Research showed that the device remained fully functional for up to 70 days with zero implant-related complications.

Researchers based at the University of Galway have developed a new implant that could better deliver next-generation therapies for ovarian cancer.

The project was carried out by a team at Cúram, the Research Ireland Centre for Medical Devices based at the Galway university, along with collaborators from the University of Minnesota, Massachusetts Institute of Technology and the Wyss Institute.

The implant, made out of a flexible biomaterial, conforms to the body’s internal contours and sits inside the peritoneal cavity – the space surrounding the abdominal organs of a person assigned female at birth where ovarian cancer predominantly occurs. The porous material and allows medicines to diffuse into the tissue surrounding the affected area.

The device is also connected to an external port through the skin, meaning therapies can be added as often as needed without further surgery or intrusion, and allows for continues monitoring to see how the disease responds. The team’s research was published earlier this year on the scientific journal Device.

“One of the most frustrating aspects of treating ovarian cancer is that we know localised delivery of therapy works better, but the tools we’ve had until now weren’t built for the job,” said Dr Aoibhín Sheedy, a PhD graduate with Cúram and the lead researcher on the project.

“We designed this implant with ovarian cancer patients in mind. We wanted an implant that can deliver living cell therapies repeatedly, reliably, and with real precision to the tumour site.”

Ovarian cancer is often diagnosed at late stages, the researchers say, with treatment often involving surgeries to remove as much of the tumour as possible. Currently, targeted treatment and ways to detect the cancer’s reoccurrence is impossible, they add.

Preclinical research was able to demonstrate that the team’s device remained fully functional for up to 70 days with zero implant-related complications compared to conventional treatments. The team thinks that the device can deliver a range of living cell or non-cell based therapies.

“The tricky part about working with novel therapies, such as immunotherapies, in the setting of ovarian cancer is that repeated delivery is done with outdated materials that are not designed for this setting,” said Dr Martin Felices, an associate professor in medicine at the University of Minnesota.

Dr Eimear Dolan’s lab at the University of Galway developed the delivery system for the implant. She is an associate professor in biomedical engineering at the University.

“What excites us most is the two-way nature of this approach. Clinicians could use this to track how the immune cells are performing, whether the tumour is responding, and then adapt treatment accordingly,” Dolan said.

“That kind of real-time intelligence is something we’ve never had access to before in this setting.”

“It is also very difficult to sample through these systems. The delivery system, created by Dr Dolan’s laboratory, allows for safer repeated delivery of cellular and biologic therapies in the context of the peritoneal cavity,” Felices added.

Last year, €28m was set aside to fund the second phase of Ireland’s largest cancer research programme involving top universities, charity and industrial partners.

Funding from the programme, and otherwise, has helped researchers in the country make numerous advancements in the field in recent months, including identifying specific enzymes that lead to better treatment outcomes and developing compounds capable of damaging cancer cell DNA.

Don’t miss out on the knowledge you need to succeed. Sign up for the Daily Brief, Silicon Republic’s digest of need-to-know sci-tech news.

[This is a sponsored article with Chocolate Finance]

For decades, Singaporeans were taught that good financial habits meant putting money into a savings account, or locking it away in a fixed deposit.

That approach made sense when bank interest rates were competitive and the choices were limited. 

But today’s savers face a very different landscape. 

Traditional savings accounts often require salary crediting, minimum spending, or multiple banking products to unlock their highest interest rates. Fixed deposits, meanwhile, ask customers to trade liquidity for returns.

As more Singaporeans become comfortable managing their own money, many are starting to ask the same question: Why let cash sit in a bank account earning little when it could potentially earn more—without locking it away?

It’s a question that entrepreneur Walter de Oude believes the financial industry hadn’t answered well enough. His solution is Chocolate Finance, a Singapore-based cash management platform designed to help people put their spare cash to work without the lock-ins or complexity typically associated with investing.

The idea has clearly resonated. Since launching in 2024, Chocolate Finance has amassed more than 150,000 users and S$1.5 billion in assets under management.

The problem Walter wanted to solve

The idea behind Chocolate Finance can be traced back to Walter de Oude’s previous venture, Singlife, which he founded in 2014.

In 2019, Singlife introduced the Singlife Account, an insurance savings product that gave customers a place to park their cash while earning a higher rate than many traditional bank accounts. 

