IonQ Inc (IONQ) Options

friends of ours love to scuba and out of nowhere they invited us to kona ( extra bedroom in rental apt ). they live
in arizona 
unfortunately due to work committments i cant 
however next time 
i'd like to buy you a beer 

hmmm
when rima swlls personal shares the stock goes up shortly after

am i crazy today or what ? 

Hopefully, you didnt add this morning before it dropped. IONQ is down nearly 5%, which would be a 10% loss for IONX.

24.10 looked good to add ionx 

if you believe in ionq then ionx will double your profot 
patience counts 

The USMCA was progress, but it did not resolve the long-standing issues, with tariffs. A trade war in his first term would have been reckless and risky if running for a second term.

Now those concerns dont apply, so these issues can be more fully addressed. The sad part is once there is any pain or consequences, the public wants to head in a different direction, failing to recognize the long term benefits of renegotiating these agreements to produce free trade, rather than fair trade.

In the long run, this will boost the US markets and NVDA with it.

The shorts are pulling out all the stops. Pure B S. What crooks. They just make chit up. Criminal imo. Hang em S E C

William “Bill” Scannell is a seasoned executive with nearly four decades of experience at Dell Technologies. As President of Global Sales & Customer Operations, he oversees an organization of approximately 24,000 sales team members, driving global growth and delivering technology solutions to organizations in 180 countries worldwide. ?

In February 2024, Scannell joined the Board of Directors at IonQ, a leading company in the quantum computing industry. His extensive sales experience is expected to play a crucial role in guiding IonQ’s system sales strategy and strengthening its position in the quantum economy. ?

Demonstrating his confidence in IonQ’s growth prospects, on March 12, 2025, Scannell purchased 93,066 shares of IonQ common stock at a weighted average price of $21.8072 per share, amounting to a total transaction value of approximately $2.03 million. This acquisition increased his direct ownership in IonQ to 135,047 shares. ?

Scannell holds a Bachelor of Science degree in business management from Northeastern University.

Insider William Scannell just bought. 93,066 at 21.80

What an idiot. News out !!!

What an idiot. News out !!!

Insider just bought and another p r out!!!! $$$. Hang on. $

Well, someone dumped a couple million shares just before the opening bell.  🤨

Doc. That should give you some more ideas. Makes u wonder if this is all ready to go as soon as court battle is over?

5. Scalability and Performance Optimization

For real-world deployment, the network must scale efficiently and maintain low latency.

Strategies
   •   Adaptive Load Balancing: Monitor node availability and reroute tasks dynamically.
   •   Edge Caching for Repeated Computations: Reduce redundant quantum queries.
   •   Local Quantum Simulators for Validation: Run lightweight quantum simulations before cloud execution.

Example: Edge-Assisted Execution
   •   A mobile device with a Ploinks mini-server performs local quantum simulation.
   •   If accurate enough, results are used without cloud execution.
   •   Otherwise, the task is forwarded to an actual quantum backend.

?

Next Steps

Would you like to explore:
1. Prototype Development (building an early test network)?
2. Optimizing a Specific Use Case (e.g., secure messaging, finance, AI)?
3. Deep Dive into a Technical Component (e.g., encryption, routing, hybrid execution)?

2. P2P Data Exchange and Routing

Since Ploinks’ mini-servers handle decentralized, secure communication, we use them for:
   •   Quantum data transmission between nodes.
   •   Workload distribution for hybrid quantum-classical tasks.
   •   Authentication and access control for secure quantum computing.

Data Flow Model
1. Quantum Task Submission ? A user submits a task (e.g., quantum circuit execution).
2. Mini-Server Routing ? The task is encrypted and routed to an available node in the network.
3. Quantum Backend Execution ? The node selects a suitable quantum processor (local or cloud-based).
4. Result Aggregation & Post-Processing ? Classical nodes perform error correction, data validation.
5. Secure Delivery to Requester ? Results are sent back via the P2P network.

?

3. Security and Encryption Protocols

To protect quantum computations in a decentralized network, we need:

Quantum-Safe Encryption
   •   Lattice-Based Cryptography (e.g., NTRUEncrypt, Kyber) to secure P2P messages.
   •   Quantum Key Distribution (QKD) for high-security nodes.

Zero-Knowledge Proofs (ZKP) for Privacy
   •   Ensure computations occur without revealing input data to participating nodes.
   •   Use ZKPs to verify quantum computations without exposing sensitive algorithms.

