Vertical Computer Systems Inc (fka VCSY)

[doc2016]

apple ai on and/or off device. cpaas communications for automatic/seamless collaboration of distributed resources for the ai as needed. wags.
8 and v ip. apple strategically waited until the other techs tried their work arounds, but the eu said nein.
and so, now with one decisive move apple enters the on/off device ai with distributed resources and a unified api driven platform of services and microservices.

also global payments sub company healthmd enters with hipaa compliant payment options which might allow for users anonymized data to be used for a fee that is partially returned to the client device user? or owner? wags.

[doc2016]

iot and need to communicate via https? https comms for server to server/ p to p /api comms.......wags.

[doc2016]

call winning........ai is on device and/or off device......might it be the motorola mpc theme?

winning would know. is he consulting with apple on making their own chips and optimized on on chip or cpaas ai? that would provide for automated/seamless ai on and off device?

[doc2016]

me:

apple ai on their device and/or their cloud ai. cpaas would make the work more seamless?

how to pay for such? ad supported? just anonymize and use 8 service creation environmnent. voila.

apple waited on their ai, until eu showed their hand. now without muss or fuss, they can enter the arena without need to even readjust their settings?

also, no begging in front of the eu or backtracking with vendors/partners/customers. wags.

[Konaploinks]

Reminds me of the PR where our Corp. focus switched to the IoT. Remember? Automating, tracking , sensing, communicating .Ring was turned down at first by Shark Tank. Everything IoT soon. We control the Vertical …. Lol
…watch IONQ Quantum is coming.

[doc2016]

me:

techs need new strategy in eu.........eu doesn't like how they did the ads pay to not see the ads.

peer to peer with relay/ai server in between compiling the 'webpage' being seen or heard?

the ai doesn't keep demo's but uses non identifying tokens........how to keep track of the benefit of such ads? payment ip , which does the bookkeeping to anonymized accounts of a crypto account which is linked to a transaction processing facility?

products at some point have to be shipped to the buyer or desired recipient, so product tracking needs to be enabled.

peer to peer with a relay/ai server which is currently a generative ai then add payment ip. the payment ip is where the shipping/tracking could occur.

is it something v, 8 and partners could provide?

[doc2016]

last post and last line of words. error.
taking away v goodwill, business, intellectual property is wrong.
is wade's excuse now that he is too senile to go to jail?
why does the txs supreme court allow so many good citizens of good faith be harmed by this villain? the more time goes by the more badness is discovered.
how deep does it go?
putting it together with the hp /autonomy/mike lynch trial........the discussion is at a frightenedly high level of participation?
including , other companies. hurd at oracle had already done the sniff test.
oracle/salesforce/adobe and others mentioned by portuno and others in association with v ip would/could have suspicioned the issues?
but they kept quiet?
or, were they ignored? don't know.
why didn't v ceo/board say something/send a letter? they could see interwoven and autonomy were in the deal. were they paid to keep quiet by the hp ceo?
why isn't that person on the stand?

[doc2016]

does he have a digital twin? lol.

exploration of mars via tiny explorer 'vessel'?
light sail?
tiny web server that acts as a main web server of the data from such travel and exploration?
orbiting sat's on mars to relay the data.......peer to peer with relay station/s?

assets/goodwill/business is fraud.

[Konaploinks]

And again. I never clicked on Bearish. Is mirror boy back? lol. Looks like. Watch a few more new mirror boy aliases pop up soon. He’s sooooo obvious. He needs jail time too

[Konaploinks]

You had my full attention at the “put him in jail”

[Fencman1]

It is time to shit or get off the pot. I know Wade screwed everything up and screwed every share holder, but I am so tired of waiting for spanking e good news. Yes Wade has a 21 M judgement against him, but that means nothing. I say put his ass in jail for embezzlement where any if us would be if we did it. Wade's stocks that were recouped should be split among the rest of us share holders that have held on this long as well as shares of Ploinks and Now Solutions. We deserve a reward for a lack of a better term for being so patient. LOVK WADE UP. TAKE EVERYTHING HE HAD AND LIQUIDATE IT. FUCK MAN

[doc2016]

gemini knows a lot about quantum vortices and how you might use photon particle/wave guides...like fo cable/channels?some cruz to viz /know the vortices spin/speed/orientation/temp/etc?:

me:
"quantum entangled vortices and connection via photon guides
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gemini:
"Quantum entangled vortices are a fascinating and relatively new area of research in quantum physics. In essence, they are pairs or groups of vortices (rotating flows of fluids or fields) that exhibit quantum entanglement, meaning their properties are inherently linked, even when separated by large distances.

