This is Wrestling Inc.&#x27;s coverage for &quot;AEW Dynamite&quot; on April 10, with a TNT Championship match between titleholder Adam Copeland and Penta El Zero Miedo!

AEW Dynamite Live Coverage 4/10 - TNT Title On The Line, AEW World Championship Eliminator Match

NTNTis in the Customer Service Software Industry

NTNT

The field of Artificial Intelligence (AI) is built using neural networks that mimic the neural pathways in our own brains. Yet despite the powerful capabilities of current AI technology, its software can’t yet be classed as being independently intelligent. Further, the issue of hallucinations and black box phenomenons highlights the stark gap between the exciting results AI can deliver and our understanding of why computational models have reached a given outcome. This is also true with the human condition when neurodegenerative conditions strike with unpredictable impacts on the behavior of patients. Understanding these anomalies will be central to advancing our fundamental understanding of intelligence as a concept. This work is of such rising importance that a new field of study is forming, with the ‘Physics of Intelligence’ bridging the gap between computer science, brain science, and physics to better understand the universal mathematical principles that form intelligence. Now, this emerging field of study is set to receive a boost through the creation of an ambitious new fellowship program Fellowships for the Physics of Intelligence The NTT Research Foundation announced this week a gift to establish the Harvard University Center for Brain Science (CBS)-NTT Fellowship Program to support the research into the physics of intelligence. The two-year gift, renewable for up to three more years, will create a fund to support post-doctoral research in the physics of intelligence, an emerging field that uses physics to tackle fundamental questions in intelligence, bridging computer science, neuroscience, and psychology. If renewed, the donation could total over $1.7 million. Harvard University will have full control over the administration of the fund, which is set to be used to support two post-doctoral researchers, including support for technology, facilities, travel, and guest speakers for seminars. Although the Fellowship Program is newly established, Harvard CBS and the NTT Research Physics & Informatics Lab have been collaborating on similar themes since 2021 under a joint research agreement since 2024. The new program will amplify themes that emerged from shared research into natural and artificial intelligence. Physicists and AI researchers from the PHI Lab’s Intelligent Systems Group, led by Hidenori Tanaka, who is also a CBS associate, have established fruitful alliances with neuroscientists and psychologists at Harvard. “We are thrilled to support the Harvard Center for Brain Science at the dawn of the Physics of Intelligence,” NTT Research President and CEO Kazuhiro Gomi said. “As history teaches us, inventions – consider the steam engine, electricity, liquid crystals – can lead to new fields in physics.” “Today, AI is playing that role and giving us an opportunity to explore fundamental questions involving the science of intelligence, as well as address some urgent practical problems, like the need for computational systems that are unbiased, trustworthy and green. We believe this gift will advance those shared goals,” added the executive. A fundamental understanding of intelligence The Harvard CBS is pursuing an ambitious mission. Scientists affiliated with the Harvard CBS study the structure and function of neural circuits, the computations that govern thought and behavior, and how these circuits and patterns develop and vary. Harvard CBS Director Murthy said, “We’re grateful to the NTT Research Foundation for this generous gift, which comes on top of several years of unique intellectual contributions and collaboration. The Harvard CBS looks forward to developing ideas around the Physics of Intelligence through fellowships, seminars, talks, and other activities that both enhance and align with our diverse approach to neuroscience.” Shaping this ongoing academic cross-pollination is the dramatic rise of powerful AI, which provides a new subject of study for the science of intelligence. “The interdisciplinary environment at Harvard’s Center for Brain Science has been crucial in nurturing this emerging field, which harnesses physics-based approaches to investigate foundational questions about intelligence,” PHI Lab Scientist and Harvard CBS Associate Tanaka said. “By conducting quantitative experiments and theoretical modeling involving AI systems, which are more accessible to testing and measurement than the human brain, we aim to uncover the universal mathematical principles that underlie intelligence in all its forms, both natural and artificial.” In addition to its work on the CIM and initiatives in neuroscience, the PHI Lab is engaged in groundbreaking research into quasi-particles and non-linear optical materials. The PHI Lab also has a JRA with the NASA Ames Research Center. NTT Research opened its offices in July 2019 as a new Silicon Valley startup to conduct basic research and advance technologies that promote positive change for humankind. This article was published by Katie