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NotebookLM 1
Product Reviews

I tested NotebookLM and found it very useful for academic, technical, and general research

by admin October 3, 2025



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Navigating the web to analyze data can be tiring. From scouring various websites looking for the correct data to analyzing and summarizing the data you’ve obtained, online research can be hectic. But what if I told you it doesn’t have to be?

Thanks to recent artificial intelligence (AI) advancements, you can have a virtual research partner that helps you analyze and summarize data from the web. That partner is named NotebookLM.

NotebookLM is an AI-based research and note-taking app developed by Google, the company best known for its eponymous search engine. Released in 2023, NotebookLM has amassed a large user base, thanks to its features that help users research and retrieve insights from bulky documents.

How does NotebookLM work, and what sets it apart from similar tools? Is it free or paid, or both? What are its key features? I’ve reviewed the app extensively to answer these essential questions. Read on to learn in-depth about NotebookLM and whether it’s a suitable tool to adopt.

NotebookLM: Plans and pricing

NotebookLM is a freemium tool, i.e., it has free and paid versions. The free NotebookLM is a very capable tool that integrates the latest models of Gemini, Google’s proprietary large language model (LLM). It lets users upload PDFs, Word documents, and presentations to extract data and generate summaries. You can ask NotebookLM questions and get detailed answers under this free plan.

However, the free plan imposes limits on the number of documents you can upload, the number of daily chat queries, notebooks, and audio and video generations. Specifically, the free plan allows 100 notebooks, each with up to 50 sources, 50 daily chat queries, 3 audio overview generations, and 3 video overviews.

You can increase the limitations by subscribing to the NotebookLM Pro plan. This plan allows 500 notebooks, 500 daily chat queries, 20 daily audio generations, and 20 daily video overviews. As a Pro user, you can also share your notebooks with other users and extensively configure the AI assistant’s response style, among other benefits.

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To become a Pro user, you need to subscribe to the Google AI Pro plan, which costs $20 monthly. This plan unlocks more than just NotebookLM’s advanced features. It also unlocks access to AI features on other Google apps.

That said, at $20 monthly, the Google AI Pro plan is quite pricey. It’s justifiable if you’ll heavily use the provided features, but otherwise, the free NotebookLM version works well for the average user. You can try the Google AI Pro plan for one month to test its features before making a final decision.

(Image credit: Google)

NotebookLM: Features

NotebookLM is a mobile app you can download on an iOS or Android device. It’s not accessible via a web browser. This app functions as a companion you can use to extract data from uploaded documents or external web pages.

You can create distinct notebooks on the app, with the free plan allowing up to 100 notebooks. On each notebook, you can extract data from up to 50 sources on the free plan and 300 sources on the Pro plan.

Here’s an illustration to make it simpler to understand. Imagine you’re a student tasked with reviewing a research paper and generating key insights. The research paper is bulky, with over 5,000 words.

Instead of scanning through every paragraph manually to extract key points, you can upload the research paper in PDF format to NotebookLM. Then, NotebookLM will study and analyze the paper on your behalf, and you can ask it comprehensive questions related to the research paper.

For instance, if the research paper is about the prevalence of a disease in different regions, you can ask NotebookLM to provide a detailed breakdown of the number of infections observed in each region and the percentage compared to the total number of infections. You can ask it to visualize this data for you.

A research paper is just a single example. Instead of uploading a PDF file to NotebookLM, you can provide a specific web address and ask it to analyze the information on that web page.

For example, NotebookLM can analyze a long news article about recent mergers & acquisitions in the tech industry, and you can ask specific questions like “Which companies got acquired recently?” “How much was [company name] acquired for?” “Give me a breakdown of all the acquired companies mentioned in the article and how much they were acquired for?”

NotebookLM solves a key problem that most people experience. Reading through and analyzing large volumes of information can get tiring. Often, when I experienced this problem, I always wished for a virtual assistant that could help me sort through the information and find the desired key points. I was happy when Google announced NotebookLM in 2023, and I became an early adopter.

