IonQ Inc (IONQ) 옵션

Ionq has over 1,000 patents now with the completed acquisitions of Qubitekk and I D Quantique. Giddy up Jensen. And watch out for them alligators.

As of the second quarter of 2024, NVIDIA held seven patents related to quantum computing.

Lmfao 😱😂

In January 2025, Nvidia CEO Jensen Huang expressed skepticism about the near-term practicality of quantum computing, suggesting that “very useful” quantum computers were likely 15 to 30 years away. These remarks led to a significant decline in quantum computing stocks, with companies like IonQ and Rigetti experiencing notable losses. ? ?

However, during Nvidia’s “Quantum Day” event at the GTC conference in March 2025, Huang revisited his earlier comments. He acknowledged that his previous statements might have been misleading and invited industry leaders from companies such as D-Wave, IonQ, and Rigetti to discuss the current state and potential of quantum computing. Huang admitted, “This is the first event in history where a company CEO invites all of the guests to explain why he was wrong.” ? ?

In conjunction with this event, Nvidia announced the establishment of the Nvidia Accelerated Quantum Research Center (NVAQC) in Boston. This new facility will collaborate with scientists from Harvard University and MIT to advance quantum computing research. The initiative underscores Nvidia’s commitment to integrating its GPUs with quantum technologies, aiming to support researchers and position itself for future developments in the field. ? ?

Huang’s revised stance reflects a more collaborative approach, emphasizing the complementary nature of quantum and classical computing. While acknowledging the complexities and challenges ahead, he expressed optimism about the potential of quantum technologies to lead to breakthroughs in various scientific fields. ? ?
Me… ha! But he fails to mention how he’s going to get around our over 900 patents. Good luck.

Nvidia CEO Jensen Huang on Thursday walked back comments he made in January, when he cast doubt on whether useful quantum computers would hit the market in the next 15 years.
He made the comments at Nvidia’s “Quantum Day” event.
“This is the first event in history where a company CEO invites all of the guests to explain why he was wrong,” Huang said. All aboard $$$$$$$$

https://stocks.apple.com/AALkqGBEfSseQ8jaDcdYwvA

Yep. Read my post below. Or did u read my mind ? Lol

boeing and drone contract...why better than f35 of lmt? ai with quantum computing? times are changing the sim's are doing to save time /money/lives.

ionq and airforce contract.

The multiverse. Per Ionq quantum virtual software ?

Jensen just apologized. I knew it. He did the right thing. Him and Niccolo are now the best tag team , with Peter advising from the sidelines. He deserves a rest lol. This is awesome news. Now all we need is the announcement of a Nvda Ionq j v ! $$$$$$

how about a 3d /4d printer of such...and if it's dark matter, maybe you can't see it, but need to infer it via the gravitational effects on a quantum dot? the stuff on the dot stored and processed by vcsy patents. wags. like i said jensen need v ip for the next stages of his work......we get/got the ai; we get/got the quantum/we print the quantum dot data and represent it as matter? wags. although i don't know if it's the same metaverse. so maybe the compute is in a different metaverse, but inferenced back to our/the desired metaverse?

kona, ansys and nvidia have been partners..their cad is probably using nvidia anyway. the demo of ionq with ansys cad and on electromagnetic stuff just proved what we all hopefor. hybrid classical/quantum is better than plain classical and is available now. you don't have to wait 30 yearts to buy an impactful computing infrasstructure for your enterprise of what ever size. go for it now. 13% is 13% , greater than chance and with easier entanglement and coherence and stability and better logical qubits, ploinks is a go, if you know what i mean...it's the way walks is way beyond compare. let jensen wear the leather jacket.
he does or did looked miffed, maybe not so happy pre his big day by the ionq pr? no one else got to say anything.
azn and pharma using nvidia cambridge -1 supercomputer known and now ionq and azn....what's that tell you?
now they move on to continuum and a london hpc... will it have quantum? which ones? will it use quantum gate opitimization ip? the holy grail is good quality logical qubits. if your're building a wafer single layer metamaterial from topological fermions you don't want bad qubit metamaterial to pollute your purity.

wHATTTTTTT. Nvidia CEO Jensen Huang on Thursday walked back comments he made in January, when he cast doubt on whether useful quantum computers would hit the market in the next 15 years.
He made the comments at Nvidia’s “Quantum Day” event.
“This is the first event in history where a company CEO invites all of the guests to explain why he was wrong,” Huang said.