Konyn on The Sociable. The field of Artificial Intelligence (AI) is built using neural networks that mimic the neural pathways in our own brains. Yet despite the powerful capabilities of current AI technology, its software can’t yet be classed as being independently intelligent. Artificial Intelligence Further, the issue of hallucinations and black box phenomenons highlights the stark gap between the exciting results AI can deliver and our understanding of why computational models have reached a given outcome. This is also true with the human condition when neurodegenerative conditions strike with unpredictable impacts on the behavior of patients. computational models Understanding these anomalies will be central to advancing our fundamental understanding of intelligence as a concept. This work is of such rising importance that a new field of study is forming, with the ‘Physics of Intelligence’ bridging the gap between computer science, brain science, and physics to better understand the universal mathematical principles that form intelligence. Now, this emerging field of study is set to receive a boost through the creation of an ambitious new fellowship program Fellowships for the Physics of Intelligence Fellowships for the Physics of Intelligence The NTT Research Foundation announced this week a gift to establish the Harvard University Center for Brain Science (CBS)-NTT Fellowship Program to support the research into the physics of intelligence. The two-year gift, renewable for up to three more years, will create a fund to support post-doctoral research in the physics of intelligence, an emerging field that uses physics to tackle fundamental questions in intelligence, bridging computer science, neuroscience, and psychology. If renewed, the donation could total over $1.7 million. If renewed, the donation could total over $1.7 million. Harvard University will have full control over the administration of the fund, which is set to be used to support two post-doctoral researchers, including support for technology, facilities, travel, and guest speakers for seminars. Although the Fellowship Program is newly established, Harvard CBS and the NTT Research Physics & Informatics Lab have been collaborating on similar themes since 2021 under a joint research agreement since 2024. The new program will amplify themes that emerged from shared research into natural and artificial intelligence. Physicists and AI researchers from the PHI Lab’s Intelligent Systems Group, led by Hidenori Tanaka, who is also a CBS associate, have established fruitful alliances with neuroscientists and psychologists at Harvard. “We are thrilled to support the Harvard Center for Brain Science at the dawn of the Physics of Intelligence,” NTT Research President and CEO Kazuhiro Gomi said. “As history teaches us, inventions – consider the steam engine, electricity, liquid crystals – can lead to new fields in physics.” “Today, AI is playing that role and giving us an opportunity to explore fundamental questions involving the science of intelligence, as well as address some urgent practical problems, like the need for computational systems that are unbiased, trustworthy and green. We believe this gift will advance those shared goals,” added the executive. A fundamental understanding of intelligence A fundamental understanding of intelligence The Harvard CBS is pursuing an ambitious mission. Scientists affiliated with the Harvard CBS study the structure and function of neural circuits, the computations that govern thought and behavior, and how these circuits and patterns develop and vary. Harvard CBS Director Murthy said, “We’re grateful to the NTT Research Foundation for this generous gift, which comes on top of several years of unique intellectual contributions and collaboration. The Harvard CBS looks forward to developing ideas around the Physics of Intelligence through fellowships, seminars, talks, and other activities that both enhance and align with our diverse approach to neuroscience.” Shaping this ongoing academic cross-pollination is the dramatic rise of powerful AI, which provides a new subject of study for the science of intelligence. “The interdisciplinary environment at Harvard’s Center for Brain Science has been crucial in nurturing this emerging field, which harnesses physics-based approaches to investigate foundational questions about intelligence,” PHI Lab Scientist and Harvard CBS Associate Tanaka said. “By conducting quantitative experiments and theoretical modeling involving AI systems, which are more accessible to testing and measurement than the human brain, we aim to uncover the universal mathematical principles that underlie intelligence in all its forms, both natural and artificial.” In addition to its work on the CIM and initiatives in neuroscience, the PHI Lab is engaged in groundbreaking research into quasi-particles and non-linear optical materials. The PHI Lab also has a JRA with the NASA Ames Research Center. NTT Research opened its offices in July 2019 as a new Silicon Valley startup to conduct basic research and advance technologies that promote positive change for humankind. This article was published by Katie Konyn on The Sociable. This article was published by Katie Konyn on The Sociable. Katie Konyn The Sociable.