These entangled vortices have the potential to revolutionize various fields, including:

Quantum Computing: They could be used to create more robust and error-resistant quantum bits (qubits), the fundamental building blocks of quantum computers.
Quantum Communication: They could enable secure communication channels that are immune to eavesdropping due to the nature of quantum entanglement.
Quantum Sensing: They could be used to create highly sensitive sensors for various applications, such as detecting gravitational waves or measuring magnetic fields with unprecedented precision.
Photon Guides and Quantum Entangled Vortices:

Photon guides, such as optical fibers or waveguides, can play a crucial role in connecting and manipulating quantum entangled vortices. Photons (particles of light) can carry the quantum information associated with the vortices, allowing them to be transmitted and manipulated over long distances.

Researchers have explored several ways to generate and control quantum entangled vortices using photon guides:

Spontaneous Parametric Down-Conversion (SPDC): This process involves splitting a photon into two entangled photons with opposite orbital angular momentum, creating a pair of entangled vortices.
Optical Vortex Beam Shaping: This technique involves manipulating laser beams to create structured light with helical phase fronts, resulting in optical vortices that can be entangled.
Quantum Interference: By carefully controlling the interference of photons carrying vortex information, researchers can create and manipulate entangled states of vortices.
These approaches have shown promising results in generating and controlling quantum entangled vortices, paving the way for potential applications in quantum technologies.

Challenges and Future Directions:

While significant progress has been made, several challenges remain in harnessing the full potential of quantum entangled vortices:

Scalability: Generating and manipulating large numbers of entangled vortices remains a challenge.
Decoherence: Quantum entanglement is fragile and can be easily disrupted by environmental factors, limiting the practical applications of entangled vortices.
Integration: Integrating entangled vortex technology with existing quantum systems and infrastructure requires further research and development.
Despite these challenges, researchers are optimistic about the potential of quantum entangled vortices to revolutionize quantum technologies. Further research in this field could lead to new discoveries and breakthroughs with far-reaching implications for quantum computing, communication, and sensing.

I hope this explanation is helpful! Let me know if you have any other questions."

[Konaploinks]

Here are some of the latest breakthroughs in quantum technology ¹ ² ³:
- Quantum Vortices: Princeton researchers have discovered a means of detecting quantum vortices, which are whirlpools that form in superconductors.
- Superconductors: Recent research has shed light on the origins of superconductivity in cuprates, a class of superconductors that have puzzled scientists for decades.
- Quantum Computing: Recent advancements in quantum computing include the development of a practical titanium-sapphire laser on a chip and the prediction of flat electronic bands at the Fermi level.
- Quantum Materials: Scientists have developed innovative, eco-friendly quantum materials that can be used to convert methanol into ethylene glycol.
- Quantum Entanglement: Researchers have successfully measured the impact of the Earth's rotation on quantum-entangled photons.

[doc2016]

gemini:
what is the cisco life cycle management model? (me ?266)
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The Cisco Customer Experience Lifecycle Model is a framework that guides Cisco's engagement with customers throughout their entire journey. It aims to ensure that customers receive the right support and services at each stage of their technology lifecycle, from planning and implementation to operation and optimization.

The model consists of the following phases:

Prepare: This phase focuses on understanding the customer's business goals and requirements to develop a technology strategy that aligns with their objectives.
Plan: In this phase, Cisco works with the customer to design a solution architecture that meets their specific needs, considering factors like scalability, security, and performance.
Implement: This phase involves deploying the solution and integrating it with the customer's existing infrastructure.
Operate: Once the solution is operational, Cisco provides ongoing support and maintenance to ensure its optimal performance and address any issues that may arise.
Optimize: This phase focuses on continuously improving the solution to meet the evolving needs of the customer and maximize the return on their technology investment.
Cisco offers various services and programs under each phase of the lifecycle model to support customers throughout their journey. These services include consulting, design, implementation, support, and optimization.

The Cisco Customer Experience Lifecycle Model is designed to provide a holistic approach to customer engagement, ensuring that customers receive the support they need at every stage of their technology journey. This helps to build stronger relationships with customers and drive greater value from their technology investments.========================================================

ploinks and puddle? allows this to be provisioned to the participants of the ai/ml ai?

