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can quantum emulation be used for pharma work now?
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Yes, quantum emulation is already being used in pharmaceutical research, albeit in limited ways due to the current state of quantum hardware and algorithms. Here's how:
Drug Discovery:
Molecular Simulations: Quantum emulators can simulate the behavior of molecules and their interactions, which is crucial for understanding how drugs bind to their targets. This could help accelerate drug discovery by identifying potential drug candidates more efficiently.
Material Science: Quantum emulators can also simulate the properties of materials, which is relevant for developing new drug formulations and delivery systems.
Optimization of Drug Properties:
Predicting Drug Interactions: Quantum emulators can help predict how drugs will interact with different biological systems, potentially reducing the need for costly and time-consuming animal testing.
Optimizing Drug Efficacy: By simulating the behavior of drug molecules in different environments, researchers can identify ways to improve drug efficacy and reduce side effects.
Current Limitations:
Scalability: The complexity of simulating large molecules and complex biological systems is a significant challenge for current quantum emulators.
Accuracy: While emulators can provide valuable insights, they may not always be able to fully capture the complex behavior of quantum systems. This can limit their accuracy in predicting drug interactions and properties.
Future Potential:
As quantum hardware and algorithms advance, quantum emulation is expected to play an increasingly important role in pharmaceutical research. With more powerful emulators, researchers will be able to simulate larger and more complex systems with greater accuracy, accelerating drug discovery and development processes.
Examples of Current Research:
Accenture and Biogen: Accenture Labs collaborated with Biogen to develop a quantum-enabled method for molecular comparison. This method could potentially improve the drug discovery process by identifying promising drug candidates more quickly and accurately.
Imperial College London: Researchers at Imperial are exploring the use of quantum computers for drug design. They believe that quantum computers can simulate the interactions between molecules more accurately than classical computers, leading to better predictions of drug efficacy and safety.
Conclusion:
While quantum emulation is still in its early stages, it has already shown promise in accelerating drug discovery and development. As the technology continues to advance, it is expected to revolutionize the pharmaceutical industry by enabling faster, more efficient, and more accurate drug design.
is nvidia doing research in the area of quantum or quantum emulation computing? question to gemini ai:
Yes, NVIDIA is actively involved in quantum computing research and development, particularly in the area of quantum emulation. They have developed several tools and platforms to accelerate quantum research and development:
cuQuantum: This is an SDK (Software Development Kit) of optimized libraries and tools for accelerating quantum computing workflows on NVIDIA GPUs. It enables researchers to simulate quantum circuits and algorithms with higher performance and scalability.
DGX Quantum: NVIDIA announced a new system called DGX Quantum, built in collaboration with Quantum Machines. This system combines NVIDIA's powerful GPUs with Quantum Machines' OPX+ quantum control system to provide a revolutionary architecture for quantum-classical computing.
Quantum Optimized Device Architecture (QODA): NVIDIA has introduced QODA, an open, unified environment for creating hybrid quantum-classical applications. QODA aims to make quantum computing more accessible to developers and researchers by providing a familiar programming model and tools.
Collaborations: NVIDIA actively collaborates with leading quantum research institutions and companies, such as the Jülich Supercomputing Centre (JSC) in Germany, the RIKEN Center for Computational Science (R-CCS) in Japan, and the Poznan Supercomputing and Networking Center (PSNC) in Poland.
Quantum Cloud Services: NVIDIA offers cloud-based quantum computing simulation microservices, allowing researchers and developers to explore quantum computing in various scientific domains.
Through these efforts, NVIDIA is contributing significantly to the advancement of quantum computing and quantum emulation, making it more accessible and accelerating its potential impact in various fields like materials science, drug discovery, and financial modeling.
the potential of quantum simulation, at least until more stable quantum computers and tools are obtained?
to gemini ai: me , "What is Quantum Emulation?
Quantum emulation involves using classical computers to simulate the behavior of quantum systems. This is achieved by representing quantum states and operations mathematically and then executing them on classical hardware.
Generating Results:
Quantum emulators can run quantum algorithms and generate the same results as a quantum computer would, albeit at a slower pace and with limited scalability.
They are valuable tools for testing and verifying quantum algorithms, understanding their behavior, and identifying potential errors before running them on actual quantum hardware.
Emulators can also be used to simulate the behavior of specific quantum hardware, helping to optimize and improve quantum computer designs.
Limitations:
Scalability: Quantum emulators are limited by the computational resources of classical computers. As the number of qubits increases, the computational cost of simulation grows exponentially, making it impractical to simulate large-scale quantum systems.
