Quantum Startup EuQlid With $3M Funding For 3D Imaging Tech
EuQlid and iPronics Drive Industrial Quantum Precision 3D Imaging and Flexible Hardware for Next Generation
Significant funding pledges and cutting-edge hardware solutions have signalled quantum technology's quick transition from lab to industry. EuQlid, a quantum technology startup, launched its Qu-MRI Quantum Sensing Platform for 3D semiconductor and battery flaw detection from stealth mode to fill a need in advanced industrial metrology.
EuQlid received $3 million in seed and funding from QDNL Partnerships and Quantitation, in addition to approximately 1.5 million in early client income. This funding accelerates the company's 3D imaging solution for batteries and semiconductors.
See the Unseen with EuQlid's Qu-MRI Platform
Qu-MRI, the company's quantum imaging platform, combines quantum magnetometry with advanced signal processing and machine learning. This device offers nano-amp-sensitive, high-throughput mapping of subsurface current flow without physical touch or cross-sectioning.
By revealing subterranean current flow that present inspection instruments cannot see, this feature addresses a major need in the energy storage and semiconductor industries. EuQlid provides “quantum precision” to high-volume industrial environments and research and development labs, capitalising on a $10 billion worldwide metrology equipment industry.
Numerous Qu-MRI applications include finding connection difficulties in high-bandwidth memory manufacturing and spatially studying power flows in CPUs and GPUs.
Imec, a leading semiconductor research and development organisation, says Qu-MRI satisfies a basic technological need for next-generation semiconductor design and production by non-invasively visualising subsurface connection defects. With the demand for AI and sophisticated computers, which require complex 3D structures, the platform aims to expedite innovation, enhance yields, and optimise production operations.
EuQlid was founded by Harvard, Yale, and Maryland engineers and scientists who merged quantum sensing, atomic physics, and semiconductor industry knowledge. The Qu-MRI platform is based on the Quantum Diamond Microscope (QDM), the company's original product, which has been sold worldwide for bioimaging and geosciences.
Quantum Hardware Adaptability
Given the hardware industry's quick advancement and high expenses, especially in quantum computing and QIS, product design must be flexible. In this competitive economy, flexibility is essential due to product line production costs and small profit margins. Creating a “one-trick pony” product instead of a task-specific one can save risk and costs.
Valencia, Spain-based iPronics is pioneering this adaptive integrated photonics technique. Founded in early 2020 by researchers at the Photonics Research Labs, iTEAM Research Institute, Universitat Politècnica de València (UPV), iPronics develops adaptable solutions using Field-Programmable Photonic Gate Arrays (FPPGAs).
The cost savings by repeating hardware architecture is iPronics' value proposition. This technique could assist optical communications, sensing, microwave photonics, and linear processing for conventional and quantum applications.
The iPronics team includes Ph.D. in telecommunications Ivana Gasulla (CIO), a postdoctoral Fulbright fellow at Stanford University's Ginzton Laboratory. COO Jose Capmany co-founded VLC Photonics and has two Ph.D.s. He teaches photonics and optical communications at UPV. CTO Daniel Pérez López worked at Xanadu, a silicon quantum photonic chip pioneer. The chief product officer, Prometheus DasMahapatra, worked at semiconductor giant ASML.
iPronics was named a “to watch” in the first Spinoff Prize, backed by Nature Research and Merck in Germany, shortly after its founding. The 2020–2021 SMARTLIGHT project received a grant from IVACE.
With its team established, iPronics is poised to become a leading player in “software-defined optical hardware capable of performing multiple tasks,” a technology that might revolutionise QIS and QC.
Broader Quantum Industry Momentum
Flexible hardware suppliers like iPronics and EuQlid emerge as the quantum sector grows. The DOE's $625 million commitment to renew five National Quantum Information Science Research Centres, Classiq's AWS Marketplace platform release, and PsiQuantum's partnerships with Lockheed Martin, STV, and Post-Quantum are recent announcements. These advances show how quantum computing, an emerging technology affecting many industries, uses quantum physics to do complex tasks faster than traditional computers.