Quantum computing is quickly becoming a central force in the global semiconductor race. It’s tying together policy, funding, and industry milestones in a push for quantum-ready infrastructure, packaging, and supply chains.
This post pulls together recent policy changes in the U.S., international funding programs, and bold moves by companies like IonQ and ASE Technology. The aim? To show how quantum tech is shaking up chip design, manufacturing, and investment trends.
Policy landscape, national security and public funding
Quantum computing and semiconductors are merging, shaped by export controls and national security strategies. Since 2022, the U.S. has tightened restrictions on quantum tech, treating advanced chips and equipment as high-stakes assets that need strict oversight.
By early 2026, the White House hinted at more Section 232 actions to boost local manufacturing and cut down on foreign reliance. These steps are supposed to make critical supply chains more resilient, especially as quantum hardware and fabrication tools become even more vital to security and economic strength.
U.S. export controls and Section 232 measures
Export controls now reach a wider range of quantum technologies. This shift affects licensing, partnerships, and how companies work together globally.
Section 232 proposals try to protect U.S. semiconductor production from outside shocks and price swings. They support investment in hardware, equipment, and processes needed for quantum-ready supply chains.
The message from policymakers? Secure, domestic supply chains are essential if the U.S. wants to stay ahead in next-gen computing.
- Wider export controls to slow the spread of sensitive quantum tech.
- Section 232 proposals aimed at shoring up U.S. manufacturing and limiting foreign dependence.
- Big-picture effects on global supply chains, collaboration, and R&D funding over time.
Global funding and market momentum
Governments worldwide are doubling down on quantum-enabled semiconductor ecosystems. In early 2025 alone, they announced over ten billion dollars for quantum programs.
The U.S., China, EU, Japan, India, and Canada are in the lead, all betting that quantum will shape both computing and secure communications. Public money is flowing alongside demand from AI workloads, which keep driving the need for better packaging, photonics, and high-performance chips.
Global quantum funding programs
India’s National Quantum Mission is a standout, with nearly a billion dollars committed. It’s a clear sign that emerging economies see quantum tech as a game changer for science and industry.
Altogether, these regional investments are building an ecosystem that connects quantum research with semiconductor manufacturing, device packaging, and secure communications in different markets.
- U.S., EU, Japan, China, India, and Canada are all increasing their quantum tech budgets.
- India’s National Quantum Mission (~$1B) underlines the global scale of investment.
- Public funding aims to speed up the arrival of quantum-enabled semiconductor solutions.
Industry milestones at the intersection of semiconductors and quantum
AI workloads keep climbing, and with them, the need for advanced packaging, photonics, and chiplets. Industry focus is shifting to companies that sit at the crossroads of classic semiconductor skills and new quantum infrastructure.
Several firms are standing out for their work in packaging, interconnects, and secure communications.
IonQ: milestones in quantum networking and market guidance
In April 2026, IonQ made a big leap by using photons to link two quantum systems. This step moves modular, scalable quantum networking forward.
IonQ landed a spot in DARPA’s HARQ modular-quantum program and bumped up its 2026 revenue forecast thanks to strong demand. The company wants to build a full-stack quantum ecosystem—spanning computing, networking, sensing, and cybersecurity—backed by acquisitions in quantum networking and secure communications.
Analysts see a lot of upside here. Investors seem eager for quantum-enabled platforms that go way beyond single quantum processors.
Ase Technology and the packaging–chiplet opportunity
ASE Technology stands out for its leadership in semiconductor packaging and testing. These capabilities are crucial for 2.5D and chiplet integration, which are getting a lot of attention right now.
The industry’s moving fast toward modular, high-density packaging to keep up with AI-heavy workloads. ASE’s expertise puts it in a great spot to capture the growing demand for integrated photonics and advanced interconnects.
Short-term price targets suggest there’s meaningful upside here. That reflects how much value robust test, assembly, and packaging (TAP) services bring to the ever-shifting semiconductor supply chain.
Note: This post pulls together information from market coverage and industry reporting to highlight current policy developments, funding trends, and notable corporate milestones in quantum-enabled semiconductors. The content comes from publicly available sources and is for informational purposes only—not investment advice.
Here is the source article for this story: Why ASX and IONQ May Gain 15%+ in the Quantum-Semiconductor Space