uksausage
22 시간 전
Kona forecast it
https://ih.advfn.com/stock-market/NYSE/ionq-IONQ/stock-news/95836445/ionq-expands-quantum-collaboration-in-japan-signs
G-QuAT Memorandum of Understanding strengthens IonQ’s presence in the APAC region with the intent to support the advancement of quantum computing in Japan
IonQ (NYSE: IONQ), a leader in the quantum computing and networking industries, announced the signing of a Memorandum of Understanding (MOU) with the Global Research and Development Center for Business by Quantum-AI Technology (G-QuAT), a division of one of the largest public research organizations in Japan, the National Institute of Advanced Industrial Science and Technology’s (AIST). This memorandum facilitates cooperation between IonQ and G-QuAT intended to advance quantum computing technologies in Japan.
G-QuAT is AIST’s initiative focused on developing advanced hybrid-quantum computing technologies with artificial intelligence, and aims to advance quantum research and development, accelerate real-world use cases and build a global quantum business ecosystem.
The intent of this MOU is for G-QuAT and IonQ to work together to facilitate G-QuAT prospectively obtaining access to IonQ Forte-class quantum computers through the IonQ Cloud that supports collaborative research, development, and innovation. This MOU reflects both companies’ shared vision to accelerate the development and adoption of quantum technologies in Japan’s research and technology industries.
“Our expanded alliance with AIST marks an important step in IonQ’s global expansion and deepens our engagement with the Japanese quantum market,” said Niccolo de Masi, President and CEO of IonQ. “We look forward to our further collaboration with G-QuAT to explore new quantum computing applications that can deliver transformative outcomes across industries.”
Today’s announcement marks the latest milestone in IonQ’s alliance with AIST, which seeks to provide access to its Forte-class quantum computers to support the advancement of quantum technologies in Japan. According to McKinsey, Japan is making substantial progress toward its quantum computing goals with over $1.8 billion in public funding already announced and multiple government-sponsored research labs commissioned as of 2024.
“Our goal is to foster a robust, international quantum ecosystem and our collaboration with IonQ will bring us closer to achieving this,” said G-QuAT Deputy Director, Mashiro Horibe. “We’re excited to explore new R&D and application possibilities using IonQ’s Forte quantum computer, and to make quantum computing accessible to researchers, enterprises and institutions both in Japan and globally.”
Today’s announcement builds on IonQ’s global momentum, including the unveiling of its first quantum computer in Europe in partnership with QuantumBasel. IonQ aspires to contribute to the advancement of quantum technology and workforce development worldwide. This non-binding MOU shows IonQ’s ongoing focus on contributing to the growth of Japan’s quantum economy and in the APAC region.
Konaploinks
2 일 전
Yes, IonQ utilizes Electronic Design Automation (EDA) tools, particularly through its partnership with Ansys, to design and optimize components for its next-generation quantum computers. This collaboration involves using Ansys’ multiphysics simulation software—including structural, optical, photonic, and electromagnetic tools—to enhance the scalability and performance of IonQ’s trapped-ion quantum systems ? ?.
Additionally, IonQ and Ansys have demonstrated the potential of quantum computing to outperform classical computing in certain engineering simulations. For instance, they achieved up to a 12% speed improvement in simulating blood pump dynamics using Ansys LS-DYNA on IonQ’s quantum hardware ?.
Homework: IonQ is also advancing hybrid quantum-classical workflows by integrating its quantum hardware with platforms like NVIDIA’s CUDA-Q. This integration enables efficient molecular modeling and other complex simulations, showcasing the synergy between quantum and classical computing resources . ?
In summary, IonQ actively employs EDA tools and collaborates with industry leaders to enhance the design and application of its quantum computing technologies.
Konaploinks
2 일 전
Homework: EDA in quantum computing is an emerging but rapidly growing field, evolving to meet the unique demands of designing quantum processors (QPUs), control electronics, and hybrid classical-quantum systems. Here’s a breakdown of how EDA principles are being adapted and expanded for quantum computing:
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1. What Does EDA Mean for Quantum Computing?
