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Quantum Machines and Nvidia are using machine learning to get closer to an error-correcting quantum computer

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Dr. Yonatan Cohen, CTO and co-founder of Quantum Machines

ABOUT a yr and a half agolaunch of quantum control Quantum machines and Nvidia announced a deep partnership that can bring together Nvidia firms DGX quantum computing platform and advanced quantum control equipment Quantum Machine. We have not heard much concerning the results of this collaboration for some time, nevertheless it’s now starting to bear fruit and bringing the industry one step closer to the holy grail of an error-correcting quantum computer.

Both firms demonstrated this during a presentation held earlier this yr can use a ready-made reinforcement learning model running on Nvidia’s DGX platform to higher control the qubits within the Rigetti quantum chip through system calibration.

Yonatan Cohen, co-founder and chief technology officer of Quantum Machines, noted that his company has long sought to use classical computing engines to control quantum processors. These compute engines were small and limited, but that is not an issue with Nvidia’s incredibly powerful DGX platform. The Holy Grail, he said, is using quantum error correction. We’re not there yet. Instead, this cooperation focused on calibration, and specifically on the calibration of the so-calledπ pulses” that control the rotation of the qubit contained in the quantum processor.

At first glance, calibration may appear to be a one-time problem: you calibrate the processor before you run the algorithm on it. But it is not that easy. “If you look at the performance of quantum computers today, you get high fidelity,” Cohen said. “But when users use a computer, it’s always not of the best quality. It’s consistently drifting. If we are able to recalibrate it steadily using these sorts of techniques and underlying hardware, we are able to improve performance and maintain (high) fidelity for a very long time, which shall be needed in quantum error correction.

Comprehensive OPX+ quantum control system from Quantum Machine.Image credits:Quantum machines

Continuously adjusting these pulses in near real time is an extremely computationally intensive task, but because a quantum system is at all times barely different, additionally it is a control problem that will be solved using reinforcement learning.

“As quantum computers get bigger and better, there are all these problems that come up and become bottlenecks that require really a lot of computing power,” said Sam Stanwyck, product manager for Nvidia’s quantum computing group. “Quantum error correction is really huge. This is necessary to unlock error-tolerant quantum computing, but also how to apply exactly the right control pulses to get the most out of qubits.”

Stanwyck also emphasized that before DGX Quantum, there was no system that might achieve the minimum latency mandatory to perform these calculations.

Quantum computerImage credits:Quantum machines

As it seems, even small improvements in calibration can lead to huge improvements in error correction. “The return on investment in calibration in the context of quantum error correction is exponential,” explained Ramon Szmuk, product manager of Quantum Machines. “If you calibrate 10% better, you get exponentially better logic error (performance) in a logical qubit that is made up of many physical qubits. So we have a lot of motivation to calibrate very well and quickly.”

It is value emphasizing that this is just the start of the optimization and cooperation process. The team really just took a couple of off-the-shelf algorithms and saw which one worked best (TD3on this case). In total, the actual code to conduct the experiment was only about 150 lines long. Of course, this is dependent upon all of the work each teams have done to integrate the varied systems and construct the software stack. However, for developers, all this complexity will be hidden, and each firms expect to create more and more open source libraries over time to benefit from this larger platform.

Szmuk emphasized that on this project the team only worked with a really basic quantum circuit, but it will probably be generalized to deep circuits as well. If it will probably be done with one gate and one qubit, it will probably even be done with 100 qubits and 1,000 gates,” he said.

“I would say that an individual result is a small step, but it is a small step towards solving the most important problems,” Stanwyck added. “Useful quantum computing will require tight integration of accelerated supercomputing – and this may be the most difficult engineering challenge yet. So by being able to really do this on a quantum computer and tune the pulse in a way that’s optimized not just for a small quantum computer, but that is a scalable, modular platform, we think we’re really well on our way to solving some of the most important problems in quantum computing.”

Stanwyck also said the 2 firms plan to proceed this collaboration and bring these tools to more researchers. With Nvidia’s Blackwell chips arriving next yr, the corporate may have an much more powerful computing platform for this project as well.

This article was originally published on : techcrunch.com
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Mom and son Game Changer Academy founders help black gamers get 150,000. dollars in NIL transactions

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gamers, NIL, Black


Kendall Hamilton and his mother, Dr. Gigi, help Black gamers land lucrative name, image, likeness (NIL) deals and influence the industry through their organization Game Changer Academy.