It quickly became one of the company’s most popular products, confirming the demand Walter had expected: Singaporeans weren’t necessarily looking for more investment products, they simply wanted a better place for their spare cash.

The product gained 60,000 customers within its first year. However, according to Walter, the Singlife Account was deprioritised as a customer acquisition tool once Singlife acquired Aviva due to its “very low profit margin and high capital costs.” 

Spotting an opportunity for a platform dedicated entirely to cash management, he founded Chocolate Finance. The company claims to have “consistently delivered bank beating returns” since it launched. 

But Walter’s ambition was not to build just another cash product. 

His vision was to create a simpler way for people to manage all of their money, helping customers choose the right home for different types of savings, from everyday cash to longer-term goals, without unnecessary complexity.

How Chocolate Finance works 

Rather than operating as a bank, Chocolate Finance is a licensed fund manager offering a cash management account. Customer funds are invested in a professionally managed portfolio of high-quality, short-duration fixed-income and money market funds. 

The aim is to generate competitive returns while keeping funds accessible, with no lock-in period or withdrawal penalties. Customer funds are also held in segregated accounts, meaning they are kept separate from the company’s own operating funds—and hence ringfenced and protected.

At the time of writing, Chocolate Finance offers 2% p.a. on customers’ first S$20,000 and 1.8% p.a. on the next S$80,000, with balances above S$100,000 up to 1.8% p.a. 

It has also rolled out a US dollar account, offering 4.1% p.a. on customers’ first US$20,000 and 3.8% p.a. on the next US$80,000 with balances above US$80,000 up to 3.8% p.a.

Imagine returns better than a fixed deposit, but you could take it out anytime. That’s exactly the problem Chocolate Finance was built to solve: helping people get better returns on short-term cash without locking it away.

Walter de Oude, founder of Chocolate Finance

It’s worth noting that, as a fund management platform, Chocolate Finance does not guarantee investment returns.

Customer funds are invested in a managed portfolio, meaning both returns and principal are subject to market movements, and deposits are not protected under the Singapore Deposit Insurance Corporation.

That said, to provide greater certainty, Chocolate Finance’s Top Up Programme supports the advertised returns on the first S$100,000 and US$100,000 if portfolio performance falls short during the qualifying period, which has been extended to Dec 31, 2026, or until the company reaches S$2 billion in assets.

Its Visa debit card, which offers zero foreign exchange fees, HeyMax miles perks and the option to convert cash returns into miles, has also made it a favourite among frequent travellers and miles collectors.

The company also has since expanded into helping businesses in Singapore get better returns on their spare cash with the launch of its business account, which offers eligible companies 1.5% p.a. returns on their first S$300,000.

While its cash account remains the foundation, Chocolate Finance sees it as the first step. The company plans to introduce more products tailored to different savings goals and investment horizons, while keeping its core promise of making money management simple.

Getting more out of your cash

With no account fees, no minimum investment amount and a straightforward sign-up process, Chocolate Finance lowers the barriers for consumers looking to make better use of their spare cash.

It comes at a time when many Singaporeans are reassessing where they keep their savings. 

Fixed deposit rates have fallen from their 2023 highs—the best 12-month rates now sit around 1.5% p.a.—while many bank savings accounts continue to offer low base interests. As a result, significant amounts of household cash remain in low-yield accounts.

S$50,000 in a basic savings account earns roughly S$25 a year, but the same amount in a cash management solution could earn S$1,350–1,500 with no lock-in. 

For those looking beyond traditional savings products, Chocolate Finance offers an alternative worth considering. 

If you’d like to learn more, visit Chocolate Finance and see why more than 150,000 users have chosen to rethink where they keep their spare cash. After all, when it comes to managing your money, leaving cash idle can come with an opportunity cost.

[Disclaimer: Chocolate Finance is a brand of Chocfin Pte Ltd (UEN 202347190R). Chocfin Pte Ltd is licensed and regulated by the Monetary Authority of Singapore (CMS101452) to perform fund management activities. Chocolate’s returns are subject to change based on market conditions, with Chocolate top-up support offered as an incentive during the Qualifying Period, and it does not constitute a guarantee of return or capital. Returns are calculated on a compounded basis. Terms and conditions apply.  This advertisement has not been reviewed by the Monetary Authority of Singapore. Past performance is not indicative of future results. All investments involve risk, including the risk of losing all of the invested amount and may not be suitable for everyone.]