In classical systems, EDA is about automating digital logic and layout. For quantum computing, EDA must support the design and integration of:
• Quantum Processing Units (QPUs): Based on superconducting qubits, trapped ions, photonics, silicon spin, etc.
• Cryogenic and Classical Control Electronics: For qubit control, readout, and error correction
• Quantum-Classical Interfaces: High-speed links between QPU and CPUs/GPUs for hybrid workloads
• Quantum Error Correction (QEC): Layout and optimization of logical qubit architectures using surface codes, LDPC codes, etc.
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2. Core EDA Tasks in Quantum Hardware Design
a. Device-Level Design (Quantum EDA or Q-EDA)
• Physical layout of qubits, control lines, resonators
• Electromagnetic simulation of qubit-coupler geometries
• Crosstalk and fidelity analysis under cryogenic conditions
• Example tools: Ansys HFSS, Keysight ADS, Qiskit Metal
b. Architecture-Level Design
• Logical qubit placement and connectivity mapping (e.g., nearest-neighbor constraints)
• Optimization of circuit depth and error rates
• Synthesis of quantum algorithms into gate-level operations under hardware constraints
• Example: IBM’s Qiskit, Google’s Cirq, and t|ket? by Quantinuum
c. Quantum Compiler and Scheduler
• Translate quantum circuits to physical gate operations
• Insert error correction cycles, and gate reordering for fidelity
• Optimize for coherence times, gate durations, and parallelization
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3. Quantum EDA Stack Example
Layer
Classical EDA Equivalent
Quantum Equivalent
Application
Software (C/C++)
Quantum SDK (Qiskit, Cirq, PennyLane)
Logic Design
RTL / Verilog
Quantum Circuit Design
Synthesis
Logic synthesis
Gate synthesis (Clifford+T, Toffoli decomposition)
Physical Design
Floorplanning, P&R
Qubit mapping, control line routing
Signoff
Timing, power, DRC
Decoherence, crosstalk, fidelity, control latency
4. Emerging Players in Quantum EDA
• IBM Qiskit Metal: Hardware-aware design and simulation framework
• Google Cirq + Sycamore tools: Qubit-level layout and scheduling
• Keysight Technologies: RF + cryogenic test + design automation
• Ansys Q3D + HFSS: Simulation of control wiring and electromagnetic interference
• Classiq, Quantum Motion, Riverlane: Pushing logic-level quantum EDA and optimization
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5. Key EDA Challenges Unique to Quantum
• Analog and Quantum Signal Design: Classical EDA is digital-focused, but qubits require precise analog signal synthesis
• Cryogenic Operation: Circuit components operate at millikelvin temperatures
• Error Correction Overhead: Physical-to-logical qubit mapping can be 1000:1 or higher
• Co-Design Complexity: Must design quantum hardware, classical control, firmware, and error correction together
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6. Future of Quantum EDA
• AI-driven Q-EDA for layout and error mitigation
• Open-source quantum compilers integrated with hardware-aware design tools
• Full-stack co-design of quantum systems (hardware + software + control + scheduling)
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Would you like a quantum EDA flowchart or example of a real-world QPU design pipeline (e.g. how IBM or IonQ fabricates and simulates their qubit architectures)? Or how to develop Q-EDA tooling for a quantum startup?
Konaploinks
2 일 전
Homework: Electronic Design Automation (EDA) plays a crucial role in the development of AI supercomputers. Here’s a high-level overview of how EDA intersects with the design and manufacture of AI-centric supercomputers:
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1. Role of EDA in AI Supercomputers
EDA refers to the set of tools and methodologies used to design, simulate, verify, and manufacture complex electronic systems such as ASICs (Application-Specific Integrated Circuits), SoCs (Systems on Chips), and FPGAs—all of which are foundational components of AI supercomputers.
AI supercomputers rely on specialized hardware accelerators like GPUs, TPUs, or custom AI chips. Designing these at scale requires advanced EDA tools.