In highschool, Hamilton rose to prominence as a player himself. Although his mother was initially concerned about his profession path, her support for Hamilton led to his promotion in Rocket League. Hamilton and his mother were among the many top ten players in the virtual game showing others Black families the right way to succeed in esports.

At Game Changer Academy, Hamilton is a performance improvement coach and mental health advocate. Thanks to his own success, he knows concerning the great opportunities the sport offers, akin to scholarships and NIL offers. Now he and his mother were working to make those offers available to other black players like him. So far, the mother and son duo have acquired over 150,000 for his or her clients. dollars.

As for Dr. Gigi, she uses her background in workforce development to help families turn passions into fruitful opportunities. She helped families learn the way gaming could lead on to scholarships and future offers. The licensed psychotherapist also wants to scale back the gap between black gamers and industrial success.

Their efforts are contributing to a greater emphasis on diverse players – 15% of them discover as black, in accordance with New Zoo. Understanding the potential financial gains from the booming industry, the duo stays committed to reaching Black youth captivated with esports to speed up their careers.

Their newest enterprise, Game On: Virtual Experience – Gaming, Mental Health, and Personal Development, hopes to proceed this mission. The event, which can happen on November 4, will connect players and inform them concerning the opportunity to shape their future in this industry. Additionally, there shall be speak about protecting your mental health while pursuing your passions while constructing an empire.

Game Changer Academy is diversifying the esports industry and preparing Black gamers to take the sector. Registration for the event is now open to all families with ready-to-play players.


This article was originally published on : www.blackenterprise.com
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Columbus says ransomware gang stole personal information of 500,000 Ohioans

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The city of Columbus, the capital of Ohio, confirmed that hackers stole the personal information of 500,000 residents during a July ransomware attack.

In filing In an interview with Maine’s attorney general, Columbus confirmed that a “foreign threat actor” breached its network to access information including residents’ names, dates of birth, addresses, identification documents, social security numbers and checking account information .

Ohio’s most populous city, with about 900,000 people, said about half 1,000,000 people were affected, even though it didn’t confirm the precise number of victims.

The regulatory filing comes after Columbus was the goal of a ransomware attack on July 18 this 12 months by city officials he claimed “thwart” it by disconnecting your network from the Internet.

Rhysida, the ransomware gang accountable for last 12 months’s cyber attack on the British Library, claimed responsibility for the August attack on Columbus. At the time, the gang said it had stolen 6.5 terabytes of data from the Ohio city, including “databases, internal employee logins and passwords, a full server dump of city emergency services applications, and … access from city video cameras,” in response to local news reports.

Rhysida demanded 30 bitcoins, or roughly $1.9 million on the time of the cyberattack, as payment for the stolen data.

Two weeks after the cyberattack, Columbus Mayor Andrew Ginther told the general public that the stolen data was likely “corrupted” and “unusable.”

The accuracy of Ginther’s statement was called into query the day after David Leroy Ross, a cybersecurity researcher also often called Connor Goodwolf, revealed that the personal information of a whole lot of 1000’s of Columbus residents had been placed on the dark web.

In September, Columbus sued Ross, alleging that it “threatened to make stolen city data available to third parties who otherwise would not have readily available means to obtain stolen city data.” A judge issued a brief restraining order against Ross, stopping him from accessing the stolen data.

In a listing published Monday by TechCrunch on the leak site, Rhysida claims to have transferred 3.1 terabytes of “unsold” data stolen from Columbus, amounting to greater than 250,000 files.

This article was originally published on : techcrunch.com
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Threads now has 275 million monthly active users

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A phone is seen running the Instagram Threads app by Meta in this photo illustration.

Meta’s social network, Threads, now has 275 million monthly active users (MAUs), the corporate said on Sunday.

“Yesterday we passed 275 million monthly active users on @Threads. We would like to thank everyone who helped us get this far. There is a lot more to do and a lot to fix, but there is something exciting about this place.” he said Adam Mosseri, the director of Meta who runs Threads and Instagram.

Launched in July 2023 to capitalize on the tens of millions of users leaving X after Elon Musk purchased the platform, Threads quickly gained users and has turn out to be one in all the most important text-first social networks today. The platform reached 150 million MAU in April and 200 million MAU in August, which suggests it has gained 75 million active users in only 3 months.

Last week, Meta CEO Mark Zuckerberg said in the course of the company’s conference call following its third-quarter 2024 earnings that one million people were signing up for Threads daily.

While user acquisition on the platform is trending upwards, Threads has been battling plenty of issues moderation issues that frustrated users.

This article was originally published on : techcrunch.com
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