My main use case for NotebookLM is sifting through voluminous articles and reports to generate insights. I’ve used it heavily for both personal and work activities. For example, I often read detailed economic reports issued by think-tanks and government agencies. NotebookLM has extensively helped me to analyze and note crucial information from these reports.

I like that NotebookLM lets users share notebooks with friends, family, and colleagues, even on the free version. As a free user, you can grant a collaborator “Viewer” or “Editor” access to your notebook.

(Image credit: Google)

A Viewer has access to uploaded source documents and shared notes, but can’t remove these documents or add new ones. In contrast, an Editor can remove or add new documents to your notebook. Sharing is as easy as generating a unique link and sending it to the desired collaborators, who can access it with their Google accounts.

If you’re subscribed to the Pro plan, you can share a notebook in chat-only mode, wherein the collaborator can’t modify the source documents but can ask the AI system questions related to the documents.

When sharing a notebook on the Pro plan, you can monitor two key metrics about how collaborators have interacted with your notebooks: the number of users who have made at least one query per day and the number of queries made by each user. However, these metrics are only available if you’ve shared the notebook with at least four other users.

NotebookLM doesn’t just issue text answers. It can give audio answers in a creative way. For instance, I used NotebookLM to turn an article into an audio conversation. The conversation was akin to two human hosts discussing a deep dive into the article on a podcast. The AI hosts summarized the article, highlighted key information, and had back-and-forth conversations about the information contained in the article. However, don’t expect perfection.

In my case, I observed several mistakes during the audio conversations, including key information being skipped, factual inaccuracies, and references to information not present in the document. Likewise, the speech sounded unnatural in several cases, owing to excessive use of filler words, such as “you know” and “like,” which isn’t typical in real human conversations.

That’s not to say the audio overview feature isn’t helpful. Indeed, it’s beneficial, and such a feature available for mass usage would have been unthinkable a few years ago. However, you shouldn’t rely entirely on it to summarize documents. It works most of the time, but a minor mistake can be significant when analyzing documents.

Similar to the audio overview feature I just discussed, NotebookLM also has a video overview feature. That is, users can turn documents and articles into AI-generated video narrations. The narrations will include images, quotes, figures, and diagrams pulled from your document, with an AI voice dissecting the key points in a conversational tone.

I liked that I could tailor video overviews according to my needs, for example, by selecting the images and quotes I wanted to include in a video narration. I also liked that I could create multiple video overviews for the same PDF document or web page, gaining different perspectives.

Visual learning is more interactive and fun compared to reading long text. If you have a long text piece, NotebookLM makes the perfect companion to convert the long text into a visual narration that’s easy to learn from. However, beware of the limitations.

I noticed some mistakes in the video overviews I generated, similar to those of audio overviews. These mistakes included inaccurate information and some key data I highlighted being skipped. Just as I mentioned earlier, you shouldn’t rely 100% on NotebookLM to summarize your documents. Manual reading remains important.

NotebookLM is very useful, especially the free tier, but it still needs significant improvements. The good news is that Google is committed to continually improving the underlying Gemini LLM that NotebookLM is based on. It has released various updates to boost Gemini’s accuracy and will continue doing so amid intense competition from the likes of ChatGPT.

(Image credit: Google)

NotebookLM: Interface and in use

NotebookLM is as simple to navigate as a mobile app can be. After opening the app, the homepage lists all the notebooks you’ve previously created, or prompts you to create a notebook if you haven’t done so. The button to create a new notebook is prominently highlighted at the bottom.

You can easily create a notebook, add files, and begin asking questions and generating audio or video overviews. Every feature is neatly arranged at the bottom of the dashboard, and you can quickly upload a file, paste text, or enter an external web address to be analyzed. I give NotebookLM a perfect score in user-friendliness.

NotebookLM: Support

As a NotebookLM user, the first place to consult when troubleshooting issues is the official NotebookLM Help Center hosted by Google. This Help Center has comprehensive details about every functionality accessible on NotebookLM.