Accuracy: While emulators can provide accurate results for small-scale quantum systems, they may not fully capture the complex behavior of larger systems due to computational limitations.
No Quantum Advantage: Quantum emulation does not provide the "quantum advantage" that allows quantum computers to outperform classical computers on certain tasks. Emulators are essentially classical algorithms running on classical hardware, and they cannot solve problems that are inherently quantum in nature.
In Summary:
Quantum emulation can be used to generate quantum computing results for small-scale systems and for testing and validating quantum algorithms. However, it is not a substitute for actual quantum hardware for solving large-scale, complex problems that require the true power of quantum computation."
cruz patent to obtain the virtual screenshot? is adobe /google involved with msft?
Yes, a virtual screenshot can be used to capture the output of a quantum computer, but with some important considerations:
Capturing the Output:
Classical Representation: The output of a quantum computer is typically a series of classical bits (0s and 1s) representing the measurement outcomes of the qubits. This classical data can be displayed on a screen like any other digital information.
Virtual Screenshot: A virtual screenshot, which is essentially capturing the pixels displayed on the screen, can indeed capture this classical representation of the quantum computer's output.
Interpreting the Output:
Limited Information: While a virtual screenshot captures the final output, it doesn't capture the entire quantum state or the underlying quantum processes. Quantum states are inherently complex and cannot be fully represented by classical bits.
Context is Key: To fully understand the meaning of the output captured in the screenshot, you need to know the specific quantum algorithm being executed and the interpretation of the measurement results.
Additional Considerations:
Quantum Error Correction: Quantum computers are prone to errors due to environmental noise and other factors. The output captured in the screenshot may need to be processed through error correction techniques to ensure its accuracy.
Quantum State Visualization: Some quantum computing platforms offer specialized tools for visualizing quantum states and processes. While a virtual screenshot can capture the final result, these visualization tools may provide a more comprehensive understanding of the quantum computation.
why do you need more than two quantum computers? perhaps so the third one can be read?probabilities?
"Avoiding State Disturbance:
The key to reading the result without disturbing the quantum state lies in the way the measurement is performed. Quantum computers employ special measurement techniques that only extract the necessary information to determine the result, while leaving the remaining qubits in their original superposition.
This is possible due to the principle of quantum entanglement. Qubits can be entangled in such a way that measuring one qubit reveals information about another qubit without affecting its state. By carefully designing the measurement process, it's possible to extract the result without collapsing the entire quantum state."
gemini says::"an a quantum computer computational result be read by virtual application and not effect the quantum state?
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Yes, a quantum computer's computational result can be read by a virtual application without affecting the quantum state. However, it's important to understand how this is achieved and the limitations involved.
Reading the Result:
Quantum computers perform calculations by manipulating qubits, which exist in a superposition of states. To obtain a meaningful result, the qubits must be measured. This measurement process inherently collapses the superposition into a single definite state, which is the result of the computation. This result can be read and processed by a virtual application just like any other digital data.
Avoiding State Disturbance:
The key to reading the result without disturbing the quantum state lies in the way the measurement is performed. Quantum computers employ special measurement techniques that only extract the necessary information to determine the result, while leaving the remaining qubits in their original superposition.
This is possible due to the principle of quantum entanglement. Qubits can be entangled in such a way that measuring one qubit reveals information about another qubit without affecting its state. By carefully designing the measurement process, it's possible to extract the result without collapsing the entire quantum state.
Limitations:
While it's possible to read the result without disturbing the quantum state, there are some limitations:
Partial Information: The measurement typically only reveals partial information about the quantum state. This is because extracting complete information would require measuring all qubits, which would collapse the entire state.
No Cloning: The no-cloning theorem of quantum mechanics states that it's impossible to create an exact copy of an unknown quantum state. This means that the original quantum state cannot be perfectly preserved after the measurement.
Implications:
The ability to read quantum computational results without fully collapsing the quantum state has significant implications for quantum computing. It allows for the possibility of performing multiple measurements on the same quantum state, potentially extracting more information from a single computation. This could be crucial for developing more efficient and powerful quantum algorithms."
first to the second computer.......the quantum setup for parallel computing...cruz: how to send quantum comms and read/know the output of a quantum computer without stopping the quantum state and looking at the cat?
azure and quantum nodes with blockchain poling and consensus ? maintaining the outlier function in case there is a deeper or other reason for it's answer/screenshot........as iin msft 'recall'? and 8 user designated data storage admin as a form of emPath/time? wags.
and if we virtually look at the quantum computers state, do we necessarily effect it? that's something i think is important, but don't know an answer to.
mirror the data they say?
v's mirror?
the many personalities.
i wonder if first to the second computer without the identifying data/markup?
and could you have 266 mark up the data such , keeping demo data sovereign and the syn data ok to share for a fee?
how and what is synthetic data generated?