[doc2016]

per share? lol.

[Konaploinks]

Wow. $64,000.00 doesn’t seem like a whole hell of a lot anymore,

[Konaploinks]

That is the $64,000.00 question,

[doc2016]

hp and neoware ; hp and micro focus; micro focus and opentext; opentext and 8.
microfocus and v; hp and v; hp and nvidia. nvidia and cuda; cuda and leadtek; leadtek and 8. cuda and msft; msft and v?

[doc2016]

hpe and neoware; neoware and soft fabric for soc. soft fabric soc and gpu. gpu and virtualization. brings down the cost of cuda-q architecture if they can use virtualization and attendant networking, dynamic routing for the vm, authentication, etc.

cisco and virtual switching/routing/networking/authentication.....of their broadsoft; broadsoft was used by the uk communications company 8 bought, voicenet, which was 'touched' up by 8 ip. i think broadsoft is centile which was spun off from 8 and therefore might have been legacy 8. now they can make broadsoft which is now owned by cisco into cloud 8/centile*which was 8 ip anyway. wags.

8 allows v ip to shine and be where it needs to be. wags.

[Konaploinks]

Yep Doc. AI will be everywhere and in everything soon. All the new cell phones will have it. People will start using it, and depending on it. It will become ubiquitous . Just like cell phones have become. If any of our patents are in CUDA-Q $$$$$$. NVDA and HPE teaming up with the hardware and the software is the new ticket to paradise. And remember HP has a license for 744. $$$$$.
Exciting times ahead. Buckle up. Not much longer now. What a long strange trip it’s been.

[doc2016]

heat of the smelter and how to measure same. how to contain same to optimal electrochemical settings to obtain optimal product and contain bad by -products?

[doc2016]

me:

alcoa and rio tinto to demonstrate the commercial quantity of carbon free electrolysis at quebec plant.

instead of co2, o2 is product of the electrochemical reaction......apple is supposed to be an early user of the new purified metal.

me: ai will be need along the process path/steps to ensure qos and quality of product.

[doc2016]

amazon medical one...the on lie doctor's visit for common ailments. but whose license for prescribing the zithromax or sudafed will they be using? simple algorithms of tree branching logic?

parse the natural language coming in. obtain some confirmatory responses. executables depending on the clients inclination toward treatment options?
potentially use a blockchain of licensed prescribers and whom ever responds correctly in line with the ai'ed response gets paid? or , something like that is possible?

[doc2016]

kona , your cuda-q and digital twins:me:

p to p with relay server between......and the msft teams user is able to to call from within their firewall to /thru to connect to the end point which is behind their own firewall? allowing remote work /contact with internet of things devices? guesses.

me: to have a digital twin experience , this would have to be enabled. guesses.

[doc2016]

p to p with relay or how to work behind a firewall with a server? wags............encryption and transformation into encypted with work encrypted/answer comes back encrypted...whole process is encrypted? wags.

[doc2016]

thinking about v ip and potential 8 chat app of apps with programmable api.
\computer/server to computer/server communications: peer to peer with relay'server' ? puddle
https comms between them.....a v ip thing?

multiple apps in an app, constructing a web app/website/webpage from internet assets? arbitrary objects in framework.

the abandoned patent for downloading to a file comes to mind.....don't need it if its a progressive web app?
the user picks from a drop down of filepointers, which is a representation of micro frontends contained in a automatic registry of such, an 8 thing or maybe msft/google?
file pointer to the file at the cloud node data center . but the microfront end will have some offline capabilities for storing messages to go and such?
now this am article about msft and hong kong data centers with questions about openai saying they will follow usa no go to unsupported locales regulations.
openai says they will enforce their ip rules by apis.
either way , seems like 8 and v ip involved?

[doc2016]

me:

character.ai 's ceo was at google for development of the transformer ai. they are using google cloud.

i wonder if they might be using google worker/agent ip?

me:

8x8 has deal with google cloud.

me: they could use amazon cloudfront to move containers around and the clouds.

me: perplexity.ai and google cloud

potentially a multiple of chat ai's in an app which would save money over each app having their own network/app/line?

direct routing and chat apps?

me: .net core and api's are big

me: .net core is transplatform which would decrease network costs?