From learning how to use NotebookLM to changing configurations and resolving commonly encountered problems, the Help Center provides detailed answers. Personally, I encountered most issues when trying to import files, some of which failed to import initially, but the Help Center quickly solved my problem.

If you’re a Google AI Pro subscriber, you can get direct help from Google’s support team in addition to the self-help resources from the official Help Center. Google’s support team is reachable via live chat, email, and telephone and provides detailed answers.

NotebookLM: The competition

NotebookLM is a unique tool that combines note-taking and artificial intelligence-based research. Most rival apps focus on one of these functions but don’t combine the two. Its main competitors aren’t as popular, and they are mostly new apps launched within the last four years.

A competitor I’d like to highlight is Logically (formerly called Afforai). Just like NotebookLM, Logically lets you upload documents and ask its AI assistant in-depth questions related to the document. It doesn’t stop there, but also helps you add more relevant information to text documents, such as citations, tables, and diagrams.

Logically has a free plan and a paid version that unlocks unlimited access to its AI assistant. Users can also pay for addons like external large language models, a file annotator, and a reference manager.

I can’t confidently say Logically is better than NotebookLM or vice versa. However, Logically has a broader feature set that combines both NotebookLM’s core AI-based research feature and other useful AI-based features like writing assistance, file annotation, and academic reference management.

NotebookLM: Final verdict

NotebookLM is a valuable tool to have in your toolkit. It makes things easier when researching information online, thanks to its ability to extract key insights from long swathes of text and convert voluminous text into engaging visual summaries.

I’ll proudly recommend NotebookLM to students, teachers, corporate professionals, or information sleuths who engage in extensive research. Whether on the free or paid version, NotebookLM offers features that make research less hectic and more interactive.

We’ve listed the best text-to-speech software.



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October 3, 2025 0 comments
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Ripple Funds UC Berkeley's New Crypto Research Center
Crypto Trends

Ripple Funds UC Berkeley’s New Crypto Research Center

by admin October 2, 2025


  • Expanding partnership 
  • Main research goals 

Enterprise blockchain firm Ripple has allocated $1.3 million to fund a new Center for Digital Assets (CDA) within the engineering school of the University of California, Berkeley.

Notably, the funding has been provided in Ripple’s own Ripple USD (RLUSD) stablecoin. 

Expanding partnership 

Ripple’s support for UC Berkeley is not new. The San Francisco-headquartered company has been providing financial assistance for one of California’s top universities since 2018 as part of its University Blockchain Research Initiative (UBRI).

Earlier, however, the company was mainly focused on sponsoring research and student programs, but it is now bringing its support to a whole new level with the new center. 

Notably, Ripple’s engineers will be working directly with CDA, meaning that this can be viewed as a strategic R&D partnership.

Main research goals 

The center’s research will involve advancing the development of blockchain-based assets of the likes of NFTs, creating digital “twins” of physical assets, and coming up with new practical applications of blockchian technology. For instance, blockchain could lead to more efficient inventory management. 



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October 2, 2025 0 comments
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Exchange Review August
Crypto Trends

Canton Network Activity Surges as Exchanges Join Validators: Copper Research

by admin October 1, 2025



Copper Research says usage of the Canton Network, a blockchain built for regulated finance, has quietly surged, with validator activity now including major U.S. exchanges alongside banks and infrastructure firms.

Just over a year after launch, Canton has reached a scale unmatched by prior institutional blockchains, thanks to backing from Goldman Sachs (GS), HSBC (HSBC)and Broadridge (BR), the crypto custody firm said in a Wednesday report.

The report noted that Broadridge alone processes more than $5.9 trillion monthly in tokenized U.S. Treasury repos on the network.

Exchanges including Binance U.S., Crypto.com and Gemini (GEMI) are also running validators, while Kraken has signaled a possible listing of Canton’s token. Though no exchange has confirmed plans, Copper said that such a listing would be unprecedented for a permissioned blockchain backed by major financial institutions.