I rest my case. ALL ABOARD! 💰💰💰💰💰💰💰💰💰💰💴💴💴💴💴💵💵💵💵💵💰💰💰💴💴💵💵💰💰🌈😎🤙🌈. I need a nap .zzzzzzz

Think recent acquisition of IDQ . Why? Lol. Homework: ID Quantique (IDQ) is a Swiss company specializing in quantum-safe cryptography solutions, quantum key distribution (QKD) systems, and hardware random number generators. Founded in 2001 as a spin-off from the University of Geneva’s Group of Applied Physics, IDQ has established itself as a leader in quantum cybersecurity and quantum photonics. ?

Key Areas of Expertise:
   •   Quantum-Safe Cryptography: IDQ provides solutions designed to protect data against threats posed by advancements in quantum computing. Their offerings include quantum-safe network encryption, quantum key generation, and key management services. ?
   •   Quantum Key Distribution (QKD): IDQ’s QKD systems enable the secure exchange of cryptographic keys using the principles of quantum mechanics, ensuring that any eavesdropping attempts are detectable. ?
   •   Random Number Generation: The company develops hardware random number generators based on quantum randomness, essential for cryptographic applications and research purposes. ?

Recent Developments:

In February 2025, IonQ, a prominent quantum computing company, announced its intention to acquire ID Quantique in an all-stock transaction valued at approximately $250 million. This strategic move aims to integrate IDQ’s quantum-safe encryption technologies with IonQ’s quantum computing capabilities, enhancing the security of quantum networks and expanding IonQ’s portfolio into quantum cybersecurity. ? ?

Additionally, IonQ and SK Telecom have entered into a memorandum of understanding to collaborate on the future development of the AI and quantum industry, signaling a broader commitment to advancing quantum technologies. ?

ID Quantique’s expertise in quantum cryptography and its pioneering work in quantum random number generation position it as a key player in the evolving landscape of quantum technologies.

Buckle up. Pay no attention to that man behind the curtain with the leather jacket. Buy all you can afford. Imo

Ponder. All conjecture on my part but connect the dots. Ionq p r completing successfully testing ground quantum computing communication systems with drones and AFRL. Our 2 contracts awarded from AFRL in quantum communications. The recent drone sitings over New England Trump was going to explain ( he never explained) btw … Now Trump rolls out the F47 TRUMPSTER. As I call it. Lol. Does it deploy drones or have ground drones protecting it , or both. All controlled by secure quantum communications thru QKD from the ground relieving the aircraft of that task. Unreal advantage over our adversaries. Especially if they are also armed drones with quantum communications and other defensive quantum capabilities. 😱

I hope you are correct. Would love to see this happen. Do you have any info that supports IonQ with ground Control on Q47? I would love to see IonQ on it - but know it's all top secret stuff... so how would anyone know it's IONQ used with the A47? don't get me wrong - I want this to be true - but any info?

Or? QONA

Doc. And most likely IonQ. His last gasp as Niccolo throws his leather jacket in the ash heap of classical GPU’s . Every dog has his day. Jensen would be wise to get behind IonQ while quantum still isn’t cool. A J V would be a good start in announcing they have agreed to pursue QPU’s as the next generation Gpu beyond Rubin. I’d call it. “ KONA” . lol Let’s hope he has an open mind.