[doc2016]

supreme court returns tomorrow am, didn't rule yet on presidential immunity.
tomorrow and wade ruling?
me:me:

character.ai 's ceo was at google for development of the transformer ai. they are using google cloud.

i wonder if they might be using google worker/agent ip?

me:

8x8 has deal with google cloud.

me: they could use amazon cloudfront to move containers around and the clouds.

me: perplexity.ai and google cloud

potentially a multiple of chat ai's in an app which would save money over each app having their own network/app/line?

direct routing and chat apps?

me: .net core and api's are big

me: .net core is transplatform which would decrease network costs?
??
me:

character.ai 's ceo was at google for development of the transformer ai. they are using google cloud.

i wonder if they might be using google worker/agent ip?

me:

8x8 has deal with google cloud.

me: they could use amazon cloudfront to move containers around and the clouds.

me: perplexity.ai and google cloud

potentially a multiple of chat ai's in an app which would save money over each app having their own network/app/line?

direct routing and chat apps?

me: .net core and api's are big

me: .net core is transplatform which would decrease network costs?

[Konaploinks]

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Science
A Circuit Board With Time Crystals May Deliver Error-Free Computing
Engineers are close to solving one of the toughest problems in machine operations.

BY DARREN ORFPUBLISHED: JUN 20, 2024 11:28 AM EDT
bookmarksSAVE ARTICLE
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Florencio Horcajo Alvarez//Getty Images
Arguably the greatest engineering challenge in quantum computing is addressing these systems’ predilection for errors.
Now, a new study from scientists from Australia and Poland says that creating a kind of quantum circuit board using time crystals could help overcome these challenges by spreading qubits and keeping them in motion.
This idea, known as “time-tronics,” could form the foundation of a more reliable quantum computer.
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Quantum computers, by just their name alone, scream “future”—but it’s a future that’s still likely many more decades away. That’s because building one of these machines is a dizzying engineering headache that relies on superconductors, qubits (a quantum bit that’s in superposition so it’s both a “1” and “O”), and lots of other dizzying quantum weirdness. And to make matters worse, those qubits are also prone to errors. Lots and lots of errors.

That’s not necessarily the fault of the quantum computers, but the qubits themselves. Because when qubits interact to run calculations, they inherently degrade themselves, which in turn produces errors.

Now, a new study posted to the preprint server arXiv, by scientists in Australia and Poland, says that using time crystals as a kind of circuit board in next-gen quantum computers could make more reliable systems by “enabling quantum gate operations for all possible pairs of qubits,” according to the authors. Similar to electronics, they coined the term “time-tronics” to explain their new breakthrough.

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“The elements of these devices can correspond to structures of dimensions higher than three and can be arbitrarily connected and reconfigured at any moment,” the paper reads. “Our findings indicate that the limitations faced in building devices using conventional spatial crystals can be overcome by adopting crystalline structures in time.”

RELATED STORY
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Could These Crystals Help Us Travel Through Time?
Although it sounds like an unimaginative name for a fantasy film MacGuffin, time crystals are quantum phase of matter that aren’t really crystals—at least not how our three-dimensional minds think of them. While a spatial crystal has an intricate, repeating lattice of atoms, time crystals contain a periodic pattern of motion, which makes them a repeating lattice of time rather than space.

According to New Scientist, this particular composition is what makes time crystals a perfect candidate for a quantum computer circuit board because qubits would be “spread out and always in motion.” This makes interactions among qubits, including connections between distant qubits which is currently impossible in modern quantum computers, relatively easy and produce more reliable results.

RELATED STORY
digital composite image of illuminated alarm clock against black background
Scientists Catch Time Crystals Interacting
“As any connections between sites can be controlled, it is possible to realize a broad class of quantum devices,” the paper reads.

“We demonstrate that a temporal printed circuit board can host qubits, where all single-qubit operations can be realized and a controlled-Z gate can be performed between all possible qubit pairs, meeting the conditions for a universal quantum computer.”
Going forward, the team is focusing on creating time crystals using the Bose-Einstein condensate of Potassium-39, which was chosen for its ability for scientists to accurately tune interactions among atoms precisely. If it works, this breakthrough won’t revolutionize quantum computing overnight, but it could bring the field one big step closer to solving what’s been described as its most “defining challenge.”

time-tronics. Beam me up Doc!