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2. Key EDA Stages in AI Supercomputer Design
a. System-Level Design
• Modeling architectures using high-level description languages (e.g., SystemC, Verilog, VHDL)
• Co-design of hardware and software (e.g., optimizing for TensorFlow, PyTorch, CUDA)
b. RTL Design and Verification
• Register Transfer Level (RTL) design of AI cores, memory controllers, and interconnects
• Simulation and formal verification to ensure logical correctness and timing closure
c. Logic Synthesis and Physical Design
• Logic synthesis transforms RTL into gate-level netlists
• Placement and routing (P&R) map the design onto silicon
• Power, performance, and area (PPA) optimization is crucial for dense AI chips
d. Sign-off and Tapeout
• Sign-off analysis includes signal integrity, thermal, and power integrity checks
• Once finalized, the chip is sent for fabrication (tapeout)
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3. AI-Driven EDA
EDA itself is becoming AI-driven to handle the increasing complexity of AI chip design:
• Machine Learning for EDA: Tools like Synopsys DSO.ai use AI to automate chip design and optimization
• Generative Design: AI can suggest novel microarchitectures optimized for AI workloads
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4. Specialized AI Hardware and EDA Co-evolution
NVIDIA, Google, Intel, AMD, Cerebras, and Tenstorrent are designing AI-optimized hardware:
• Massive parallelism (tens of thousands of cores)
• Advanced memory hierarchies
• Chiplet and 3D IC designs (requiring advanced EDA for packaging and thermal design)
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5. EDA Tools and Companies
Some key EDA tools and vendors used in AI supercomputer design:
• Synopsys (DSO.ai, Design Compiler, PrimeTime)
• Cadence (Genus, Innovus, Spectre)
• Mentor/Siemens EDA (Calibre, Tessent)
• Ansys (thermal/power analysis)
• Open-source: OpenROAD, Yosys, etc. are gaining traction in academia and startups
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Would you like a deep dive into a particular part of the EDA pipeline (e.g., AI chip RTL design, AI-powered P&R, 3D IC packaging, etc.) or how to apply this to a real-world AI supercomputer architecture?
Konaploinks
4 일 전
Doc. As of April 2025, there is no public record of former President Donald Trump explicitly prohibiting Chinese AI workloads from being processed in Japan. However, his administration has taken steps to tighten controls on China’s access to advanced AI technologies, including efforts to coordinate with allies like Japan to restrict China’s semiconductor capabilities. ?
In February 2025, Trump officials met with Japanese and Dutch counterparts to discuss limiting the maintenance of semiconductor equipment in China by companies such as Tokyo Electron and ASML. These discussions aim to align allied export controls with U.S. policies to curb China’s technological advancements . ?
Additionally, the administration is reviewing and potentially tightening the AI diffusion rule introduced during the Biden administration. This rule categorizes countries into tiers regarding access to U.S. AI technology, with China facing the strictest export bans. The Trump administration is considering further reducing the amount of AI computing power that can be exported without a license . ?
While these measures indicate a broader strategy to limit China’s access to AI technologies, there is no specific evidence of a directive targeting Chinese AI workloads in Japan.
cadillacdave
4 일 전
You whine, complain and criticize the chaos., failing to realize that It takes serious action to fix long-standing problems, that others declined to address.
Were you ok with the chaos and challenges of the 1960s, which brought about positive changes during the civil rights movement?
How about the chaos and resulting changes in the late 1980s, when the Berlin Wall came down? That was messy and chaotic.
The administrations during those tumultuos days suffered similar criticisms, from small thinkers during those times.
In order to correct years of inequality (trade, civil rights and communism), systems need to be upended. That isn't always neat and orderly.
Sometimes, positive changes necessitate chaos, for long-standing improvements in society.
Your short sighted comments show that you aren't a student of history.
cadillacdave
5 일 전
Thought some more about your comments about the globalists. You certainly are correct that the open criticism of the US and America last policies started under obama/biden.
However, the actual foundation for the globalist policies was started under bush41 and clinton with NAFTA, outsourcing jobs and thereby crushing manufacturing and sending the wealth and innovation overseas.
Then bush 43 comes in and keeps saying we cant do it alone, pushing us toward all of these global alliances.
More recently, the world sat idly by while houthi rebels/pirates robbed and attacked ships disrupting world shipping lanes. Then the new administration came in and took care of that problem. Surprise...we can do it alone!