4 trillion coming in. Ionq stands to get billions$$$$$$

next time don't do things to make jensen upset, not in his house. a day later would be fine and still segue nicely.

jensen fought many companies and personal despair to come out on top. unless he can get on top of the quantum bull, this might have been his last top dog of the show?

i think he could be shorting 8.

Yep to all that Doc. 5 years in the making. It’s done. Just need to mfg it. Why v was on hold?

Doc. I believe so. A lot of shenanigans went on back then. Michael is dead. No. No. No no. He’s outside , looking in. 😱

the f47 and it's drones fly in an vcsy arbitrary space/4d container? add in /segue with microsoft fabric just discussed since first of year.
Boeing was a partner of neoware. the jet plus drones is from xybr days. sandia nm. sbv/darpa. the chips will be more secure? might use tio2? memristors? not effected by emp or it's backflash? ther is plenty of work for lmt/raytheon/general dynamics/adobe/salesforce/vcsy//msft/hp/8/and other tech partners.

Doc. THIS IS HUGE NEWS. BUT SECRET LOL

I KNEW IT! $$$$$$

Turn on the news. F 47 going to fly with DRONES!! Ionq completed test with ground station control of drones with AFRL recently. Turn on the news. Ionq is in on the F 47. Believe it

kona, chatgpt found this. opentext which bought microfocus which has hp autonomy. and i didn't know opentext bought content management from hp and other stuff earlier. did the autonomy license transfer to opentext which is partnered with ansys which is now partnered with ionq?
'Yes, OpenText has partnered with Ansys as a High-Performance Computing (HPC) partner. OpenText's Exceed TurboX enables secure virtual desktops and applications, facilitating hybrid work environments that integrate seamlessly with Ansys' high-performance graphical software.
ANSYS | ENGINEERING SIMULATION SOFTWARE

Regarding Interwoven, there is no available information indicating a partnership with Ansys. Notably, Interwoven was acquired by Autonomy Corporation in 2009, which was subsequently acquired by Hewlett-Packard in 2011. Therefore, any potential partnership between Interwoven and Ansys would have been under the purview of these parent companies."

kona, did ionq get a v ip license ? or ansys? is j upset cuz he didn't get one?

Homework: 1. Ytterbium Ions (Yb?) as Qubits
   •   Why Ytterbium?
Ytterbium-171 (¹7¹Yb?) is commonly used because its hyperfine ground states offer a convenient and stable “clock transition” for encoding qubit states. This transition is insensitive to magnetic field fluctuations, enhancing coherence times.
   •   Encoding Qubit States:
In trapped-ion systems like IonQ’s, the qubit states are typically encoded in the hyperfine energy levels of the ytterbium ion. For example:
      •   |0? = Ground hyperfine state
      •   |1? = Excited hyperfine state
These states are manipulated using laser pulses for quantum gate operations.

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2. Laser Control and Quantum Gates
   •   Initialization (Cooling):
Ions are initially laser-cooled to their motional ground state using Doppler cooling and sideband cooling techniques. This minimizes vibrational noise and prepares the system for precise control.
   •   Manipulation (Quantum Gates):
      •   Single-Qubit Gates: Controlled by applying resonant laser pulses that drive transitions between the hyperfine states of individual ions. This is done with high precision using AODs.
      •   Two-Qubit Gates: IonQ often uses the Mølmer–Sørensen (MS) gate, a standard in trapped-ion quantum computing. It creates entanglement by exploiting the shared vibrational modes (phonons) of ions. A bichromatic laser field is applied to generate controlled spin-spin interactions.

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3. Acousto-Optic Deflectors (AODs)
   •   Purpose:
AODs are used to control the precise direction, intensity, and frequency of laser beams. This capability is crucial for targeting specific ions for individual quantum operations.
   •   Mechanism:
      •   A sound wave inside a crystal medium (like quartz) creates a periodic modulation of the refractive index.
      •   When a laser beam passes through, it diffracts due to this modulation.
      •   By changing the frequency of the sound wave, the deflection angle of the laser can be controlled, allowing for precise targeting of specific ions.