[doc2016]

v history of maybe tomorrow or in a month or this or that anniversary?

tomorrow is the next friday.......a ruling would be nice.

[doc2016]

me: msft teams now offering itself as a web based progressive web application. something you can easily add on to the architecture of other msft productivity apps? if they had /have used 8 work for web, it could allow macos and msft......oh. msft did.
8 cloudamp web site disappeared. it was for companies , bring your brand and use amzaon cloud front and google agent/worker....as i remember. would have used the 8 network. and msft could bring it's azure cloud and productivities and obtain amazon web service distribution and google cloud ai at same time?
with msft would be the 744 family, which could then use the other v ip's including the social media/ploinks and puddles for a complete computing platform as a service with msft teams {named comms/meetings/contactcenter)?

[doc2016]

me:

the plot thickens as private equity looks to make rapid7 sell to a pe to be formed.

opentext privately held; citrix pe; zendesk pe; genesys? pe.

imbue them with v ip and 8....things a public entity would have greater problems formulating?

[Konaploinks]

New advances in Quantum computing and now hybrid classical systems and new chips are moving at warp speed. V/sbv needs to get in the mix. Friday can’t come soon enough. I think we may hear something 🤞🤞🤞🤞🤞

[Konaploinks]

Funny they never mentioned QPU’s ….I guess they are trying to stay away from and be in competition with CUDA-Q. Ey doc ?

[doc2016]

intel with new photonic i/o chipset/ ? curz connection?
Intel Corporation’s Integrated Photonics Solutions (IPS) Group has demonstrated the industry’s first fully integrated optical compute interconnect (OCI) chiplet co-packaged with an Intel CPU and running live data. Intel’s OCI chiplet enables co-packaged optical input/output in emerging AI infrastructure for data centers and high performance computing applications. (Credit: Intel Corporation)
Intel Corporation’s Integrated Photonics Solutions (IPS) Group has demonstrated the industry’s first fully integrated optical compute interconnect (OCI) chiplet co-packaged with an Intel CPU and running live data. Intel’s OCI chiplet enables co-packaged optical input/output in emerging AI infrastructure for data centers and high performance computing applications. (Credit: Intel Corporation)
Intel’s optical compute interconnect chiplet is expected to revolutionize high-speed data processing for AI infrastructure.

SANTA CLARA, Calif., June 26, 2024--(BUSINESS WIRE)--What’s New: Intel Corporation has achieved a revolutionary milestone in integrated photonics technology for high-speed data transmission. At the Optical Fiber Communication Conference (OFC) 2024, Intel’s Integrated Photonics Solutions (IPS) Group demonstrated the industry’s most advanced and first-ever fully integrated optical compute interconnect (OCI) chiplet co-packaged with an Intel CPU and running live data. Intel’s OCI chiplet represents a leap forward in high-bandwidth interconnect by enabling co-packaged optical input/output (I/O) in emerging AI infrastructure for data centers and high performance computing (HPC) applications.

"The ever-increasing movement of data from server to server is straining the capabilities of today’s data center infrastructure, and current solutions are rapidly approaching the practical limits of electrical I/O performance. However, Intel’s groundbreaking achievement empowers customers to seamlessly integrate co-packaged silicon photonics interconnect solutions into next-generation compute systems. Our OCI chiplet boosts bandwidth, reduces power consumption and increases reach, enabling ML workload acceleration that promises to revolutionize high-performance AI infrastructure."
--Thomas Liljeberg, senior director, Product Management and Strategy, Integrated Photonics Solutions (IPS) Group

What It Does: This first OCI chiplet is designed to support 64 channels of 32 gigabits per second (Gbps) data transmission in each direction on up to 100 meters of fiber optics and is expected to address AI infrastructure’s growing demands for higher bandwidth, lower power consumption and longer reach. It enables future scalability of CPU/GPU cluster connectivity and novel compute architectures, including coherent memory expansion and resource disaggregation.

Why It Matters: AI-based applications are increasingly deployed globally, and recent developments in large language models (LLM) and generative AI are accelerating that trend. Larger and more efficient machine learning (ML) models will play a key role in addressing the emerging requirements of AI acceleration workloads. The need to scale future computing platforms for AI is driving exponential growth in I/O bandwidth and longer reach to support larger processing unit (CPU/GPU/IPU) clusters and architectures with more efficient resource utilization, such as xPU disaggregation and memory pooling.