Hopefully, IONQ develops into a quantum powerhouse and gives the US an edge with technology. It sure seems like it is headed in that direction.
Konaploinks
5 일 전
Great job Ionq !!! IonQ CEO Niccolo de Masi to ring closing bell at the New York Stock Exchange with distinguished guests
IonQ executives lead international engagements in Japan and South Korea
Company highlights a year of quantum leadership, innovation, and growth, including expanded global presence and groundbreaking technological advancements
COLLEGE PARK, Md.--(BUSINESS WIRE)--Apr. 10, 2025--IonQ (NYSE: IONQ), a leader in the quantum computing and networking industries, will commemorate World Quantum Day on April 14 with international events in Japan and South Korea and an event at the New York Stock Exchange (NYSE), recognizing a year of the company’s significant technological milestones and business growth.
This press release features multimedia. View the full release here: https://www.businesswire.com/news/home/20250410758890/en/
IonQ leaders and partners ring bell in observance of World Quantum Day 2024
World Quantum Day is an annual global celebration that promotes awareness and recognition of quantum sciences. Now in its fourth year, this observance brings together researchers, educators and industry innovators to spotlight the growing impact of quantum technologies on society.
Celebrating World Quantum Day Globally
On April 14, IonQ CEO, Niccolo de Masi, will ring the closing bell at the NYSE in New York City, bringing together IonQ application scientists, company customers, partners and collaborators to highlight quantum’s acceleration across key industries.
Simultaneously, IonQ Executive Chairman, Peter Chapman, will lead a delegation in Japan and will continue on to South Korea later in the week. Both visits serve to underscore IonQ’s growing presence in Asia, and reinforce the company’s commitment to advancing quantum computing globally.
A Year of Quantum Milestones
“As we observe World Quantum Day, we’re excited about the growth of our quantum computing and networking business and the number of applications we are working on that showcase superior results when combining our quantum computers with classical high performance computing,” said Niccolo de Masi, President and CEO, IonQ. “Over the past year, we exceeded the high end of our bookings guidance range and grew our global presence with the delivery of IonQ Forte Enterprise in Switzerland and through new partnerships around the world. These efforts are pushing the boundaries of what's possible and paving the way for new quantum applications that solve real-world problems.”
IonQ’s notable achievements over the past year reflect continued progress against its technical roadmap and strategic business goals, including:
Demonstrating breakthrough use cases showcasing quantum acceleration: In collaboration with Ansys, a leader in the Computer-Aided Engineering (CAE) industry, IonQ demonstrated that pre-processing data using quantum technology before using it to perform simulations using Ansys’ LS-DYNA applications improved simulation processing speed by up to 12% compared to classical computing, and that speed-up is expected to increase with IonQ’s future systems.
Expanding into quantum networking: IonQ strengthened its position in quantum networking by securing a controlling stake of ID Quantique (IDQ), a global leader in quantum safe networking and sensing and acquiring Qubitekk in 2024.
Growing an impressive patent portfolio: IonQ now owns or controls over 930 patents for both quantum computing and networking related technologies.
Securing multiple quantum computing and networking contracts: IonQ landed contracts that include the U.S. Air Force Research Laboratory (AFRL) and the Applied Research Laboratory for Intelligence and Security (ARLIS), as well as the University of Maryland.
Accelerating quantum computing adoption with partners: IonQ announced its support of the State of Maryland’s “Capital of Quantum” initiative and committed its intention to anchoring a state-of-the-art quantum intelligence campus based at the University of Maryland at College Park. The company also announced the successful commissioning and global availability of IonQForte Enterprise quantum computer, with #AQ36 performance, located at uptownBasel campus in Arlesheim, Switzerland.
Pioneering scalable quantum error correction: IonQ unveiled a novel, efficient approach to quantum error correction that enables fault-tolerant logical qubits using significantly fewer physical qubits—setting the stage for scalable, reliable quantum computing.
These developments reinforce IonQ's leadership in enterprise-grade quantum systems for real-world applications.
To learn more about IonQ’s latest innovations, visit www.ionq.com.
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