NTT Research Foundation, Harvard Announce Fellowship for Physics of Intelligence Research

এনটিটি রিসার্চ ফাউন্ডেশন, হার্ভার্ড বুদ্ধিমত্তা গবেষণার পদার্থবিজ্ঞানের জন্য ফেলোশিপ ঘোষণা করেছে

NTT Research Foundation und Harvard kündigen Stipendium für Forschung im Bereich der Intelligenzphysik an

NTT Research Foundation y Harvard anuncian una beca para la investigación en física de la inteligencia

La NTT Research Foundation et Harvard annoncent une bourse pour la recherche en physique du renseignement

एनटीटी रिसर्च फाउंडेशन, हार्वर्ड ने इंटेलिजेंस रिसर्च के भौतिकी के लिए फेलोशिप की घोषणा की

NTTリサーチ財団とハーバード大学が知能物理学研究のためのフェローシップを発表

NTT 연구 재단, 하버드, 지능 물리학 연구 펠로우십 발표

NTT Research Foundation e Harvard anunciam bolsa para pesquisa em física da inteligência

Исследовательский фонд NTT и Гарвард объявляют о стипендии для исследований в области физики интеллекта

NTT Araştırma Vakfı, Harvard Zeka Araştırmaları Fiziği Bursunu Duyurdu

Quỹ nghiên cứu NTT, Harvard công bố học bổng nghiên cứu vật lý về trí thông minh

NTT 研究基金会与哈佛大学宣布为智能物理学研究提供奖学金

The featured image can be confusing and elitist for newcomers, so I wrote an overview of various sources to provide a better orientation and share my experience. Disclaimer I disapprove of using modified hardware and software for copyright infringement. This tutorial deals with hardware and software modification purely for educational reasons. Modifications to change the style, operating system, ability to backup your own files or similar are not considered copyright infringement. Modifying hardware you own in the Czech Republic, where I am located, is legal I do not cause any loss to nintendo, I purchased all the games I play. See the results of two courts in European countries that have dealt with this: [1]: https://web.archive.org/web/20060324123541/http://management.silicon.com/government/0%2C39024677%2C39117891%2C00.htm [2]: https://www.theregister.com/2004/04/27/spanish_xbox_modding_ruling/ Needed components - modchip Nintendo Switch Modchip (4$); I used this , but it was overpriced. one Soldering iron (15$), something like this SD card, at least 16GB, recommended 64GB and more. (10$) USB C to USB 2.0 cable. Soldering flux is recommended but not required. Electrical tape Heat sink paste Hack - hardest part I don't provide a detailed tutorial, there are enough of them. This post is to improve the orientation in this scene, at the same time provide a collection of various guides. How to start If you have a Nintendo Switch V1 and belong to the lucky 12% (see hackable serial numbers[1]) who have an unpatched switch, you can get by with tinfoil and an SD card. There are plenty of jailbreak tutorials[2]. The hack is more complicated if you have a patched Switch, Switch Lite, or OLED version. What to do after determining version of my switch? You have to solder a modchip, often or , which are very cheap on Aliexpress, to a Nintendo motherboard. They work on the principle of voltage changes on the processor, which skips the integrity check mechanism to check unauthorized software. PICOFLY HWFLY The easiest is the V1 version, then Switch Lite, then OLED. The USB C connector is often included with the modchip, through which the chip's firmware must be uploaded. This consists of dragging only a few files to the modchip. The firmware can be found on . GitHub My experience In my situation, I used the PICOFLY chip purchased from AliExpress to modify my Nintendo V1 Switch. Without a microscope or any experience in micro-soldering. I used a budget soldering iron. Although I suggested using flux, I neglected to utilize it myself, leading to an dirty solder. While the installation eventually worked, the process was tedious and stresfull. What to do after the hack You must load the software that starts after boot and must be on the SD card. Easy route You can use , which is a package of different tools. The community will tell you that you must install individual tools to understand how they work. The reality is that copy-pasting different tools to the SD card will not help you understand the tools, so don't be afraid to take the easy way out. This is very common in the community, where people claim the only correct way is without using the script. Of course, this is wrong. HATS linux arch archinstall Where do I find Hats? The HATS source code has been taken down but can be found in various mirrors; use Google. https://www.youtube.com/watch?v=jfJIVzeJSyE&embedable=true The following section describes some tools used in HATS, and you would probably set up these tools even if you went the manual route. The recommended starting point is this guide: https://nh-server.github.io/switch-guide/ Other options - Ubuntu https://www.s31bz.com/linux-on-my-nintendo-switch - Android 10 https://wiki.switchroot.org/wiki/android/10-q-setup-guide Also, you can dualboot between multiple operating systems on your SD card. Toolset - The most used bootloader that allows you to boot custom firmware (CFW). Hekate - Tinfoil allows you to access the SD card via USB C and install software. Tinfoil - Menu for launching homebrew applications. This menu will be available via the album icon on Switch. nx-hbmenu - This is an industry-standard tool for managing various emulators. RetroArch - OS for the switch. You will probably be using this one. Otherwise, you can use multiple linux distributions. also works on Switch. Atmosphere RetroPie - Install software via USB C. This is helpful because some games are bigger than 4GB, which is the maximum file size for FAT32. DBI - Tool for managing game save files. JKSV - Switch sysmodule allowing you to set cpu/gpu/mem clocks according to the running application and docked state. sys-clk - Use controllers from other consoles natively on your Nintendo Switch via Bluetooth. No dongles or other external hardware neccessary. MissionControl How to restore game save files from Yuzu/Ryujinx on Nintendo Switch This process apply if you want to dump Switch saves to other location. Go to the emulator and click on “open save files“ Copy files to the JKSV folder on the SD card path will be something like: SD:/JKSV/<game>/<save_name>/ In JKSV, click restore save and hold the button. A JKSV has to be correctly set up. See the JKSV . Note: guide Also, run the game at least once. Otherwise, it won’t show up in JKSV, What is X? - This is a memory chip with the original firmware on the Switch motherboard. Switch NAND - emulated NAND saved on SD card. emuMMC - custom firmware cfw - custom console software not provided with original homebrew - a program that gets executed after exploiting a vulnerability payload - a format of programs that can be run with CFW .nro Links [1]: https://suchmememanyskill.github.io/guides/switchserials/ [2]: https://www.youtube.com/watch?v=zX7eBg2gIzI Featured image source . here

