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Notebooks equipped with 32 GB of RAM are considered ideal for users who frequently use multiple applications simultaneously, as they allow for the retention of a larger amount of temporary data. It is advisable to prefer RAM with more current standards and higher transfer speeds; however, it is also essential to evaluate features such as the processor, screen quality, and battery life.

To assist in the purchasing decision, Tecnoblog compiled a list of seven notebook options with 32 GB of RAM, aiming to prevent crashes during multitasking tasks. The listed models include offerings from the brands Asus, Samsung, Acer, Lenovo, and Vaio.

Asus Vivobook S 14

This model stands out as an excellent choice for productivity and multitasking. It integrates the Intel Core Ultra 7 258V processor (with 8 cores and 8 threads), 32 GB of LPDDR5X RAM, and a 1 TB SSD, offering ample storage space. Its 14-inch OLED screen provides vibrant colors and deep contrasts, although it has a refresh rate limited to 60 Hz. The display features a WUXGA resolution (1920 x 1200 pixels).

Weighing only 1.3 kg, despite its metal construction, the notebook comes equipped with a 75 Wh battery, guaranteeing up to 27 hours of autonomy. Other highlights include the MIL-STD-810H military durability certification and Asus IceCool thermal technology.

Asus ROG Strix G16

Designed for gamers and high-demand users, the Asus ROG Strix G16 features the Intel Core i9 14900HX processor (24 cores and 32 threads) and 32 GB of DDR5 RAM. For graphics processing, it includes the RTX 5070 (8 GB) card and a 1 TB NVMe SSD. Although it does not use an OLED screen, its 16-inch IPS panel offers a 2.5K resolution (2560 x 1600) and a high refresh rate of 240 Hz, which improves fluidity in games, especially FPS genres.

The battery of this device has a capacity of 8,100 mAh, and the packaging includes a 280 W power supply for recharging. A negative aspect mentioned is the weight of 2.6 kg, which may impact portability.

The Galaxy Book 6 was presented as an option that offers high performance for daily activities. It is powered by the Intel Core Ultra 7 355 chip, with 8 cores and 8 threads, complemented by 32 GB of LPDDR5X RAM and a 1 TB NVMe SSD. Its 14-inch IPS screen is more compact than competitors', displaying a resolution of 1920 x 1200 pixels and an anti-glare finish. The display refresh rate is 60 Hz, a standard considered more basic compared to 120 Hz or higher screens.

This notebook has a light design, weighing 1.43 kg, and is thin (14.9 mm thick), in addition to having a 61 Wh lithium-ion battery that provides up to 24 hours of use.

Acer Nitro V15

The Acer Nitro V15 is suggested as a notebook suitable for casual or beginner gamers. Although more modest than the Asus ROG Strix G16, it comes equipped with the AMD Ryzen 7 7735HS processor (8 cores and 16 threads), 32 GB of DDR5 RAM, and a 512 GB SSD. The dedicated graphics card is the RTX 4060, with 6 GB of VRAM.

The screen measures 15.6 inches, with a Full HD resolution (1920 x 1080 pixels) and a refresh rate of 165 Hz, providing smoother gaming sessions. However, the 45% NTSC color coverage limits the fidelity of the colors displayed on the screen. Weighing 2.1 kg, the device includes a 57 Wh battery with up to 5 hours of autonomy. It also features a dual-fan cooling system to maintain stable temperature.

Lenovo ThinkBook 14 Gen 6

Oriented towards basic and moderate uses, the Lenovo ThinkBook 14 Gen 6 offers good performance for multitasking. Its specifications include the i7-13700H chip (14 cores and 20 threads), 32 GB of DDR5 RAM, and a 256 GB SSD. The compact 14-inch screen displays WUXGA resolution and a 60 Hz refresh rate. Similar to the Acer Nitro V15, the Lenovo ThinkBook 14 Gen 6 display has 45% NTSC color coverage, making it unsuitable for image editing work.

Regarding power, the battery has a capacity of 60 Wh and supports fast charging. The device is also light, weighing only 1.38 kg.