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Synthetic data is artificially generated information that mirrors the statistical properties of real-world data but does not contain any identifiable personal information. It is used as a substitute for real data when working with sensitive or limited datasets.
How Synthetic Data is Generated:
Statistical Modeling: This method uses statistical models to analyze patterns and distributions within a real dataset. The model then generates new data points that follow the same statistical characteristics.
Machine Learning: Generative Adversarial Networks (GANs) and other machine learning techniques are used to train models on real data. Once trained, these models can generate synthetic data that closely resembles the original data.
Rule-Based Generation: This approach uses predefined rules and constraints to create synthetic data. It is often used for simpler data types where specific patterns or relationships need to be maintained.
Agent-Based Modeling: This involves creating virtual agents that simulate real-world scenarios and generate data based on their interactions. It is commonly used in simulations for areas like traffic flow or social dynamics.
Types of Synthetic Data:
Tabular Data: This includes structured data like tables, spreadsheets, or databases. It can be used for various tasks, including machine learning model training, data analysis, and testing.
Image Data: Synthetic images can be generated using GANs and other techniques. This is useful in computer vision applications like object recognition or autonomous vehicle training.
Text Data: Synthetic text can be generated for natural language processing (NLP) tasks like language modeling, sentiment analysis, and chatbot training.
Time Series Data: This type of data represents sequences of data points collected over time, like stock prices or weather patterns. Synthetic time series data can be used for forecasting or anomaly detection.
Use Cases for Synthetic Data:
Privacy Protection: Synthetic data helps address privacy concerns by anonymizing sensitive data while still maintaining its statistical properties.
Data Augmentation: It can be used to supplement limited real-world datasets, improving the performance of machine learning models.
Testing and Validation: Synthetic data provides a safe and controlled environment for testing and validating new algorithms and models.
Research and Development: It allows researchers to explore scenarios and test hypotheses without needing access to sensitive real-world data.
sbc firewall......nat traversal of 8......network for ploinks and puddle and the creations life cycle management. the api's outside your specific territory and you can virtually look at the data/media , but the api you use has to have the approval? wags.
energy/burisma/hunter/ukraine/russia/ cloud virtual sbc for communication interop, but also energy grids.
who wouldn't desire better energy management and control and utilization in eu? russia cuz it their weapon and how they make money. so why is biden making a unilater treaty with ukraine without the congress or the people approval.
green energy and global warming his big thing, but the fires in ukraine from the war, the smoke and heat from canada/california wild fires,
add texas/oregon/wa state/colorado.......but he wants to spend more money blowing things up. the devastation of gaza?
what is the usa foreign policy? oil enrichment? weapons ?
who in the dem party is for this treaty? there have been no elections in ukraine. they have press gangs to get people for their army purposes. this is one psyops game and we and the world are the chumps. ussr was lost on overspending. well they are evening up the playing field.
for valde's work on uniting android and apple ploinks: i asked gemini pro:
You need a Session Border Controller (SBC) for several essential reasons in modern communication networks, especially those involving Voice over IP (VoIP):
Security: SBCs act as a firewall for VoIP traffic, protecting your network from unauthorized access, denial-of-service (DoS) attacks, and other security threats. They can also encrypt signaling and media streams to ensure confidentiality and privacy.
Interoperability: SBCs enable seamless communication between different VoIP systems and protocols, ensuring that calls can be made and received across different networks and devices. They translate and normalize signaling messages, ensuring compatibility and interoperability.
Call Quality and Reliability: SBCs monitor and control VoIP traffic to ensure optimal call quality and reliability. They can manage bandwidth usage, prioritize voice traffic, and implement Quality of Service (QoS) mechanisms to prevent packet loss, jitter, and latency issues.
Fraud Prevention: SBCs help prevent toll fraud and other malicious activities by monitoring call patterns, identifying suspicious behavior, and blocking unauthorized calls.
Regulatory Compliance: In some industries, SBCs are required to comply with regulations related to call recording, lawful intercept, and emergency services routing. SBCs can ensure that your network meets these requirements.
Network Address Translation (NAT) Traversal: SBCs facilitate communication between devices behind NAT firewalls, which are common in home and business networks. This enables seamless VoIP calls even when devices are using private IP addresses.
Session Management: SBCs manage VoIP sessions, including call setup, teardown, and resource allocation. They can also provide load balancing and failover mechanisms to ensure high availability and redundancy.