Hacking a Nintendo Switch for 30$

How are you, hacker?
🪐 has got you covered with fresh content from our top 5 stories of the day, every day at noon your local time! Set email preference . What's happening in tech this week: The Noonification by HackerNoon here Want to Master Javascript Design Patterns? Heres Everything You Need to Know! By [ 41 Min read ]
Unlock the secrets of JavaScript design patterns with this comprehensive guide. @alexmerced Read More. I Hate Nintendo By [ 5 Min read ]
Nintendo has forced the creator of Yuzu and Citra to shut down its websites and pay $2.4 million because it believes emulation promotes piracy. @sheharyarkhan Read More. How to Use Ollama: Hands-On With Local LLMs and Building a Chatbot By [ 7 Min read ]
In the space of local LLMs, I first ran into LMStudio. While the app itself is easy to use, I liked the simplicity and maneuverability that Ollama provides. @arjunrao1987 Read More. wav2vec2 for Automatic Speech Recognition In Plain English By [ 7 Min read ]
Plain English description of how Meta AI Researchs wav2vec2 model works with respect to automatic speech recognition (ASR). 🧑‍💻 What happened in your world this week?It's been said that , , . Feeling stuck? We got you covered ⬇️⬇️⬇️ We hope you enjoy this worth of free reading material. Feel free to forward this email to a nerdy friend who'll love you for it.See you on Planet Internet! With love,
The HackerNoon Team ✌️ @pictureinthenoise Read More. writing can help consolidate technical knowledge establish credibility and contribute to emerging community standards ANSWER THESE GREATEST INTERVIEW QUESTIONS OF ALL TIME

The Noonification: I Hate Nintendo (3/14/2024)