Example: Hybrid Encryption Model
   •   Classical data is encrypted using Ploinks’ private key system.
   •   Quantum computations use blind quantum computing (BQC) techniques, where nodes compute on encrypted quantum states without decryption.

?

4. Hybrid Quantum-Classical Workload Management

Since quantum computers are resource-limited, the P2P network should intelligently distribute tasks between classical edge devices and quantum processors.

Task Scheduling Algorithm
   •   Quantum-Suitable Tasks: Optimization, entanglement-based operations ? Sent to QPUs.
   •   Classical Pre/Post Processing: Data encoding, error correction ? Handled by local devices.
   •   AI-Based Routing: Machine learning selects optimal backend for each task.

Example: Decision Tree for Task Assignment

from quantum_p2p import QuantumTaskManager
from ionq_sdk import IonQClient
from qiskit import QuantumCircuit

# Initialize Quantum Backend
ionq = IonQClient(api_key="YOUR_IONQ_API_KEY")
task_manager = QuantumTaskManager()

# Define Quantum Circuit
qc = QuantumCircuit(2)
qc.h(0)
qc.cx(0, 1)

# Submit Task to Quantum P2P Network
task_id = task_manager.submit_task(qc, backend=ionq)
result = task_manager.get_result(task_id)
print(result)

Technical Implementation of a Ploinks-Powered Quantum Hybrid Network

To build a quantum-classical hybrid network using Ploinks’ mini-servers for secure, peer-to-peer (P2P) quantum computing, we need to address five key technical areas:
1. Integration with Quantum SDKs (e.g., Qiskit, Cirq, IonQ SDK)
2. P2P Data Exchange and Routing (via Ploinks’ mini-servers)
3. Security and Encryption Protocols
4. Hybrid Quantum-Classical Workload Management
5. Scalability and Performance Optimization

?

1. Integration with Quantum SDKs

To enable quantum computation, the network must connect with heterogeneous quantum backends.

Steps for SDK Integration
   •   Abstract Quantum Backends: Develop a high-level API that interacts with different quantum SDKs (e.g., Qiskit for IBM, IonQ SDK for trapped ion QPUs).
   •   Standardize Circuit Compilation: Implement a compiler that translates quantum programs to target-specific gate sets.
   •   Implement Error Mitigation: Integrate quantum error correction techniques before sending workloads to quantum processors.

Example (High-Level API Design)

Let’s break this down into practical use cases and implementation strategies for a Ploinks-powered quantum hybrid network.

1. Use Cases

A. Secure Multi-Party Quantum Computing (MPQC)

Concept: Multiple parties collaborate on quantum computations without revealing sensitive data.
How It Works:
   •   Ploinks’ mini-servers handle encrypted communications between parties.
   •   Quantum computations are split into subproblems, computed across different quantum backends.
   •   Only the final result is reconstructed at the intended recipient’s node.
Example:
   •   Finance: Secure portfolio optimization using quantum algorithms.
   •   Healthcare: Secure drug discovery with quantum simulations across research institutions.

?

B. Quantum-Assisted AI on Edge Devices

Concept: Quantum computing enhances AI inference and training on mobile and edge devices.
How It Works:
   •   Edge devices preprocess AI data locally.
   •   Quantum nodes perform key computations (e.g., optimization, kernel evaluations).
   •   Classical devices handle post-processing and inference.
Example:
   •   Mobile AI Assistants: Faster natural language processing via hybrid quantum models.
   •   Cybersecurity: Quantum-enhanced anomaly detection on mobile networks.

?

C. Decentralized Quantum Cryptography & Secure Messaging

Concept: A quantum-secured communication network using Ploinks’ P2P model.
How It Works:
   •   Nodes generate and exchange quantum-resistant encryption keys.
   •   Data is split, encrypted, and distributed across P2P mini-servers.
   •   Reassembly occurs only when authentication conditions are met.
Example:
   •   Military & Government Communications: Tamper-proof quantum-encrypted messages.
   •   Blockchain & Smart Contracts: Quantum-proof decentralized finance (DeFi) transactions.

?

D. Hybrid Quantum Cloud & Edge Computing

Concept: Distribute workloads dynamically between cloud quantum processors and edge devices for efficiency.
How It Works:
   •   Lightweight quantum-classical tasks run locally on Ploinks-powered nodes.
   •   Heavier quantum computations are offloaded to cloud-based quantum computers.
Example:
   •   Autonomous Vehicles: Quantum-enhanced route optimization with edge inference.
   •   IoT Networks: Smart devices using quantum algorithms for energy-efficient computing.