Media Transcoding: SBCs can transcode media between different codecs and formats, ensuring compatibility between different devices and networks.
Overall, SBCs are essential components in modern communication networks, providing security, interoperability, quality assurance, and regulatory compliance. They play a crucial role in ensuring seamless, reliable, and secure VoIP communication.
gemini ai......it seems very different from what wade did.
"Mike Lynch, the founder of Autonomy, was found not guilty of fraud in the $11.7 billion sale of his software company to Hewlett-Packard (HP) in 2011 by a San Francisco jury in June 2024. Several factors contributed to this verdict:
Insufficient Evidence: Prosecutors failed to provide enough substantial evidence to prove beyond a reasonable doubt that Lynch intentionally misled HP about Autonomy's financial performance. While there were discrepancies in accounting practices, the defense argued that these were not deliberate attempts to deceive.
HP's Own Mismanagement: The defense successfully argued that HP's own mismanagement and lack of due diligence in the acquisition process played a significant role in the financial losses suffered by HP after the deal. They pointed to internal issues within HP and the departure of key executives as contributing factors.
Lynch's Testimony: Lynch took the stand in his own defense and denied any wrongdoing. He argued that he was focused on the technology aspects of the business and not involved in the accounting practices that were under scrutiny. His testimony seemed to resonate with the jury.
Complexities of Accounting: The case involved complex accounting practices and differing interpretations of financial regulations. The defense argued that these complexities made it difficult to determine whether there was intentional fraud or simply a misunderstanding of accounting standards.
Other Convictions: While Lynch was acquitted, other Autonomy executives, including former CFO Sushovan Hussain, were previously convicted of fraud in related cases. This could have influenced the jury's perception of Lynch's role in the alleged fraud.
Overall, the jury's decision to acquit Mike Lynch suggests that they found the prosecution's case unconvincing and believed that the evidence did not support the allegations of intentional fraud. It's a significant outcome in one of Silicon Valley's biggest financial fraud cases, ending a 13-year legal battle for Lynch.
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anytime would be nice this am from the txs supreme court. or legal action could ensue on the court itself?
me:why did sam suggest 8 knew msft's telecom ip was going to have problems?
were they trying to work around some patents of 8 and/or other? i wonder if it could be the framework which allows api's to define their operation within the framework of the controller?
they were trying to avoid using 744 family? the stop gap till patent ran out didn't work.
ai is both forcing their hand and also creating an environment paying up for it is more than worth it?
wags.
it would appear the msft workaround potentially using metaswitch and affirmed didn't work out so good? if so, perhaps ,, now we see and experience msft going whole hog on v ip and 8? especially, now in the time of ai for everything?
framework for arbitrary objects? but the framework is now hosted in the cloud by 8?, i hope.
is the texas supreme court decision today?
now where does oracle get their border session controller? if it's 8x8, is that why the zooms chose oracle cloud for it's cost benefit?
article about msft going away from their on prem border session controller ip .......me: might be related to the 8 direct routing as a service which uses a hosted cloud bsc? yah , think?
gemini says:'8x8 does not manufacture physical session border controllers (SBCs). However, they offer a cloud-based Direct Routing as a Service (DRaaS) for Microsoft Teams that eliminates the need for on-premise SBCs.
Traditional Direct Routing solutions require a Session Border Controller (SBC) to ensure proper data transfer and security between networks. 8x8's DRaaS simplifies this process by providing a cloud-hosted SBC, making it more cost-effective and flexible than traditional on-premise solutions.
In essence, 8x8's DRaaS acts as a virtual SBC, offering the same functionality without the need for additional hardware. This allows businesses to connect their Microsoft Teams environment to the PSTN (Public Switched Telephone Network) without the complexities and costs associated with managing physical SBCs.'
? friday orders from scotxs? that might release 8 and v ip?
teamsite /opentext would seem to be just waiting for the magic of v ip and 8?
data miners doing the transformer work for legacy and new data? also , sim data.
google with their alpha fold, but they need the older data converted and trained on, tested, etc.
the work is about to begin, i hope.
let's see some money and then add in the subscription and part of the profits money? i hope, cuz we deserve it.
back to the future..
novell and unix/linux/including suse in attachmate which was bought by micro focus and now opentext.
the object of msft cptn, which was rejected by doj.
neoware , the client, then bought by hp cuz they didn't get the patent. i think vcsy got it in 744.
now teamsite and neoware via hp are with opentext.
opentext and 8 are partnered/integrated.
now the game is ai training.........training on the old unix/linux/macos/cobol/msft/etc.......and on the old mainframes/minis/etc.
also, migration from legacy to cloud.