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4. Precision and Stability
   •   Decoherence Protection:
      •   IonQ uses magnetic field shielding and laser stabilization to minimize environmental noise.
      •   Hyperfine qubits in ytterbium are relatively immune to magnetic field fluctuations, which helps maintain coherence over extended periods.
   •   Error Rates and Fidelity:
      •   IonQ reports gate fidelities exceeding 99%, among the highest in the industry. This high fidelity is crucial for scaling up to more complex, error-corrected quantum systems.

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5. Practical Advantages
   •   Software Configurability:
The use of AODs makes IonQ’s quantum processors software-configurable — operators can dynamically adjust the qubit connectivity and gate sequences.
   •   Scalability:
By leveraging a linear chain of ions and precise laser control, IonQ can scale the number of qubits while maintaining coherence and control.

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Example: Executing a Quantum Gate
   •   Single-Qubit X Gate:
A tightly controlled laser pulse resonant with the qubit transition frequency flips the qubit from |0? to |1?.
   •   Two-Qubit CNOT Gate:
A combination of targeted laser pulses and the shared vibrational state of two ions is used to entangle the qubits, executing a controlled NOT operation.

nvidia and ansys partners. idon't know if ionq's pr right before jensens quanutm panel began was a great idea. the other panel spent time descrbing how they thought q was a prtner and complement to gpus. p contest on j's home turf

Homework: IonQ’s quantum computing systems use trapped-ion technology with ytterbium ions (Yb?) as their qubits. Here’s a breakdown of the components you mentioned:

1. Ytterbium Ions (Yb?) as Qubits:
   •   Ytterbium (Yb) is a rare-earth element. When ionized (loses an electron), it becomes Yb?, which has properties suitable for quantum computing.
   •   These ions are trapped using electromagnetic fields in a vacuum chamber, isolating them from environmental noise, which enhances stability.
   •   Each ion acts as a qubit, where quantum information is stored in the ions’ electronic energy levels or hyperfine states.

2. Acousto-Optic Deflectors (AODs):
   •   Acousto-Optic Deflectors are devices that use sound waves to control light direction. By varying the sound frequency, they can precisely adjust the angle and position of laser beams.
   •   In IonQ’s system, AODs are used to target and manipulate individual ions (qubits) with high precision. The precise control of laser beams is crucial for executing gate operations — the fundamental processes of quantum computation.
   •   The use of AODs helps IonQ achieve dynamic, software-configurable addressing of qubits, which is essential for scalability and flexibility in their systems.

3. Laser Control and Gate Operations:
   •   The system uses laser pulses to manipulate the internal states of the ytterbium ions, enabling single-qubit rotations and multi-qubit entanglement (a key resource for quantum computing).
   •   Lasers can cool the ions to near absolute zero, minimizing thermal noise and reducing decoherence.
   •   Quantum gate operations are achieved by carefully timed laser pulses, inducing transitions between qubit states or generating entangled states.

4. Precision and Stability:
   •   The combination of trapped ions, AODs, and lasers allows for high-fidelity quantum gates with minimal error rates.
   •   The trapped-ion approach generally offers longer coherence times compared to other qubit technologies, enhancing stability and accuracy for complex computations.

Why It Matters:

IonQ’s approach with ytterbium ions and AODs sets a high standard for precision and control in quantum computing. These features enable the company to produce scalable, reliable, and software-configurable quantum processors — a significant advantage as the field moves toward real-world applications.

If you’re interested, I can provide more technical insights into the laser-ion interactions or gate implementation details.

U might need to open your Websters for this one Foo. Just a suggestion. 😜

IonQ and it’s advances in High-Frequency Electronic Design:
It's the industry standard for simulating 3D full-wave electromagnetic fields

IonQ, a pioneer in quantum computing, has developed advanced quantum processors like IonQ Forte, the world’s first software-configurable quantum computer. This system employs ytterbium ions and integrates specialized acousto-optic deflectors to direct laser beams at individual qubits, enhancing precision and stability. ?