Featured Image Credit: Chocolate Finance

A New Mexico Court judge on Thursday ordered Meta to pay a fine of $567 million, on top of the $375 million levied in March, in a case regarding social media harms and addiction. This brings the total fines the company has to pay to $942 million.

The court also ordered Meta to make changes to how its platforms function in the state: it wants the company to remove Like counts, and only show such metrics to children under 18 with approval from a parent or a guardian. Push notifications to underaged users in the state are also to be paused between 10 p.m. and 7 a.m, and their usage should be limited to 90 hours a month, which amounts to roughly three hours per day.

“Significant numbers of people in New Mexico experience harm from Meta’s products due to risks of sexual exploitation, interference with education, and adverse mental health outcomes,” the order said.

The judge acknowledged that Meta is not the only platform causing a mental health crisis among youth in the state, but maintained that its platforms play a significant part. He said that the company has caused a significant “public nuisance” in New Mexcio, and is required to abate that.

Meta said that it is going to appeal the judgment.

“We work hard to keep people safe on our platforms and have been transparent about the challenges of identifying and removing bad actors and harmful content. We remain confident in our record of protecting teens online and will continue to defend ourselves against claims that misrepresent the facts,” company spokesperson Andy Stone said in an emailed statement.

“For years, Meta knew its platforms were harming New Mexico’s kids, from feeding a youth mental health crisis to connecting predators with children, and it chose engagement and profit over their safety,” state Attorney General Raul Torrez said in a statement.

“Today, Meta is paying for that choice. This judgment holds the company accountable for the damage it caused to our children, our families, and our schools, and it forces real changes to how Meta operates in New Mexico,” he added.

The ruling comes in the wake of another loss in Los Angeles in March, where the court also ruled against the social media company for creating addictive patterns.

Meta is facing several other cases in the country. One of the notable cases is a joint lawsuit by 33 states, which was consolidated in an Oakland, California federal court. Several other states, like Tennessee, have brought their own cases against the company.

Samsung’s upcoming “budget” flagship has been making the rounds in the rumor mill over the past couple of weeks. From disappointing camera leaks to build refinements, nearly everything about the Galaxy S26 FE has been revealed. Now, another fresh leak has even given us a proper look at the phone along with its color options.

A fresh set of leaked renders from AndroidHeadlines gives us a clear look at the Galaxy S26 FE in all three of its expected color options. The images line up with an earlier color leak pointing to Graphite, Aqua Green, and a third finish sitting somewhere between blue and purple.

At least one color has some personality

Graphite is exactly what you would expect from a modern Samsung phone. It is the dark, understated, and safe look. Aqua Green brings more life to the lineup, while the blue-purple option is easily the most distinctive of the three in the leaked renders. The latter also looks close to the new color that debuted along with the Galaxy S26.

There could still be additional Samsung.com-exclusive finishes that have yet to leak, but the current reporting points specifically to these three colors for the main lineup. Samsung has not officially confirmed any of them.

It really wants to look like a Galaxy S26

The renders also reinforce the biggest visual change we had already seen in earlier leaks. The Galaxy S25 FE’s three individually protruding rear cameras are now being replaced by the new design language as seen in the Galaxy S26 lineup.

Previous leaks have pointed toward an Exynos 2500, 8GB of RAM, and Android 17. But this is still just unconfirmed rumors so far. We covered the alleged Exynos 2500 benchmark recently, where the S26 FE trailed the newer Exynos 2600 inside the standard Galaxy S26 by a sizeable margin.

Samsung is also expected to launch the phone around September, which would line up closely with last year’s Galaxy S25 FE release. This is still just a leak, so we’ll have to wait for an official Samsung announcement to know if these colors are actually confirmed.

Christian Ivan worked for months within Blender, carefully creating a flawless 3D model of Manhattan Island, from a desolate landscape in 1600 to 2026. The final output was an 8-minute piece of work that scarcely claimed to be historically accurate. Ivan admitted to using ancient maps and atlas photographs from the New York Public Library to achieve the desired effect.