Network activity is also accelerating. Canton recorded more than 500,000 daily transactions by September’s end, more than USDC and USDT transfers combined in the same period and approaching Ethereum’s volumes. Copper Research stressed that this activity is already driven by live institutional applications, not pilots.

According to the analysts, favorable regulation and Canton’s privacy-focused, interoperable design make it well-suited for shared institutional platforms.

Versana, backed by JPMorgan (JPM) and Wells Fargo (WFC), now has seven global banks sharing syndicated loan data, while Goldman Sachs’ DAP has supported tokenized bond issuances.

This institutional adoption is what sets Canton apart, the report added.

Read more: Chainlink Chosen by Privacy-Focused Blockchain Canton to Push Institutional Adoption



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October 1, 2025 0 comments
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Microplastics Could Be Weakening Your Bones, Research Suggests
Product Reviews

Microplastics Could Be Weakening Your Bones, Research Suggests

by admin September 29, 2025


Microplastics could be a factor in driving up cases of osteoporosis worldwide, according to recently published research. The study reveals that when these tiny plastic particles enter the body, they disrupt the functioning of bone marrow stem cells, which are essential for maintaining and repairing bone tissue.

Throughout your life, your bones are replenished. Osteoporosis is a condition where this process goes wrong, with the breakdown of bone outstripping the rate at which it is replaced. This leads to bones weakening over time and becoming more likely to fracture. The condition has many risk factors—age, sex, medications, diet, smoking and drinking, and genetics are all known to influence it—with the disease developing slowly over time. Often people don’t realize they have the condition until they break a bone.

This new analysis, published in the journal Osteoporosis International, adds exposure to microplastics as a potential new risk factor. The research reviewed 62 scientific articles that had run various laboratory and animal tests on the possible effects of micro- and nanoplastics on bone. Analysis of lab experiments showed that microplastics stimulate the formation of osteoclasts, cells created by stem cells in the bone marrow that degrade bone tissue to promote resorption, the process in which the body breaks down and eliminates old or damaged bone.

The study also found that, in relation to bones, plastic particles can reduce the viability of cells, induce premature cellular aging, modify gene expression, and trigger inflammatory responses. The combination of these effects generates an imbalance in which osteoclasts destroy more bone tissue than is regenerated, causing an accelerated weakening of bone structure.

When then looking at animal studies, the researchers found that the accumulation of microplastics in the body decreases the white blood cell count—which is suggestive of alterations in bone marrow function. In addition, these animal studies suggested that the impact of microplastics on osteoclasts may be associated with deterioration of bone microstructure and the formation of irregular structures of cells, increasing the risk of bone fragility, deformities, and fractures.

“In this study, the adverse effects observed culminated, worryingly, in the interruption of the animals’ skeletal growth,” said coauthor Rodrigo Bueno de Oliveira in a press release. “The potential impact of microplastics on bones is the subject of scientific studies and isn’t negligible.”

Oliveira, who is the coordinator of the Laboratory for Evaluation of Mineral and Bone Disorders in Nephrology at the State University of Campinas in Brazil, is now working with his team to further prove in practice the relationship between exposure to microplastics and bone deterioration. This research will begin by evaluating the effects of microplastic particles on rodents’ femurs.

“Although osteometabolic diseases are relatively well understood, there’s a gap in our knowledge regarding the influence of microplastics on the development of these diseases. Therefore, one of our goals is to generate evidence suggesting that microplastics could be a potential controllable environmental cause to explain, for example, the increase in the projected number of bone fractures,” Oliveira said.

Microplastics and nanoplastics are small fragments of plastic—some so small that they’re invisible to the naked eye—that become detached from everyday objects when sunlight, wind, rain, seawater, or abrasion degrade them. The main difference between the two lies in their size: microplastics measure from 1 micrometer (one-thousandth of a millimeter) to 5 millimeters, while nanoplastics are smaller than 1 micrometer. These particles have been detected all over the world in natural environments, as well as throughout the human body and in meat, water, and various agricultural products.