In the realm of high-frequency electronic design, Ansys HFSS stands out as the industry standard for simulating 3D full-wave electromagnetic fields. Engineers worldwide utilize Ansys HFSS to design high-frequency, high-speed electronics found in communications systems, advanced driver assistance systems (ADAS), satellites, and internet-of-things (IoT) products. ? ?

Recognizing the potential of quantum computing to revolutionize simulation capabilities, Ansys and IonQ have partnered to integrate quantum computing into computer-aided engineering (CAE) simulations. This collaboration aims to harness IonQ’s quantum processors to accelerate complex simulations, potentially transforming the $10 billion CAE industry. ?

This partnership exemplifies the convergence of quantum computing and high-frequency electronic design, promising more efficient and accurate simulations in the development of advanced electronic systems.

For a deeper understanding of IonQ’s quantum processors, you might find this introduction helpful:

ionq doesn't have to wait 30 years and jensen knows it. they're doing it with the qubits they've got. it is at least 13% faster, but how much more money? if not significantly more, good.

No. It was all about inventing a new blood testing machine but I see it was way over your head. Next! KERFLOMPKBOK AHHH

Oh. And Niccolo. Please don’t buy a black leather jacket. You don’t need it. 😂🏄🏻‍♀️🌈😎🤙

low freq pulse em is the novocure ttf device.. gemni says in query on maxwell which gemini fed me:

"Ansys Maxwell is a powerful electromagnetic field simulation software used for analyzing and designing electromechanical devices. Here's a breakdown of its primary purpose and applications:

Purpose:

Ansys Maxwell is designed to solve low-frequency electromagnetic field problems.
It's used to simulate and analyze the behavior of magnetic and electric fields in devices where the fields are static or changing relatively slowly.
Key Applications:

Electric Motors and Generators:
Analyzing the performance, efficiency, and torque of electric motors and generators.
Optimizing motor designs for various applications, including electric vehicles and industrial machinery.
Transformers and Inductors:
Simulating the magnetic fields and performance of transformers and inductors.
Designing efficient and reliable magnetic components for power electronics.
Actuators and Sensors:
Analyzing the behavior of actuators and sensors that rely on electromagnetic principles.
Optimizing sensor designs for accuracy and sensitivity.
Electromechanical Devices:
Simulating a wide range of electromechanical devices, including solenoids, relays, and magnetic recording heads.
Wireless Charging Systems:
Simulating the magnetic fields involved in wireless charging technologies.
Key Features:

Accurate Electromagnetic Field Simulation:
Uses finite element analysis (FEA) to accurately model electromagnetic fields.
Multiphysics Coupling:
Allows for the simulation of coupled electromagnetic, thermal, and structural effects.
Automated Design Optimization:
Includes tools for automatically optimizing device performance.
Comprehensive Material Database:
Provides a wide range of material properties for accurate simulations.
In essence, Ansys Maxwell helps engineers to:

Understand the electromagnetic behavior of their designs.
Optimize device performance.
Reduce the need for costly physical prototyping.
Improve the reliability and efficiency of electromechanical systems."

Mahalo blue. I’m done traveling for awhile. Flew to Cincy to meet my daughter on spring break from Yale . Have family there in Cincy She only wanted to take a week of 2 weeks so she could go back and study and has 3 extracurriculars and a paid internship to stay on top of and Kona is a very grueling trip and she was just here for Xmas plus she’s going to Pi. then London this summer. L.S.E. Scholarship . The kid never stops. Kinda like IonQ. Takes a licking and keeps on ticking! Go Nicccolo! The new Jensen. Remember where u heard it first folks.

medical devices including msft topological quantum chip.how to increase pressure...electromagnetic forces like a tokamak dev op?
so the nvidia quantum research center will be in boston, somewhere, they don't say, but cambridge is home to both harvard and mit. it could be like the cambridge biotech xchange area where pharma's are located? and medicial devices and ansys hfss? gemini ai said:
"Ansys HFSS (High Frequency Structure Simulator) is a 3D electromagnetic (EM) simulation software tool widely used for designing and simulating high-frequency electronic products. Essentially, it's used to understand and predict how electromagnetic waves behave in various electronic devices and environments.  