The time-lapse begins showing the island appearing desolate, with the occasional tree and some sand beneath a perfectly clear blue sky. There’s a hint to the Lenape people at the outset, before a handful of Dutch ships arrive and a little cluster of structures forms on the southern side. And that’s when New Amsterdam emerges, complete with twisting roads and fortresses to keep things under control. As the town grows, more figures emerge on the screen, serving as a cruel reminder that each new house or warehouse was erected on the backs of a small group of people who live on this tiny island.

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When the British take over, the settlement begins to expand out little. More docks are erected along the waterfront, and the street begins to grow north. It’s moving at a fairly steady pace, and the shoreline is shifting as rivers are progressively swallowed up by piers and filled in. As we enter the early American years, we begin to see a few more dwellings and dock work being built, as well as a continual stream of ships arriving faster than ever before. Warehouses begin to proliferate, and what was once a few colonies begins to resemble a proper operating port metropolis.

Then comes the Commissioner’s Plan of 1811, and in a single stroke, the middle of the island becomes gridlocked, with the old straight avenues and numbered streets marching north right where all that previously empty or sparsely populated land used to be, and that was a single decision made, and we still have it that way to this day. Growth accelerates from there. During the nineteenth century, the old empty blocks began to fill up with large brick buildings, factories, tenements, and industrial businesses, all piled on top of one other. As a result, the skyline begins to rise; at first, it is just trudging along, but you can tell it is starting to lift, and before long, you can see the skyline reaching into the sky.

Ivan demonstrates his technique by walking through the entire process three times in a row. First, you get a good bird’s-eye view of the entire island, giving you an idea of its overall form and how development progressed from south to north. The camera then zooms in on Lower Manhattan, where the oldest streets still exist and the first skyscrapers are beginning to rise. Following that, the camera moves on to Midtown, where the grid has become more organized and the towers have begun to cluster. Watching the same old history unfold from three distinct perspectives makes it much simpler to grasp the scope of the changes that occurred. Lower Manhattan is the first to be settled, and its unique early layout remains until steel frames arrive and skyscrapers begin to take off. Midtown is filled in a little later and more methodically, with avenues converted into office skyscraper corridors.

The twentieth century begins in a rather obvious manner. The Empire State Building appears on the scene, and additional Art Deco buildings spring up all around it. The twin towers of the World Trade Center emerge briefly before disappearing, leaving you with a tranquil visual reminder that huge changes may not always arrive as expected. The newer skyscrapers keep appearing in the last act, and the model is changed correspondingly. The island’s population continues to rise until it reaches its current level.
[Source]

Apple has released macOS Tahoe 26.6.1 to fix a Screen Sharing vulnerability that could let an attacker on the same network authenticate without valid credentials.

The timing makes this update more interesting than its small version number suggests. Apple’s security notes for macOS 26.6, released July 27, already listed three separate vulnerabilities affecting Screen Sharing Server.

Apple is now following that release with another Screen Sharing fix less than two weeks later. The company has also issued corresponding updates for macOS Sequoia and Sonoma.

What Apple fixed in macOS 26.6

Apple’s macOS 26.6 security notes identify three distinct Screen Sharing Server vulnerabilities, each with its own CVE.

CVE-2026-43779 could allow an app to intercept network connections intended for another process. CVE-2026-43777 covered a remote denial-of-service risk, while CVE-2026-43760 could allow an app to access sensitive user data.

Those aren’t three attempts to squash the same bug. They’re separate vulnerabilities with different potential consequences, which is worth keeping in mind when looking at the latest update.

Why the new flaw is different

The issue fixed in macOS 26.6.1 is more directly tied to authentication. Macworld reports that an attacker on the same network could potentially authenticate to Screen Sharing without valid credentials.

That puts it in a different category from the three flaws patched in macOS 26.6. Still, seeing several unrelated Screen Sharing vulnerabilities addressed across consecutive macOS releases makes the follow-up patch harder to dismiss as routine maintenance.

Which Macs should get the update

The fix extends beyond macOS Tahoe. Apple also released macOS Sequoia 15.7.9 and macOS Sonoma 14.8.9 for the same Screen Sharing authentication issue.

If you use Screen Sharing, or keep it enabled on a Mac that regularly connects to shared networks, installing the update promptly is the sensible move. The latest flaw involves authentication, and Apple has now pushed fixes across three macOS generations rather than limiting the patch to Tahoe.