Studies have started to show that this type of plastic contamination can damage health. Experts argue that this means the world urgently needs to reduce its use of plastics. Every year more than 500 million tons of the material are produced worldwide, but only 9 percent is recycled, with much of the remainder spreading into the environment and degrading.

This story originally appeared on WIRED en Español and has been translated from Spanish.



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September 29, 2025 0 comments
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Gaming Gear

EPA scientists were reportedly ordered to halt publication of research papers

by admin September 20, 2025


According to a report by The Washington Post, scientists with the Environmental Protection Agency’s Office of Water were ordered by “political appointees” to stop work on studies that were headed for publication, as they’ll now be “subject to a new review process.” Staffers were reportedly given the instructions in a town hall meeting this week. The only papers exempt are those for which “scientific journals had already returned proofs — the final step in the academic publication process,” reports The Washington Post, which spoke to two agency employees. Among other things, the role of the Office of Water is to ensure the safety of drinking water.

It’s the latest in a string of changes at the EPA under the Trump administration, and raises yet more concerns for public health. In May, the agency announced plans to roll back limitations for some perfluoroalkyl and polyfluoroalkyl substances (PFAS), known as “forever chemicals,” that had been set by the Biden administration, saying it would keep only the limits for the two most common, PFOA and PFOS. In July, the EPA laid off thousands of employees and announced it would shut down its scientific research office. The same month, the EPA proposed rescinding certain greenhouse gas emissions standards, and just last week announced a plan to do away with the Greenhouse Gas Reporting Program that requires some of the nation’s biggest polluters to report their emissions.

Following the latest orders, staffers with the Office of Water who spoke to The Washington Post said they were not given a reason to provide scientific journals as to why the papers have been halted, and no details on the new review process have been shared. One employee told the publication, “This represents millions of dollars of research, potentially, that’s now being stopped.”



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September 20, 2025 0 comments
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Ethereum, Columbia University Launch Blockchain Research Hub
Crypto Trends

Ethereum, Columbia University Launch Blockchain Research Hub

by admin September 18, 2025



The Ethereum Foundation and Columbia University have teamed up to establish a new hub in New York. The Columbia-Ethereum Research Center on Blockchain Protocol Design will advance blockchain infrastructure and expand opportunities for interdisciplinary research. 

Hosted at Columbia Engineering and led by Tim Roughgarden, a leading blockchain protocol expert, the center aims to shape blockchain’s “infrastructure layer,” often called a global “computer in the sky.” 

Ethereum Foundation confirmed the update on X saying that it will increase the $500,000 in annual donations.

0/ The Ethereum Foundation is committed to supporting the ‘Columbia-Ethereum Research Center on Blockchain Protocol Design’ by matching up to $500,000 in donations each year for the first three years. https://t.co/7zoC1XfvY8

— Ethereum Foundation (@ethereumfndn) September 18, 2025

In a follow-up post, the Foundation further said that the funding will support the center’s research and educational initiatives. It will help advance blockchain protocol development and applications.

As per Columbia Engineering’s announcement, the Ethereum Foundation will provide up to $6 million in funding, while philanthropic donations could add $1.5 million more. 

The center will also support fellowships, research grants, and industry residencies. Consequently, Columbia will connect its faculty and students with leading researchers from academia and industry.

Hsiao-Wei Wang, co-executive director of the Ethereum Foundation, said, “Ethereum has always been about exploring what decentralized systems can enable, and research and education are essential to strengthening that foundation.” 

Columbia Engineering Dean Shih-Fu Chang added, “By bringing together experts from different disciplines and industries, we can lead the development of the groundwork for breakthroughs.”

Programs Driving Knowledge and Innovation

Additionally, the center will run graduate fellowships, competitive calls for research proposals, and an annual summer bootcamp for junior researchers. It will expand Columbia’s Digital Finance Seminar Series and co-host the Columbia Cryptoeconomics Workshop, a high-profile gathering of scholars and practitioners.