Here's a breakdown of what Ansys HFSS tools are for:

High-Frequency Electronic Design:
It's the industry standard for simulating 3D full-wave electromagnetic fields.  
This allows engineers to design and analyze components that operate at radio frequencies (RF), microwaves, and millimeter-wave frequencies.
Applications:
Antennas and Antenna Arrays: Designing and optimizing antennas for various applications, including wireless communication, radar, and satellite systems.  
RF and Microwave Components: Simulating the performance of components like filters, couplers, and waveguides.  
High-Speed Interconnects: Analyzing signal integrity and power integrity in high-speed digital circuits.
Printed Circuit Boards (PCBs) and Integrated Circuit (IC) Packages: Simulating electromagnetic effects in complex electronic assemblies.  
Electromagnetic Interference (EMI) and Electromagnetic Compatibility (EMC) Analysis: Identifying and mitigating EMI/EMC issues in electronic devices.
Radar Systems: simulating radar cross sections, and the performance of radar systems.  
Key Capabilities:
3D full-wave electromagnetic field simulation.  
Automatic adaptive meshing for accurate results.  
S-parameter extraction for circuit analysis.  
Near- and far-field analysis for antenna design.  
In essence, Ansys HFSS helps engineers to virtually prototype and test high-frequency electronic devices, reducing the need for costly and time-consuming physical prototyping.

"======================besides msft topological chip, thinking novocure tumor treatment field uses em field or produces such and they may need more r and d on it for safety and also new potential therapuetics?

Kona, thanks! So my laptop could be outperformed by 12 percent. Zooom.

i'm happy  to see your optomestic  posts 
listen, if you plan on traveling let us know 

Foo definition of classical….old school transistor computers with gpu’s and with their bits capable of. being a 1 or a 0 Quantum computers work at the molecular level off of atoms and QPU’s. A quantum bit or q bit can be a 1 or a zero at the same time. Billions of times faster than a classical computer. They will design new prescription drugs and solve many other problems much much faster than classical computers. Just the advancements in medicine alone will be unreal!

With next gen Tempo on deck IonQ is ready to blow by 54.74 imo. Once the advertising campaign for it is unleashed along with all the new sales people, this will skyrocket! Nvda? Pfffttttt Jensen who? Niccolo is the new Jensen. Watch. Keep your eye on IonQ

Impressive! 12 percent vs. classical. With no definition of "classical".
By running the application on IonQ’s quantum computers, Ansys was able to speed processing performance by up to 12 percent compared to classical computing in the tests.

Katie bar the door! Someone knows something. Imo

Life in the quantum lane
Everything All the time.

22.00 Up a buck!! ANSYS news is being digested. Buckle up. I’d bet Astra Zeneca news is next!

good timing there on your entry 

IonQ, Ansys tout quantum edge over classical computing in medical device design

https://seekingalpha.com/news/4422710-ionq-ansys-tout-quantum-edge-over-classical-computing-in-medical-device-design

This is the leading individual quantum computing company in the world 900 Patents+

$IONQ

The decline today wasn’t anything Jensen Huang’did, other than showcasing the leaders of these quantum computing companies. They were less than stellar.

Just watched about an hour video from Quantum Day at NVDA’s GTC conference. I have to say that the leaders of these quantum computing companies didn’t do themselves proud. What a missed opportunity. That’s too bad that they couldn’t bring at least enthusiasm for their company’s efforts.