelvin. So we've got here, just for example, a nice little Clover, and we can dump some liquid nitrogen onto it.
Faisal Islam
And so what's the relevance of the cold to the chip?
Julian Kelly
Our chips are superconducting. And when you get certain metals cold, in our case aluminum, they become superconducting, and they have zero resistance. It is one of the coldest places in the universe, colder than you'd find in outer space or really anywhere else.
Faisal Islam
Take us 20 years into the future, what are we doing with Quantum computers in 2045?
Hartmut
So I think we will use it to help with many problems that humankind has. It will enable us to discover drugs more efficiently. It will help us make food production more efficient.
Faisal Islam
Twenty years into the future, what are we doing with Quantum computers in 2045?
Hartmut
So I think we will use it to help with many problems that humankind has. It will enable us to discover drugs more efficiently. It will help us make food production more efficient. It will help us with the energy economy, like to produce energy, to transport energy, to store energy, to build technologies that make life more pleasant for all of us.
Stuart Clarkson
Faisal is. I'm reporting from California. Our producer is Neil Morrow. Our editor is Naomi Raney. In the uk, I'm Stuart Clarkson with the Marketplace morning report from the BBC World Service.
Kai Ryssdal
Hey, everybody, it's Kai Rysdal, the host of Marketplace. It has been a year since the fires here in Los Angeles, and businesses that burned are still struggling.
Julian Kelly
You know, I won't lie.
LifeLock Advertiser
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Julian Kelly
Hey, maybe, maybe we move the store.
LifeLock Advertiser
It just, it wouldn't be the same.
Kai Ryssdal
Hardware store on the ground. Reporting and what the year ahead has in store for business owners still recovering. Listen to Marketplace on your favorite podcast app.
Episode Theme: The Global Crackdown on AI Deepfakes and Advances in Quantum Computing
This episode explores the mounting legal and regulatory challenges facing AI-generated deepfakes, particularly those created through Elon Musk’s GROK AI on platform X (formerly Twitter). The conversation covers the potential for steep fines, country-wide bans, and the nuances of what constitutes illegal, AI-generated content. The second major segment highlights a visit to Google’s quantum computing lab in California, showcasing breakthroughs and long-term hopes for quantum technology.
Host: Stuart Clarkson (00:31)
Guest: Olivia Solon, Technology Editor at Bloomberg (01:11)
Mounting Legal Action Across Countries (00:31–01:49):
Complexity of Defining Illegality (01:11–03:15):
"Putting a kid in a bikini does not make that child sexual exploitation material, however unpalatable you might find that."
— Olivia Solon (02:56)
Potential Penalties for Platforms like X (01:49–02:03, 02:03–03:15):
Why GROK/X Is in the Spotlight (03:15–04:29):
"Elon Musk has been explicit that GROK has fewer guardrails... it's more permissive."
— Olivia Solon (03:34)
"If illegal images are being posted to X, action does need to be taken."
— Olivia Solon (04:18)
Reporter: Faisal Islam, BBC (05:41)
Interviewees: Hartmut (Google Quantum Lab founder/lead) & Julian Kelly (Senior Director of Hardware)
Touring the Quantum Lab (05:41–06:57):
Exponential Power Demonstrated (06:57–07:29):
"For certain computations, the power of these chips is rather mind boggling... a benchmark... took just a few minutes here... but would have taken ten septillion years... on today's top supercomputer."
— Hartmut (07:07)
How it Works—Superconductivity and Extreme Cold (07:29–08:12):
Twenty-Year Outlook: Quantum’s Promise (08:19–08:49):
"It will enable us to discover drugs more efficiently... to build technologies that make life more pleasant for all of us."
— Hartmut (08:42)
Olivia Solon on Defining Illegality (02:56):
“Putting a kid in a bikini does not make that child sexual exploitation material, however unpalatable you might find that.”
Olivia Solon on GROK’s Permissiveness (03:34):
“Elon Musk has been explicit that GROK has fewer guardrails... it’s more permissive.”
Hartmut on Quantum Power (07:07):
“For certain computations, the power of these chips is rather mind boggling... a benchmark... took just a few minutes here... but would have taken ten septillion years...”
Julian Kelly on Chip Environment (08:00):
“It is one of the coldest places in the universe, colder than you’d find in outer space or really anywhere else.”
Hartmut on Quantum’s Future (08:42):
“It will enable us to discover drugs more efficiently... to build technologies that make life more pleasant for all of us.”
Throughout, the conversations balance analytical clarity with lay-accessible explanations. Olivia Solon delivers nuanced, data-rich context in a clinical but approachable tone, while Hartmut and Kelly from Google convey technical excitement and optimism about quantum computing’s future. The overall tempo is brisk but clear, suitable for a daily news format.
This summary provides a comprehensive, timestamped overview of the episode, highlighting core topics and notable insights for listeners seeking an engaging, content-rich recap.