vmware client endpoints bought by kkr, but broadcom still knows virtualization.....and ? virtualized data/apps/servers/gpus...
but neoware didn't get the patent.....leaving 744 family as how the transformer process is done...and transformer work is and will never be done as new data is added to the training content. so rather than a history lesson, this might be our forever future.....
now since we're not getting put out of biz, not going anywhere, won't be bought for peanuts, let's quit with the poor v ip stuff. show us the money!!!!!!!!!!!
openai uses microsoft supercomputer they built with msft azure...it's massively parallel computing and business social networking.
first to the second computer stuff? lol. v ip and 8 networking/routing/authentication? wags. it's used to train the ai....data prepped /transformed/etc. even more important is the v iip than i thought. 8 's role won't /can't be known until they unveil v ip's role, wags.
so texas supreme court needs to be heard on friday , soon i hope. wags.
apple vision pro and m2 and r1 chips ........real time sensor processing.
i don't think russia wants to get a taste of the new smart stuff.
and the usa doesn't want to put it into unreliable hands.
goodness they haven't even announced such. add potential for laser /directed energy weapons.
why did navy recently fire the commander of a mixed use ship of the line?
no confidence they said.
gemini says such collaboration with the embedded software/hardware would be done in cpaas via api's and sdk's.
me:
would seem then that this architecture could allow a software/kernel/api to control what the hardware/software does/function thereof?
clothes das machen die machina? or, what neoware was after with eon anything.
computers comms via https...first to the second? microkernels and orders to use the embedded/device components?
ploinks/puddle? and what neoware desired with eon anything?
and/or ip?
lol, so far wade's the only one not facing jail as a consequence of trial outcomes?
i think hunter is the worst. getting your dead brother's wife addicted to crack? and joe professes to miss beau so much. on top of that beau's kids lived with hunter and their mother?
does hunter get home confinement because he's protected by secret service?
the texas supreme court calendar says orders are given out fridays.
wife of beau biden became a crack addict when with hunter. what do you think beau was say or do if he could?
why was apple late to the party for ai?
they had siri, ........
wait, is it like lg being given a head start on samsung, interwoven, hp as the first to break silence?
apple was last, while msft was first?
but is that part of their strategy?
which would suggest they are readier than they let on?
8 and multi chat apps? like chatgpt in one app with programmable apis?
do they use https for server to server comms? v ip , baby.
do they use proxy servers?
do they support your multiple devices with secret server places?
do they support distributed data/services so you don't have to pay for the same service for each of your private devices or uses?
patent examination and reissue with different claims changes the patent that msft thought they licensed. did they do another agreement? only the current management and wade know?? did they port everything thru now solutions? which is why farias did his number on them?
obscuration is winning's word? user data for privacy is obscured and other ai tokens are used to id the client for purposes of ad presentation or id?
ipsphere to which v was associated was merged with tm forum. a vendor member of ipsphere was v, as i remember.
"TM Forum Open APIs are a set of standardized application programming interfaces (APIs) developed by the TM Forum, a global industry association for telecommunications service providers and their suppliers. These Open APIs are designed to streamline communication and interoperability between different systems and components within the telecommunications ecosystem.
Key benefits of TM Forum Open APIs:
Standardization: They provide a common language and structure for APIs, enabling seamless integration and interoperability between different vendors and systems.
Reduced Complexity: They simplify the development and deployment of new services and applications, reducing the time and cost involved.
Improved Agility: They enable faster innovation and adaptation to changing market needs, making it easier for service providers to launch new products and services.
Increased Efficiency: They automate various processes and workflows, leading to improved operational efficiency and reduced costs.
Enhanced Customer Experience: They enable a more seamless and personalized customer experience by integrating different systems and providing a unified view of customer data."
from gemini ai
api :nokia network exposure platform
https://finance.yahoo.com/news/nokia-introduces-network-exposure-platform-070000150.html
apple intelligence system for siri.........they even said the data they use to make siri better doesn't live on central servers.
so enough of the charade. let's see the money.
what is the basis of the referral to the texas supreme court? what's the beef with the appeals court decision?
what is supposed to be different?
my ai's seem to have gottent things a little confused. they seem to hve fewer conferences in summer but still have their orders on friday?
let's hope wade thing gets done soon, because apple looks like they could be accused of v ip infringement?
apple intelligence and os 18.....call portuno.
fuze previously listed samsung as a partner. samsung is interested in walk n'talk, wearable computing from the xybr days.
comcast is using a 'pokemon go' type of ar in a history museum in pittsburgh . scan a qr and see the hologram on your smartphone.
segue to ibm having 'registered' museums and libraries around the world.