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With Wagner Moura 's recent win in the Best Actor in a Motion Picture — Drama category at the Golden Globes for his performance in The Secret Agent , he became the second Brazilian performer to win the award in as many years, following Fernanda Torres ' victory the year before. The back-to-back wins mark an unprecedented and hugely important moment for Brazilian cinema, but they have also highlighted an incredible coincidence: both actors once starred together in Basic Sanitation: The Movie , one of Brazil's most underrated comedies that deserves renewed attention. Since it remains the only project the two actors have shared, one question naturally follows: could Brazil's next Golden Globe winner already be hiding among its cast?

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Samsung quietly prepares DRAM-free PCIe 4.0 SSD with flagship-level read performance

Host Memory Buffer replaces dedicated DRAM inside Samsung's upcoming budget SSD

Leaked specifications reveal 7,150 MB/s speeds from Samsung's mystery SSD

Samsung appears to be preparing a budget PCIe 4.0 NVMe SSD which removes the onboard DRAM cache found in traditional drive designs.

The unannounced model surfaced briefly on Samsung's website recently, before the listing was taken down without any official confirmation from the company.

Listed specifications describe a 1TB drive with sequential read speeds reaching 7,150 MB/s and write speeds reaching 6,450 MB/s.

How Samsung plans to compensate for missing DRAM

Traditional SSDs rely on dedicated DRAM to store the flash translation layer, letting the controller locate data across NAND flash quickly and efficiently.

However, as the global “RAMpocalypse” continues to worsen, even the largest vendors are looking for ways to reduce their dependence on DRAM.

Without that DRAM, drives can suffer higher latency and weaker performance during sustained workloads or heavy multitasking sessions.

To offset this gap, Samsung is using NVMe's Host Memory Buffer (HMB) feature, which reserves a small portion of system memory over PCI Express instead.

That borrowed memory holds mapping metadata rather than user files, connecting logical addresses to their physical NAND locations directly.

HMB generally cannot match the responsiveness of dedicated DRAM, though it improves performance compared to drives with no caching mechanism at all.

The drive carries a 400 TBW endurance rating, a modest figure for a 1TB SSD by current industry standards.

That number hints at Quad-Level Cell (QLC) NAND flash, which stores four bits per memory cell and lowers both cost and durability.

Samsung has not disclosed publicly which specific NAND flash technology sits inside this particular unannounced drive model.

Rising component costs are reshaping SSD design choices

Samsung's move comes as NAND flash and DRAM pricing continue climbing sharply across the broader global storage industry this year.

Removing the DRAM package cuts component costs directly, simplifies PCB design, and helps maintain competitive pricing within the mainstream SSD segment overall.

QLC NAND increases storage density and lowers manufacturing costs, though it trails Triple-Level Cell NAND in sustained write performance and long-term endurance ratings.

It also remains considerably less durable than older Multi-Level Cell (MLC) and Single-Level Cell (SLC) NAND technologies still found in some enterprise storage products.

Despite those trade-offs, the listed sequential speeds of 7,150 MB/s and 6,450 MB/s place the drive alongside many mainstream PCIe 4.0 SSDs with dedicated DRAM caches.

Samsung has not announced pricing, availability, the official product name, or the specific NAND technology used in the drive.

Until those details emerge, the leaked specifications point toward a lower-cost PCIe 4.0 SSD designed to balance competitive performance with reduced manufacturing costs as memory prices continue rising.

Via The Guru of 3D

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In order for stars to form, you need the right ingredients to make it happen: gravity, mass, time, and of course the right type of matter in the form of baryons. Shortly after the Big Bang, the Universe had plenty of them, but they were all very simple: protons, deuterons, helium-3 and helium-4 nuclei, and a tiny bit of lithium-7. These nuclei, made out of protons and neutrons, were all that the Universe gave us to work with prior to the formation of stars. But, in clumps of material small and large, from individual star clusters to enormous galaxy cluster scales and everything in between, these baryons went to work and, across the Universe over the past 13.8 billion years, created sextillions of stars within the observable Universe.

In a very real way, the story of how we ourselves came to be is the story of how baryons evolved, matured, and wound up deducing our own cosmic history . Yet so many mysteries about that process still remain, from the baryon life cycles within galaxies to identifying the right conditions to trigger star-formation in the vastly different environments where they formed throughout cosmic history. Yet, it’s by examining so many different environments where stars do and don’t form, in galaxies of all different masses and metallicities, and in the modern, nearby Universe as well as far back in ancient cosmic history, that we can begin to piece the full story together.

Here to guide us through this topic, and starring in this episode of the Starts With A Bang podcast, I’m so pleased to welcome newly-minted Dr. Ava Polzin to the show . Ava got her Ph.D. from the University of Chicago and is about to begin a postdoc at the University of Toronto, and has a whirlwind tour of information in store for us all on this episode of the podcast. Plus, at the end, there are a few bonuses she was eager to highlight, and you can find the links to two fabulous papers she’s written for the good of the world below:

Astronomy as a Field: https://arxiv.org/abs/2312.04041

Picture an Astronomer: https://arxiv.org/abs/2512.24465

Make sure you tune in; this is one episode you won’t want to miss!

This article Starts With A Bang podcast #131 – The baryon life cycle is featured on Big Think .

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Spider-Man: Brand New Day is just a few short weeks away, and the fourth standalone MCU story following everybody's favorite webhead is already expected to be Hollywood's third billion-dollar film of 2026 after The Super Mario Galaxy Movie and Toy Story 5 . In domestic previews alone, Brand New Day is expected to gross over $200 million, representing but a fraction of the huge earnings that Tom Holland 's upcoming sequel will rake in. The early projections show that Marvel Studios ' partnership with Sony Pictures to share rights to the Spider-Man IP has continued to bear fruit, and it just seems to keep getting better.

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Over a year on from its monumental launch, Clair Obscur: Expedition 33 creative director Guillaume Broche has been looking back on what he and his fellow devs at Sandfall Interactive were told before their RPG's release – namely, that "no one's going to like" it.

The mere concept of that seems completely impossible now that the game is out – Clair Obscur: Expedition 33 became the second ever game after Baldur's Gate 3 to collect all five major Game of the Year awards last year, after all. But speaking to Konbini in a new episode of Video Game Club on YouTube (below), Broche says the devs were warned about their plans for the RPG's combat.

"With Clair Obscur, there are plenty of design decisions that are fundamentally flawed," Broche begins. "What we heard a lot before we released the game was: 'You're making a game that mixes the challenging aspects of an action game – with dodging and parrying – with turn-based gameplay. No one's going to like it. Turn-based players like turn-based games, and action players like action games.'"

Of course, Clair Obscur: Expedition 33 wasn't the first game to experiment with mechanics like this. Look at 1996's Super Mario RPG, which blended real-time action with its turn-based system – perfectly timed button presses make your attacks hit harder or blocks absorb more damage. A lot of players love this blend, and the Clair Obscur devs were no different when they were making their own game.

"We didn't care," Broche says of the warning Sandfall had received. "We think it's cool, we play it, and it's fun. We combined the two, and it worked. But fundamentally, there are a lot of design decisions that, from an outside or business perspective, make no sense at all."

In the same video, Broche explains that he thinks "imperfections" in games add to their charm, while "games that try to be perfect, that try to fix all their flaws – they're usually just really boring. " By his own admission, Clair Obscur: Expedition 33 isn't perfect, either – just look at its "unbearable" minigames .

Clair Obscur: Expedition 33 director thinks devs will eventually "be able to churn out a game in 5 seconds with a prompt," but he hopes they're not any good.