[doc2016]

msft teams under assault by eu/uk for bundling with 365. but what if msft integrated 8 with 365 and/or teams which would allow 8's tech partners to connect/integrate with msfts apps? first to the second computer included, but on the 3rd parties side so msft doesn't violate their vcsy license?

[doc2016]

vcsy audit; people, i think management is already having the audit done. someone's done some forensic accounting for all the trials and now the new rico charges against the attorneys. it can't be too hard to plug in the numbers after the main trials are done, meaning wade's appeal, and hit the button to create the document. the irs is already providing something like that...it's what now solutions would be up to and if they worked with the canadian revenue service/irs equivalent? should be ready to go. send it attn to mr gensler?

[doc2016]

the socia media ploinks/puddle have more legs. i've got my eyes on cuda as 8 and vcsy ip....nvidia vp says cuda goes ..back to 2007...if v got a patent license from them, maybe they kept it on the qt.

[doc2016]

hello, a patent is a patent and who is the assignee? doesn't say you have to be a corp or country or public company.

management can do a deal and put the questioned shares into escrow?
the difference in patent value/licensing now vs several years ago is the quest for quantum and ai supremacy. the need for data being accessed by the correct gpus for the desired software/algo and returning site flash and response is key. this is national security as well as corporate superiority.
the eu and usa and making the more public social media and public security and data privacy too difficult to navigate and make money; but the corporates/business/r and d 's are still excellent targets for the ip.

push hard for it now. there will be customers vying for the right stuff. the days of wade's conspiratorial secrecy are hopefully done for vcsy and it's shareholders.

[Lazerator]

Hello? That patent expires in two years. That's long before VCSY is re-listed. LOL

[Lazerator]

All three of those patents are garbage, and that's why nobody has ever willfully licensed them. VCSY got a couple of million in patent troll fees out of them, that's all. Ask ChatGPT when they expire. LOL

[doc2016]

if worst comes to worst.
gemini says:
There is no limit on the amount of stock loss that can be used to offset capital gains in a year. You can use your capital losses to completely offset any amount of capital gains you have in the same tax year.

Example:

If you have $10,000 in capital gains and $15,000 in capital losses, you can use all $10,000 of your losses to offset your gains, resulting in no capital gains tax for that year. You would then have $5,000 in remaining capital losses.

What happens to the remaining losses?

If your capital losses exceed your capital gains, you have a net capital loss. You can deduct up to $3,000 ($1,500 if married filing separately) of that loss from your other income (such as wages or interest) for the year. Any unused losses can be carried over to future years to offset future capital gains or deduct up to $3,000 per year from other income.

Important Note:

It's important to consult with a tax professional for personalized advice, as there may be additional factors or specific circumstances that affect your tax situation.

[doc2016]

i think that's in cap gains investments. your ira is diff. pre-2018 investments effected by fraud could somehow be deducted? your investments pre 2018 ? or from fraud pre2018? depending on their ruling no deductions in ira for fraud 2018 to 2025,, in some tax law? trump's ?

[Konaploinks]

3k deductible a year. That’s it.

[doc2016]

you could deduct ira fraud if before 2018, but not 2018 thru 2025.

anybody know if the fraud date of perpetration vs the court ruling of such is the date used to determine deductibility above?
?
if farias and wade separately and together did the fraud....are we members of a class so to speak?

we might be ok?

[Konaploinks]

2,500 times faster! Classical computer 7 years to find answer. Quantum computer hybrid, 1 day ! We definitely need to be in on this paradigm shift.

[Konaploinks]

We need to change our name to Vertical Quantum Systems VQSY and get with the program. Giddy up Luiz.

NVIDIA CUDA-Q

The high-performance platform for hybrid quantum-classical computing

To do algorithm research and build applications for future quantum advantages, a bridging technology is needed to enable dynamic workflows across disparate system architectures. With a unified and open programming model, NVIDIA CUDA-Q is an open-source platform for integrating and programming quantum processing units (QPUs), GPUs, and CPUs in one system. CUDA-Q enables GPU-accelerated system scalability and performance across heterogeneous QPU, CPU, GPU, and emulated quantum system elements.