Performance Comparison

Other Cheap Gaming Laptops to Consider

There are a few other affordable gaming laptops I haven’t tested yet that are worth considering. Asus and Dell both have RTX 5050 options, but neither is under $1,000. The Asus ROG A14 is out there, but it is currently only available with an RTX 5060.

Other affordable RTX 5050 laptops include the Omen 16, which is currently selling for $1,100. I haven’t tested that device in a while, but it’s a solid deal. The cheapest deal I’ve seen is the HP Victus 15 with the RTX 5050, which is only $999. If you want to upgrade to the next level of GPU performance, such as an RTX 5070, you’ll see a significant jump in price. One of the cheapest RTX 5070 gaming laptops is the Asus ROG Strix G16, which sells for $1,760. That should give you an idea of how performance scales up from what is considered “budget.” Read our Best Gaming Laptops guide for more high-end picks.

Here are two other affordable gaming laptops I’ve tested that are worth mentioning:

Photograph: Luke Larsen

Lenovo LOQ 15 Essential Gen 11 for $1,850: If the version of the LOQ 15 I recommended above isn’t available, I would consider this one more seriously. If (and when) that older model goes out of stock, my opinion here will change. But as it stands, it’s hard to justify this “newer” laptop, which pairs a three-year-old GPU with a three-year-old CPU (the Core i7-13650HX). The good news is the display is on par with the other LOQ 15, which is a step up in color from the Alienware 15. But the deal-killer is the included 135-watt power adapter. Like the Acer Nitro V 16 below, it loses power when playing games in Performance mode despite being plugged in. That means the extra 10 to 15 percent of higher frame rates you get in Performance mode is on a time limit. Also, at its full price of $1,850, it’s way overpriced, so wait for a discount.

Photograph: Luke Larsen

Acer Nitro V 16 for $1,040: Much can be forgiven if the price is low enough, but unfortunately, the Acer Nitro V 16 isn’t as cheap as it once was. The display is bright enough and has a fast 180-Hz refresh rate, but the colors are an issue. As I saw in my tests, the color accuracy and gamut are wildly off, resulting in some funky, desaturated coloring. The other big issue with the Acer Nitro V 16 is the power supply. Like the LOQ 15 Essential, it also only comes with a 135-watt charger rather than a larger 180-watt brick that most RTX 5050 laptops have. While the smaller power brick is nice, it means you can’t run intensive games in Turbo mode without draining the battery—even while plugged in. I was told that the updated 2026 model would fix this problem, but it still lists a 135-watt charger. I was fine to overlook that issue when the laptop was selling for less than the competition, sometimes as low as $750. At its current price, though, you’re better off with the MSI Cyborg A15.

When you think about it, time is all we’ve really got. Where to go from there is ultimately up to you. Maybe you use an app to track every task, or just go with the onboard timer. But that can be a lot of steps to begin with, and then the phone screen goes dark again. For some people, the whole out of sight, out of mind thing will kick in. At worst, you get distracted, start doing something else, and then feel guilty and frustrated when the timer starts going off.

But there’s hope for us visual simpletons, and the purveyor of that hope is [Edris] of Ponderly Robotics. You see, [Edris] created an extremely easy-to-use timer that looks like something you’d find on Captain Picard’s desk as a token of defeating the Borg. But the affably-named FlipBuddy is far more useful than that description implies.

[Edris] uses the open-source FlipBuddy every day, and swears by its simplicity. The point is accessibility, and respect for privacy. That said, there’s a companion app to provide insight.

Basically, you assign a task to each cube face. Choose one, and place the cube with that side facing up. FlipBuddy wakes up, connects to WiFi, and then pushes your session to the cloud, bypassing the need for your phone.

Time to switch tasks? Just put the new side face up. When you’re done for the day, use the stop face, which we’re hoping means to set it on the knocked-off corner.

You don’t need much to make FlipBuddy come to life. [Edris] used an ESP32 (an S3 SuperMini or similar will work), an MPU6050, six WS2812B LEDs, and a 3.7 V Li-Po cell. The beautiful, 3D printed origami mesh enclosure prints as a single, flat piece, and you get to fold it up around the internals and make your new buddy come to life.

Part of the point of FlipBuddy is that it can become as intuitive as punching a chess clock. So if it’s buttons you’re after, check out this simple Pomodoro timer.