?

2. Implementation Strategy

Phase 1: Prototype Development
   •   Build a P2P Layer: Adapt Ploinks’ mini-server tech for quantum data routing.
   •   Integrate with Existing Quantum SDKs: Test on IBM Qiskit, IonQ SDK, or Rigetti’s pyQuil.
   •   Develop Secure Data Exchange Protocols: Use hybrid encryption for quantum computations.

Phase 2: Pilot Use Cases
   •   Select a Proof-of-Concept (PoC): Secure messaging, AI, or finance.
   •   Test on a Small Network: Deploy across a few mobile devices and a quantum cloud backend.
   •   Optimize for Performance & Security: Reduce latency, improve reliability.

Phase 3: Full-Scale Deployment
   •   Expand Node Network: Enable cross-device computing for scalability.
   •   Implement Governance & Access Control: Define permissions for P2P quantum computation.
   •   Optimize for Commercial Applications: Target industries like finance, cybersecurity, and AI.

?

Would you like to focus on a specific use case first, or dive deeper into technical implementation details?

You’re envisioning a Ploinks-powered quantum hybrid network, which would integrate heterogeneous quantum computing with peer-to-peer (P2P) deployment using Ploinks’ patented mini-servers on mobile devices. Here’s how it could work:

1. Core Concept
   •   A decentralized quantum-classical hybrid network that enables distributed computing, leveraging mobile devices as nodes in a secure, permissioned P2P environment.
   •   Uses Ploinks’ mini-servers for privacy-preserving data exchanges and secure computation offloading.
   •   Interfaces with multiple quantum backends (e.g., IonQ, IBM, Rigetti) via a software-defined quantum computing (SDQC) framework.

2. Architecture
   •   Quantum Layer: Connects to cloud-based or local quantum processors (superconducting, trapped ions, photonic, etc.).
   •   Classical Layer: Uses mobile and edge devices for pre-processing, post-processing, and hybrid algorithm execution.
   •   P2P Network Layer: Ploinks’ mini-servers enable secure node-to-node communication, distributing workloads without reliance on centralized cloud services.

3. Potential Benefits
   •   Decentralization: Reduces reliance on major quantum cloud providers.
   •   Enhanced Security: Ploinks’ privacy-first architecture could secure quantum data exchanges.
   •   Scalability: Mobile and edge devices contribute computational resources dynamically.
   •   Lower Latency: By processing some workloads locally, reduces bottlenecks associated with centralized cloud quantum computing.

4. Applications
   •   Secure Multi-Party Quantum Computing: Privacy-preserving collaborative quantum workloads.
   •   Quantum-Assisted AI on Edge Devices: Hybrid AI models leveraging quantum optimization and simulation.
   •   Decentralized Quantum Cryptography: Real-world implementation of quantum-secured messaging or blockchain applications.

Would you want to explore specific use cases or implementation strategies further?

Careful.

The Defiance Daily Target 2X Long IONQ ETF (ticker: IONX) is a leveraged exchange-traded fund aiming to deliver twice (200%) the daily performance of IonQ, Inc. (NYSE: IONQ), a leading company in quantum computing. ? Launched on March 11, 2025, IONX offers investors amplified exposure to IonQ’s stock movements without the need for margin accounts. ?

As of March 12, 2025, IONX has net assets totaling $1.33 million, with shares closing at $26.62. The fund’s holdings include 238,850 shares of IonQ, Inc., valued at approximately $5.21 million, and 5,400 shares of IONQ stock, valued at around $117,828. ?

Investors should note that leveraged ETFs like IONX are designed for short-term trading strategies and may not be suitable for long-term investments due to the effects of compounding and market volatility. It’s essential to actively monitor and manage such investments to align with individual financial goals and risk tolerance.

That’ll work.

i'm in !!!
thanks !!!

kona, 500 million ionq shares for 13% of p usa? quantum hybrid network?

Blue. It started March 12

i'm already up and every share of ionx adds to ionq 

awesome find !
i'm getting in asap

kona, potential sbv/v chip for intel jv with nvda, tsmc, amd, avgo in usa market? ploinks usa?