Roughgarden emphasized the center’s impact, saying, “The initiative will secure Columbia’s status as a global leader in the field of blockchain protocols and their applications.”

The partnership shows, apart from funding, that it shapes blockchain by blending deep research with reliable impact.

Also Read: Vitalik Reveals Ethereum’s Next-Gen Roadmap at Japan Conference





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September 18, 2025 0 comments
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Decentralized funding is key to mental health research
NFT Gaming

Decentralized funding is key to mental health research

by admin September 14, 2025



Disclosure: The views and opinions expressed here belong solely to the author and do not represent the views and opinions of crypto.news’ editorial.

The world is in the middle of a mental health crisis, and the system designed to address it is falling short. Despite affecting hundreds of millions globally, many governments are only allocating 2% of their health budget to the issue. This chronic underinvestment, estimated at $200 to $360 billion annually, remains one of the greatest obstacles to progress.

Summary

  • Traditional research is broken — mental health studies remain siloed, underfunded, and misaligned with real-world outcomes, despite a $5T annual economic toll.
  • DeSci offers a new model — blockchain-enabled governance, tokenized funding, and global collaboration can redirect resources toward impactful research.
  • Privacy + access unlocked — tools like decentralized medicine and zero-knowledge proofs allow secure patient data sharing, fueling more diverse, high-quality research.
  • Faster, cheaper, more inclusive — by cutting intermediaries, DeSci lowers costs, accelerates timelines, and opens participation to researchers and patients worldwide.

Traditional research models are slow, fragmented, and driven more by publication metrics than real-world outcomes. With mental health data siloed, collaboration limited, and innovation lagging behind, the gap between research and impact remains wide. Yet investing in mental health interventions could help people reclaim years of healthy life and add as much as $4.4 trillion to the global economy by 2050.

Decentralized science, or DeSci, could offer a compelling alternative: a model that uses blockchain technology to fund and coordinate research through transparent, token-based systems. In a field where trust, accessibility, and global collaboration are essential, DeSci could unlock the kind of systemic shift that mental health research urgently needs.

Traditional research models are failing

Recent findings from the AXA Mind Health Report show that 32% of the global population is currently experiencing mental health challenges, a trend that has stayed disturbingly consistent since 2023. Noncommunicable diseases, like cancer, diabetes, and mental health disorders such as depression, account for 76% of global deaths, with the burden of these diseases increasing by 1.3% annually over the past few decades.

The economic toll is equally staggering, with the global mental health crisis estimated to cost the world’s economy around $5 trillion annually, and is projected to triple by 2030. Psychiatry’s inability to develop novel therapeutics over the past two decades, coupled with the growing demand for more precise treatments, has placed the mental health crisis at the crossroads of both public health and economic catastrophe.

Despite the growing toll, traditional mental health research remains critically underfunded. Up to 90% of people in some countries with severe mental health conditions fail to receive any care, while governments are allocating millions to domestic healthcare funding. The gap between the scale of the problem and the resources dedicated to solving it remains vast, and only continues to grow.

Traditional research models are failing, as focus continues to look at rewarding researchers for securing grants and publishing papers, thus failing to create tangible, real-world impact. Moreover, research often sees limited collaboration or shared data due to HIPAA privacy concerns. Such a fragmented approach inhibits innovation and keeps solutions out of reach for those who may need them most.

DeSci: The solution to the mental health research crisis

The use of blockchain technology could present a compelling solution to the shortcomings of traditional research models in the mental health industry. And decentralized science could be the key to unlocking a more effective and equitable research ecosystem.

At its core, DeSci focuses on community governance, where researchers, patients, developers, and other stakeholders work together towards achieving a shared goal. Take VitaDAO, for example, a platform that uses its native token to allow community members to vote on funding and governing longevity-focused projects, thus allowing the community to have a direct say in how resources are allocated.