The Vaio FE16 is positioned as an intermediate notebook, ideal for studies, work, and personal use. This device is equipped with the AMD Ryzen 5-5625U chip (6 cores and 12 threads) and a 512 GB NVMe SSD. It has 32 GB of RAM to optimize multitasking performance, despite using the older DDR4 standard. The 16-inch screen is not considered very fluid, with a refresh rate of 60 Hz. Conversely, the display features an anti-glare finish and WUXGA resolution, superior to Full HD. The device weighs 1.85 kg and includes a 55 Wh battery with a maximum autonomy of 10 hours.

Lenovo IdeaPad Slim 3

The Lenovo IdeaPad Slim 3 is an intermediate notebook designed for those who need good performance for daily tasks, moderate productivity, and browsing with multiple open tabs. It comes with 32 GB of RAM and the Intel Core 7 350 processor (6 cores and 6 threads), plus a 512 GB SSD for local storage. The 15.3-inch LCD display features WUXGA resolution and anti-glare technology to improve visibility, maintaining a simple 60 Hz refresh rate.

This device weighs 1.59 kg and has a 65 Wh battery.

When choosing the best notebook with 32 GB of RAM, it is crucial to consider the memory module specifications. Attention should be paid to faster processors, smoother screens, and higher resolutions, as well as long-lasting batteries, since these specifications help distinguish similar models.

Samsung Galaxy Book 6

The Samsung Galaxy Book 6 is pointed out as the notebook that offers the best cost-benefit in the list. It features 32 GB of LPDDR5X RAM and a 1 TB SSD for storing files and photos. Additionally, this laptop weighs only 1.4 kg and offers up to 24 hours of autonomy.

The Vaio FE16 emerges as an even more economical alternative, featuring the AMD Ryzen 5-5625U processor, WUXGA screen resolution, and 32 GB of RAM. The only drawback is the use of the DDR4 RAM standard, which results in lower transfer rates compared to the DDR5 standard.

It is important to note that a notebook with 32 GB of RAM ensures fluidity and reliability for those who habitually use several applications and tabs simultaneously, including demanding software. Even if the total RAM capacity is not used, the operating system can use the free memory as a cache to speed up access to recently accessed data and files; that is, excess RAM is not wasted.

For common users, a notebook with 16 GB of RAM is recommended, as this offers adequate security margin for multitasking such as browsing with several open tabs, managing operating system folders, and running moderately complex programs. The 32 GB models are ideal for more intensive workloads, allowing more data to be stored in RAM at the same time, including heavy video editing software or games.

Finally, it is possible to upgrade to 32 GB of RAM, provided the notebook supports this expansion. It is not enough just to check if the RAM is expandable; it is necessary to confirm whether the laptop is compatible with 32 GB or more, as the maximum supported limits vary between models.

Albert has successfully raised $55 million in a Series B funding round, with the funds designated for advancing artificial intelligence in scientific research. The leadership of this round was secured by TCV, and new investors joined, including Delta-v Capital, Socium Ventures, High Sage Ventures, Coral Capital, and Legion VC.

Truffle Capital led the financing, with participation from existing investors such as Coatue, J.P. Morgan Growth Equity Partners, Index Ventures, and Applied Ventures. The company plans to use the raised capital to further refine its chemistry-based platform.

Located in Oakland, California, Albert develops an operating system for materials science and chemistry. This platform integrates specialized AI with corporate security, management, and integration features, such as no data storage, granular access control, and audit trails of reasoning.

Albert provides services to organizations with complex research challenges facing evolving regulations and disrupted supply chains. Among the company's clients are BASF, Henkel, Clorox, Kenvue, and Akzo Nobel. Albert's goal is to help these companies' scientists faster transform experimental data into innovative products.

Albert's model, named Valence, is chemically specific and demonstrates an accuracy 45 times higher than general AI when answering scientific questions. This accuracy metric was achieved in a new study accompanying the funding announcement. Valence was trained on text processing and composition and function identification.

The method mimics the ability of an experienced chemist to distinguish between similar compositions and materials, as well as understand how minor changes can significantly impact an experiment. In chemistry, for instance, the slightest deviations in ingredients, procedures, or experimental conditions can lead to different results. Albert handles this through domain-specific intelligence and its Form Bench benchmark for formal chemistry.

Albert asserts that this benchmark will set a new standard for evaluation in this highly specialized field. The Albert platform combines scientific knowledge, AI tools, integrations, and regulatory control into a single environment. It allows scientists to interact with research data using natural language. By querying Albert, users coordinate tools, agents, and models to support complex scientific work.