Look, I don't know where you fall on the spectrum of "does emulation promote piracy?", but the idea that a video game company like Nintendo can let off its army of lawyers on a bunch of hobbyists/programers/geeks like a pack of hungry wolves and force them to shut down AND pay over 2 million in dollars just because thinks emulation promotes piracy should alarm any and every one in the tech space. it To quote Steam Founder Gabe Newell: "Piracy is not a pricing issue. It’s a service issue." Amen to that, brother, AMEN! Microsoft's Xbox understands this. Sony's PlayStation understands this. But somehow, the memo was lost on Nintendo which thought it was absolutely ok to force Tropic Haze, the company behind Switch emulator Yuzu and 3ds emulator Citra, to shut down its websites, take down its code repositories AND pay $2.4 million because, apparently, its software allowed people to illegally play Zelda. Nevermind the fact that thousands of people legally pay for Nintendo titles and emulate them on a different hardware because it plays better or because it provides more accessibility. But of course, that's the kind of rhetoric that would fall on deaf ears at Nintendo HQ. Instead, you have Nintendo coming out of the woods to protect its iNtElLeCtUaL pRoPeRtY whenever someone makes a fan project, a ROM website full of abandonware titles, or literally dozens of instances where people just want to do cool and different things with its video game titles. Ironically, except for a handful of titles that Nintendo offers through its online subscription service, there is no "legal" way to play games from the yesteryears without actually emulating them. Emulating video games also ties into video game preservation, but that's a whole different topic altogether. On top of that, Nintendo won't even port its major titles to the PC. Perhaps because it doesn't want to share revenue with others OR it wants to keep selling the Switch consoles. Whatever the case may be, it still SUCKS that Nintendo would just blatantly shut down a project like Yuzu. In some ways, one could argue that this is an attempt by one of the most successful companies in the world to make an example out of a project that is born out of passion. But what does that get the company ultimately? It's already massively rich, and all it's achieving out of these intimidation tactics is to scare off gamers and those who create emulators for them. There's no telling where the scales will tip for emulators for older Nintendo consoles like the Wii or the Wii U, but it wouldn't be surprising if more and more developers decide to not create emulator software because they don't want to fall foul of Nintendo's legal antics. So, yeah. Nintendo sucks and this is the world we live in. 👋 You’re reading HackerNoon's , a weekly collection of tech goodness that combines HackerNoon's proprietary data with internet trends to determine which companies are rising and falling in the public consciousness. Subscribe to receive the newsletter in your inbox every Tuesday. Tech Company News Brief here complete Biden Administration to Dole Out Billions in Federal Grants to Chipmakers🤑🤑 The who's who of the semiconductor manufacturing industry have put a gun to the US government's head and are trying to milk billions of taxpayer money to build their projects on American soil. OK, that's a bit of an exaggeration. The truth is that the Biden administration , REALLY wants companies like Taiwan Semiconductor Manufacturing Company, Intel and Micron Technology to build their products in the US, so much so that it's willing to throw billions of dollars at them. really How much, exactly? Well, the US government plans to dish out over $28 billion in federal grants to each of the companies plus Samsung Electronics to entice them to boost semiconductor manufacturing in the United States. Taiwan Semiconductor Manufacturing is expected to win more than $5 billion in federal grants to support the development of two fabrication facilities in Arizona. Topline numbers for the other companies continue to fluctuate but an announcement for the major advanced chipmakers is expected by the end of this month. Keep your eyes peeled for that development. 🤖 Elon Musk Takes Exception to OpenAI's Company Charter Wow, it's been quite a while since we reported on Elon Musk. But we're happy to let you know that the world's richest man is still up and about with his antics and this time, it involves his old nemesis Sam Altman's OpenAI. Yes, everyone's favorite billionaire has decided to hold OpenAI's company charter to court. He’s arguing in a lawsuit that the (former?) non-profit company, of which he apparently was a co-founder, abandoned its charge to benefit humanity by developing powerful artificial intelligence. Instead, the company rolled out generative AI products like ChatGPT that were essentially Microsoft products to make big bucks. Of course, Musk knows about benefiting humanity given that he owns Tesla; in fact, so concerned was he with humanity's benefit that he decided to burn his own money to buy X (formerly known as Twitter) for reasons that are not yet clear (but should be in a decade or two). all OpenAI is certainly not having Musk's BS, so it has hired a law firm that Elon Musk hates, to have his lawsuit thrown out. really Just another day of tech bros duking it out against each other. Sigh! In Other News.. 📰 Ethereum Finalizes 'Dencun' Upgrade, in Landmark Move to Reduce Data Fees — via CoinDesk Startups are hiring fewer workers and paying out less in equity comp — via TechCrunch EU approves landmark AI law, leapfrogging US to regulate critical but worrying new technology — via CNN US House passes bill to force ByteDance to divest TikTok or face ban — via Reuters The road map to AI's next level could be nature — via Axios Palantir CEO says short sellers bet against great companies ‘so they can pay for their coke’ — via CNBC – And that's a wrap! Don't forget to share this newsletter with your family and friends! See y'all next week. PEACE! ☮️ — Sheharyar Khan, Editor, Business Tech @ HackerNoon *All rankings are current as of Monday. To see how the rankings have changed, please visit HackerNoon's page. Tech Company Rankings

NTNT

intnt.ai

-- employees

Since n.d.

COMPANY RANKING

NTNT

EVERGREEN INDEX #8124

Representing this company? Click here to claim and customize this page!

NTNT WIKI

Apply to get your Tech Company News Page live on HackerNoon.com today!

NTNT

intnt.ai

-- employees

Since n.d.

COMPANY RANKING

NTNT

EVERGREEN INDEX #8124

RELATED COMPANIESRANK

STORIES ABOUT NTNT

Representing this company? Click here to claim and customize this page!

NTNT WIKI

Apply to get your Tech Company News Page live on HackerNoon.com today!