Additionally, DeSci offers a breakthrough in data accessibility and patient confidentiality through emerging innovations such as decentralized medicine, or DeMed, and technological advancements like zero-knowledge proofs, becoming crucial elements. DeMed gives patients more control over their medical data, allowing researchers to analyze it securely. Meanwhile, ZKPs, cryptographic tools that allow one party to prove the validity of a statement without revealing any information about the statement itself, could help foster a new era of secure data collaboration. This will allow for more reliable data and the creation of high-quality research that can be used to develop better diagnostics and treatments for mental health disorders.

Research costs can also be brought down through the use of DeSci by eliminating the inefficiencies associated with centralized research models. Traditional research systems are often plagued by slow, bureaucratic processes and multiple intermediaries that make progress slow and very expensive. By contrast, DeSci’s decentralized structure allows for faster collaboration and more direct funding, accelerating the research timeline and significantly lowering operational costs.

Furthermore, decentralized governance can help promote higher inclusivity. Researchers worldwide can participate in the ecosystem regardless of their institutional or geographical location. And if paired with ZKP technology, the system also opens the door to studying more diverse patient populations, as individuals can contribute their data to research without fear of privacy violations.

The future of mental health research

In recent years, and especially following the COVID-19 pandemic, which had triggered a 25% increase in anxiety and depression worldwide, the urgency to address the global mental health crisis has never been clearer. As the scale of the problem grows, the mental health industry must rethink its research approach.

The growth of DeSci presents a transformative opportunity. By leveraging blockchain technology and decentralized governance, DeSci allows for a more agile, inclusive, and efficient model of research, thus eliminating barriers to entry for researchers, fostering global collaboration, and creating transparent funding mechanisms that are aligned with real-world outcomes.

In this new paradigm, the focus shifts from paper publications and grant cycles to tangible progress in the future of mental health research, not only focusing on better funding models and data, but also reimagining the systems that can deliver both.

Andreas Melhede

Andreas Melhede is the co-founder of Elata with a background in International Business and deep expertise in decentralized science. He specializes in marketing and community building, driving collaborative innovation in neuropsychiatry and open science through blockchain technology.



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September 14, 2025 0 comments
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Aonic acquires research tech firm Prime Insights for $250m+
Esports

Aonic acquires research tech firm Prime Insights for $250m+

by admin September 3, 2025


Aonic — a multiplatform gaming group comprised several studios worldwide — has acquired research technology firm Prime Insights for “in excess” of $250 million.

Aonic states the acquisition will support the company’s “tech vertical,” with Prime Insights set to work closely with Exmox, which in turn works with companies like Playrix, Zynga, and Paxie Games. Aonic calls the deal its largest acquisition to date.

Founder Benjamin Ritzka will continue to lead Prime Insights as CEO, and has “reinvested a significant amount of the transaction proceeds into Aonic” to become one of the group’s largest shareholders. Prime Insights currently employs 120 people across 17 countries.

Prime Insights will now Anonic’s existing firms to “form a unified, global awards and data platform spanning 50 million+ consumers, 12 owned and operated consumer brands, and approximately $300 million+ in yearly revenues.”

“Prime Insights has rewritten the rules in programmatic data collection for consumer insights as a true disruptor in the highly competitive world of research technology,” said Aonic CEO and co-founder, Paul Schempp.

“It is rare to come across such a brilliant tech entrepreneur as Benjamin, and as powerful a team as Prime Insights, so we couldn’t be happier to partner up.”

Ritzka commented: “The growth path we achieved with Prime Insights over recent years is unprecedented in our industry. A transaction of this scale is an amazing validation of everything we’ve built. A huge thanks to my fantastic team at Prime Insights.”

Former Larian Studios studio head, Arthur Mostovoy, joined Aonic as its new head of games back in April.