Green Day, more to come.  💪💪👍

when does it start to trade ?

holy $hit 

MIAMI, March 12, 2025 (GLOBE NEWSWIRE) -- Defiance ETFs introduces IONX, the Defiance Daily Target 2X Long IONQ ETF, a 2X leveraged single-stock ETF designed to provide amplified exposure to IonQ, Inc. (NYSE: IONQ). This ETF offers traders a way to seek enhanced returns on IonQ without requiring a margin account.

IONX seeks daily investment results that correspond to twice (200%) the daily percentage change of IonQ, a leader in quantum computing, advancing the industry with cutting-edge innovations and strategic partnerships.

“IONX offers a compelling opportunity for investors seeking amplified exposure to IONQ, a leader in quantum computing,” said Sylvia Jablonski, CEO of Defiance ETFs. “With ongoing technological developments, strategic industry partnerships, and a growing presence in the sector, IONQ continues to play a key role in the evolution of quantum innovation.”

Hooray?

Long Tail Up on 12-Mar-2025.

I agree. These guys continually work their butts off in getting their business going. Many, as the company is gaining its footing, do this in lieu of strapping the company with big salaries.

Good for him. He deserved it. That’s the first time he has sold in 5 years. Go Peter Go! You deserve that new house. Hope it’s in Kukio!😎🤙

As per Form 4 filed with the SEC, Chapman sold a massive 2 million IONQ stock on March 11. The shares were sold in a single tranche at a weighted average price of $18.7233 apiece. It is worth noting that after the latest share sale, Chapman still owns 414,363 IONQ common shares worth $7.75 million based on yesterday’s closing price.

Peter Chapman sold $37.4 million of IONQ stock yesterday. He exercised a lot of options that allowed him to make great profits. From Tiprank. https://tipranks.onelink.me/WJho/37xu2sqw

Good information, thank you for posting.  

https://investorshub.advfn.com/boards/read_msg.aspx?message_id=175912351

Good info on IONQ:

https://tipranks.onelink.me/WJho/b9dwqpfy

given southkorea is trialing quantum computing availability in soko, it might be wise to be advanced in the area of post quantum cryptography? or, nothing will be safe from would be hackers?

we need to remember, ionq has patent for software defined quantum computer and that's another way of saying virtual quantum computing on your mobile device/s?

ionq and sk telecom working on post quantum cryptography...what's that?
gemini ai says:
"what is post-quantum cryptography?


Post-quantum cryptography (PQC), also known as quantum-resistant or quantum-safe cryptography, is a crucial area of cybersecurity focused on developing cryptographic systems that remain secure even in the face of powerful quantum computers. Here's a breakdown:  

The Quantum Threat:

Current public-key cryptography, widely used to secure online communications (like HTTPS), relies on mathematical problems that are considered difficult for classical computers to solve.  
However, large-scale quantum computers, if they become a reality, could potentially break these cryptographic systems very quickly.  
This poses a significant threat to the security of sensitive data, including financial transactions, government communications, and personal information.  
Post-Quantum Cryptography's Goal:

PQC aims to develop cryptographic algorithms that are resistant to attacks from both classical and quantum computers.  
These new algorithms are based on different mathematical problems that are believed to remain difficult even for quantum computers.  
Key Aspects:

NIST Standardization:
The National Institute of Standards and Technology (NIST) is leading a global effort to standardize PQC algorithms.  
This process involves evaluating candidate algorithms and selecting those that meet stringent security and performance requirements.  
NIST has finalized standards for PQC algorithms, which is a major step forward.  
Diverse Mathematical Approaches:
PQC research explores various mathematical approaches, including:
Lattice-based cryptography  
Hash-based cryptography  
Code-based cryptography  
Multivariate cryptography  
Isogeny-based cryptography  
Transition and Implementation:
The transition to PQC is a complex undertaking that will require significant changes to existing cryptographic infrastructure.  
Organizations and industries are beginning to prepare for this transition to ensure that their data remains secure in the future.  
Why it Matters:

The development and implementation of PQC are essential for maintaining the security of digital communications in the face of the emerging quantum threat.  
It's crucial to act now, as sensitive data transmitted today could be vulnerable to decryption by future quantum computers.  
In essence, post-quantum cryptography is about preparing for the future of cybersecurity by developing cryptographic systems that can withstand the power of quantum computers.