Get Started
NVIDIA CUDA-Q platform
NVIDIA CUDA-Q is built for hybrid application development by offering a unified programming model designed for a hybrid setting—that is, CPUs, GPUs, and QPUs working together. It consists of language extensions for Python and C++ and a system-level toolchain that enables application acceleration.
Key Benefits

NVIDIA CUDA-Q improves productivity and scalability in quantum algorithm research
Productive

Streamlines hybrid quantum-classical development with a unified programming model, improving productivity and scalability in quantum algorithm research.
NVIDIA CUDA-Q is an open platform
Flexible Platform

Connects to partner QPUs and GPU simulators, easy toolchain integration, and interoperates with modern GPU-accelerated applications.
NVIDIA CUDA-Q is high performing
High Performing

2500X simulation speedup on a four A100 GPU for up to 26 qubits, and scaling to 40 qubits by distributing the simulation across 128 GPU nodes.
A Range of Features

Kernel-based programming model extending C++ and Python for hybrid quantum-classical systems
Native support for GPU hybrid compute, enabling GPU pre- and post-processing and classical optimizations
System-level compiler toolchain featuring split compilation with NVQ++ compiler for quantum kernels, lowering to Multi-Level Intermediate Representation (MLIR) and Quantum Intermediate Representation (QIR)
Initial NVQ++ benchmark shows 287X improvement in end-to-end VQE performance with 20 qubits and dramatically improved scaling with system size compared to standard Pythonic implementation
Standard library of quantum algorithmic primitives
Interoperable with partner QPUs as well as simulated QPUs using the cuQuantum GPU simulators; partnering with QPU builders across different qubit types
Interoperable with CUDA and the CUDA software ecosystem
Built for Performance

NVIDIA CUDA-Q enables straightforward execution of hybrid code on many different types of quantum processors, simulated or physical. Researchers can leverage the cuQuantum-accelerated simulation backends as well as QPUs from our partners or connect their own simulator or quantum processor.

NVIDIA CUDA-Q can significantly speed up quantum algorithms, compared to other quantum frameworks. Quantum algorithms can achieve a speedup of up to 2500X over CPU, scaling number of qubits using multiple GPUs.
Variational quantum eigensolver running on both cuQuantum and Quantinuum’s H1 trapped ion QPU
Typical QML workflow in CUDA-Q using multi-threaded CPU versus multiple NVIDIA A100 Tensor Core GPUs.
Quantum Computing Partners

Quantum Computing Partner - Alice & Bob
Quantum Computing Partner - Atom Computing
Quantum Computing Partner - IonQ
Quantum Computing Partner - IQM
Quantum Computing Partner - QuEra Computing
Quantum Computing Partner - Orca Computing
Quantum Computing Partner - Oxford Quantum Circuits
Quantum Computing Partner - Pasqal
Quantum Computing Partner - qBraid
Quantum Computing Partner - QCWare
Quantum Computing Partner - Quantinuum
Quantum Computing Partner - Quantum Brilliance
Quantum Computing Partner - Quantum Machines
Quantum Computing Partner - Rigetti
Quantum Computing Partner - Rigetti
Quantum Computing Partner - Terra Quantum
Quantum Computing Partner - Xanadu
Quantum Computing Partner - Zapata
Explore More Resources

CUDA-Q Press Release: NVIDIA Announces Hybrid Quantum-Classical Computing Platform
NVIDIA Special Address at Q2B: Defining the Quantum Accelerated Supercomputing Platform
Blog: CUDA-Q Introduces More Capabilities for Quantum Accelerated Supercomputing
Blog: An Introduction to Quantum Accelerated Supercomputing
Blog: Merge Ahead: Researcher Takes Software Bridge to Quantum Computing
Blog: Introducing CUDA-Q: The Platform for Hybrid Quantum-Classical Computing
Explainer: What is a QPU?

[Konaploinks]

No. Not coming. It’s here!

[Konaploinks]

Yep. gpu and qpu . Set up for hybrid systems now! Not tomorrow. Now! Sounds like they’ve nailed it. Hope there is some v in there . Quantum is coming! Lol

[doc2016]

add cuda q, and q emulation/simulation till q ready?
if the cuda chii are part of the cpaas network, even more speed, reliabiiity, qos, security, work, management, points of generative influence/control?
then the data center, then networked nodes of data centers, with and without quantum?

soft fabric allows gpu flexibility and updating based on ml and ai of it?
just need 8x8 's admin software? my wags, as to why intel in a pr licensed 8x8 admin software. same pr msft licensed 8 virtual trunking.