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September 3, 2025 0 comments
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A bundle of blue fiber optic cables.
Gaming Gear

Microsoft-backed research team builds hollow-core cable with lowest signal loss recorded in optical fiber

by admin September 3, 2025



A Microsoft-backed research team from Lumenisity (a spinout of the University of Southampton Optoelectronics Research Center) has built a hollow-core cable with what it claims is the lowest signal loss ever recorded in any optical fiber. Published in Nature Photonics on Sept. 1, the team claims to have achieved 0.091 dB/km at 1,550nm using a design known as double nested antiresonant nodeless fiber (DNANF).

This figure undercuts the ~0.14 dB/km floor of today’s best silica fibers — and that number hasn’t meaningfully improved since the 1980s. According to the researcherrs, this is “one of the most noteworthy improvements in waveguide technology for the past 40 years.”

Conventional single-mode fiber guides light through glass, slowing signals to roughly 200 million meters per second, which is two-thirds of their potential vacuum speed. In contrast, hollow-core fibers route photons mostly through air — reducing latency by nearly half and minimizing nonlinear effects. This, however, comes with a steep penalty: hollow-core designs leak energy at rates exceeding 1 dB/km, effectively confining them to short, specialist links.

The DNANF design solves this by using concentric glass tubes that are just microns thick. These act like tiny mirrors, bouncing the light back into the air core and suppressing higher-order modes. Testing this on 15km spools using multiple measurement methods, including optical time-domain reflectometry, confirmed attenuation under 0.1 dB/km.

Equally important: loss remained below 0.2 dB/km across a 66THz spectral band. That’s far broader than the narrow telecom windows where silica performs best. Also, chromatic dispersion — which is where different wavelengths of light travel at different speeds through a medium — is reported to be seven times lower than it is in legacy fiber, which could simplify transceiver design and reduce energy use in network gear.

Microsoft’s 2022 acquisition of Lumenisity was a clear sign that it intended to push hollow-core tech out of the lab and into production. At the time, the company’s hollow-core fibers were achieving around 2.5 dB/km loss, which was still a far cry from the traditional ~0.14 dB/km floor of glass fiber.

Following a pilot project conducted alongside the team’s research, Microsoft told Network World that some 1,200 km of the new fiber is actively carrying live traffic. During 2024’s Microsoft Ignite conference, CEO Satya Nadella announced that the company plans to deploy 15,000 km of fiber across the Azure network over the next two years to support AI connectivity.

Francesco Poletti, who co-invented the design, said that the low levels of loss achieved could let operators “skip one in every two or three amplifier sites, resulting in significant reductions in both capital and operational expenditure.”

Of course, there are still some challenges. Scaling production will require new tooling, and standards have yet to be written. But for the first time ever, a fiber that carries light through air is both faster and less lossy than the glass it’s trying to replace.

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Kanto Legends Special Research Tasks and Rewards
Game Reviews

Kanto Legends Special Research Tasks and Rewards

by admin September 2, 2025


The Kanto Legends Special Research in Pokémon Go is a new event-exclusive task and reward you can buy for $4.99 in the Pokémon Go Web Store, which gives you access to three Legendary Pokémon from the Kanto region.

These tasks are only available for a limited period of time, though, so if you plan to take part in them or just want to see what is on offer, and what you have to do, we have put together a list of every task and reward below to help you make your purchase decision.

All Kanto Legends Special Research Tasks and Rewards

There are three parts to Kanto Legends, each one based on Articuno, Moltres, and Zapdos. These tasks ask a lot of you, but you do get a chance to catch each of the three Legendary Kanto Birds, albeit as Dynamax Pokémon.

There is also a slim chance you could find a Shiny one if you are so lucky. We wish you the best of luck in completing these.

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TasksRewardsCompletion RewardCatch 151 PokémonSilver Pinap Berry x2Dynamax Articuno Encounter
Articuno Candy x30
Articuno Candy XL x3Use 151 Berries to help catch PokémonGolden Razz Berry x2Spin 51 PokéStops or Gyms10000 XPCollect MP from 15 Power SpotsStardust x10000

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TasksRewardsCompletion Reward

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TasksRewardsCompletion Reward

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