 


Sources and related content
www.math.uzh.ch
www.math.uzh.ch
Next steps in preparing for post-quantum cryptography - NCSC.GOV.UK

www.ncsc.gov.uk

NIST Announces First Four Quantum-Resistant Cryptographic Algorithms

www.nist.gov

Post-Quan"

gemini i says:
SK Telecom is indeed actively involved in quantum computing trials and initiatives in South Korea. Here's a summary of their activities:  

Key Activities:

Partnership with IonQ:
SK Telecom has formed a strategic partnership with IonQ, a U.S.-based quantum computing company.  
This collaboration aims to integrate IonQ's quantum computing technology with SK Telecom's AI capabilities.  
This includes integrating quantum computing with SK Telecom's AI infrastructure and applications.  
Focus on Quantum-Safe Communications:
SK Telecom is actively working on quantum-safe communication technologies to protect against future quantum computing threats.  
They are involved in trials of post-quantum cryptography (PQC) to enhance security on 5G networks.  
They have also been working with Quantum key distribution (QKD) technologies.  
Quantum Alliance:
SK Telecom has formed the "Quantum Alliance" with partners like Nokia and others to develop a domestic quantum technology ecosystem in South Korea.  
This alliance is focused on furthering the development of quantum technologies.  
Standardization Efforts:
SK Telecom is actively involved in efforts to establish global standards for quantum-safe communication.  
They are working to combine quantum key distribution and post-quantum cryptography technologies.  
In essence:

SK Telecom is taking a multi-faceted approach to quantum computing, focusing on both the development of quantum computing applications and the implementation of quantum-safe security measures. They are actively pursuing trials and partnerships to advance their quantum computing capabilities.  


Sources and related content

Some see $$ and others see dilution.

Yeeeee. Hawwwwww. !! Money. Money. Who’s got the money! Ionq !!! That was quick guys. Great job. Over 900 patents now! I’m going to invest in alligator feed now. 🐊

Pro forma year-end cash now over $700 million

At-the-Market Program has been terminated

COLLEGE PARK, Md.--(BUSINESS WIRE)--Mar. 10, 2025--IonQ, Inc. (NYSE: IONQ), a leader in the quantum computing and quantum networking industries, today announced that under its “at-the-market” equity offering program (the “ATM Program”) it has sold a total of 16,038,460 shares of its common stock for an aggregate amount of approximately $372.6 million, netting aggregate proceeds of approximately $360 million.

The Company has determined that it has raised a sufficient amount under the program to meet its currently anticipated capital needs. The Company also determined that given overall recent market disruptions, the trading prices for its shares, and the overhang from having an ATM Program in effect, the ATM Program should be terminated. The Company has therefore terminated the ATM Program today and a prospectus supplement will be filed under Rule 424(c) reflecting such termination.

Niccolo De Masi, the Company’s President and CEO, said “We are pleased to have been able to raise over $350 million, even in the recent turbulent markets. On a pro-forma basis, this brings our cash balance on December 31, 2024 to over $700 million. We are confident that we now have the capital we need for continued global leadership in both our quantum computing and quantum networking divisions.”

The Company noted that while, following the termination of the ATM Program, the Company’s officers and directors generally would not be limited in their ability to sell shares during the Company’s current open trading window through March 14, 2025, none of the Company’s executive officers or directors intend to sell any shares during the trading window, except our Executive Chair, Peter Chapman.* Mr. Chapman has previously disclosed that he may sell shares during the window, and he may exercise options for up to 2.0 million shares and sell those shares to meet near term capital needs related to a personal real estate purchase and to pay taxes associated with option exercises. Mr. Chapman hasn’t exercised options or sold any shares over the past six years, and what he may sell represents less than 23 percent of his vested equity interest in the Company.

*Excludes shares sold to cover statutory tax withholding obligations in connection with the vesting of restricted stock units.

It may be a while before this hits $50 again. My bet would be we see $15, before this ever gets to $50 again.

Anything under $50 is an absolute GIFT. 50 burger here we come !!!

So I guess its not smart to take profits when the market is high, sit back and watch it drop and then re-enter the market and ride it back up?

Retail traders account for 10%-20% of the market. So it is doubtful that all of this downward pressure is just from them.

According to you the smart play here is to ride it down, go down with the ship and watch your profits evaporate?

Keep holding on to the anchor - clutch it tight.

Long Tail Down on 10-Mar-2025. GLTA

PS: The larger market drowning in an endless uncertainty mode that could lead to an implosive action.

"There is nothing but good news out"

But the price keeps dropping!!!

Yes it's a buying opportunity for those who sold high and will buy back in low, tripling their share count.