The system helps teams find institutional knowledge and avoid repeating past experiments. It is capable of suggesting formula candidates, assisting in experiment design, and analyzing large datasets. These capabilities aim to eliminate bottlenecks in research and improve decision-making processes.

Furthermore, Albert supports enterprise requirements regarding data security and controlled access. Its chemistry-specific approach enables organizations to link information across various research systems, facilitating the discovery and reuse of valuable experimental knowledge.

Over the past year, Albert has demonstrated significant platform growth. Project creation increased 26-fold as Albert OS was implemented in organizational research functions. The number of scientists using the platform grew sixfold across 44 countries. These achievements reflect growing interest in specialized AI for corporate research.

Workflow creation also increased fourfold as more teams adopted various research processes on the platform. Ask Albert transformed from an AI search assistant into a broader R&D partner in just six months. Client feedback highlights the value of connecting disparate scientific information. Kenvue noted that the partnership with Albert improved connections within the overall data platform, while AkzoNobel used Ask Albert to query information covering raw materials and lab journal entries. Albert intends to use the new funding to expand its capabilities and accelerate product development.

Researchers have concluded that a microorganism possessing one of the smallest known genomes is forcing scientists to reconsider the boundaries of what defines life. This organism, named Sukunaarchaeum mirabile, contains only 238 thousand base pairs of DNA and has such a simplified genetic structure that it apparently requires another organism for survival.

The discovery was made accidentally while studying the unicellular plankton Citharistes regius, which was collected in surface waters off the coast of Shimoda in Japan. Scientists were examining the genetic material of cyanobacteria living in symbiosis with this plankton when they discovered a small circular DNA sequence that caught the team's attention.

The results of this study were published in the scientific journal Current Biology and brought together specialists from the fields of biology and computer science. Sukunaarchaeum mirabile also demonstrates significant limitations: its genome lacks almost all the genes typically necessary for independent metabolic maintenance, meaning it likely cannot produce everything required for its existence on its own.

When preliminary results were presented in 2025, researchers compared its existence to a virus. However, in the final version of the study, this comparison was dropped to avoid confusion in its biological classification.

How the Organism Survives with Such Little Genetic Information

One of the key problems raised by this discovery is how the organism can sustain life with such a limited volume of genetic information. According to the researchers, the microorganism has lost almost all the genes needed to produce nutrients and energy but has retained a significant portion of the mechanisms responsible for copying its own genome and synthesizing proteins from DNA.

This combination suggests that it is close to the minimal threshold of genetic information required for a cell to continue reproducing and maintaining its genetic material. Torsten Allers, a molecular biologist from the University of Nottingham in the UK, emphasizes that the capacity for replication and the degree of autonomy of this process are central questions in defining the concept of life.

In the scientist's view, this discovery provides new insights into how simple a living cell can become while still retaining the ability to reproduce and maintain its genetic information. Among known organisms with smaller amounts of genetic material than Sukunaarchaeum mirabile are bacteria that have become so dependent on symbiotic hosts that they have effectively lost their identity as individual organisms.

Researchers are also considering the possibility that the microorganism is a parasite rather than a beneficial partner to the host organism. One hypothesis is that it is in the process of integrating with the host—a phenomenon that may help understand how complex cells arose during evolution. Mitochondria, structures responsible for most energy production in human cells, serve as an example of such evolutionary interaction; according to scientific explanation, they originated from bacteria that began living inside eukaryotic cells about 1.5 billion years ago and retained their own DNA.

However, in the case of Sukunaarchaeum mirabile, scientists have not found sufficient evidence to conclude that there is a mutually beneficial relationship. Since the organism apparently does not provide a clear metabolic advantage to the host, the team is considering parasitism. Another feature is that approximately a quarter of its genome is dedicated to producing large membrane proteins. Similar proteins have already been found in other parasitic archaea involved in host invasion mechanisms.

Currently, Sukunaarchaeum mirabile is known only by its genome, as researchers have not yet observed it directly under a microscope. Therefore, its lifestyle and relationship with the plankton remain open questions. This research expands knowledge about the limits of genetic reduction and the various strategies organisms can develop for survival, even with an extremely limited set of genes.