Ericsson & EDC Partner on $3 Billion Next-Generation Networks Ericsson & Export Development Canada (EDC) will invest $3 billion USD to expand Canadian R&D, focusing on 5G, AI, and quantum technologies. #ericsson @ericsson

Quang Trung University in Quy Nhơn, Gia Lai will soon house Vietnam’s first quantum computer, a MosaiQ system from European firm Quandela (@Quandela_off) , establishing a France-Vietnam collaboration in quantum computing. #quandela #quanova

More than 1,000 applicants vied for just 20 spots in the Quantum Computing Summer School at Los Alamos National Laboratory this past summer, demonstrating intense demand for specialized training in the field. #losalamosnationallaboratory

Iron-based superconductor shows long-range quantum flow at its edges Researchers from Boston College, the University of California Irvine and Boston University report evidence of long-range, non-disruptive quantum flow at the edges of an iron-chalcogenide superconductor.

Independent Research Fund Denmark funds Bruun’s quantum material The project challenges conventional understanding by suggesting these particle-like objects are stabilized by strong correlations, a counterintuitive finding in the field.

Van der Waals stack amplifies weak quantum signals in 2D materials Researchers have achieved up to a 45-fold increase in the photoluminescence of boron vacancies in hexagonal boron nitride at 4 Kelvin using a novel van der Waals heterostructure.

Tuning a quantum system can shield entanglement from heat Samudra Sur of the University of Geneva and Saikat Sur Sciences demonstrate a method for bolstering multipartite entanglement against environmental noise.

SEALSQ’s Moreira to Keynote IQT Quantum + AI 2026 #sealsq #globalfoundries #latticesemiconductor

Random matrix theory explains work done during quantum quenches The work done during abrupt changes to quantum systems can be predicted using the mathematics of random matrices, according to new research.

Ivan Gonoskov, Christian Hünecke and Stefanie Gräfe of the Institute of Physical Chemistry at Friedrich Schiller University Jena have developed an analytical framework revealing how entangled light arises from intense laser interactions with matter.

The National Quantum Computing Centre ( NQCC ) has added Quantum Motion’s silicon spin qubits to its UK testbed program, a key component of a £30 million investment made in partnership with Innovate UK. #nqcc #queracomputing #infleqtion

Aegiq runs 100-qubit tests on NVIDIA’s DGX Spark server Aegiq has been using an NVIDIA DGX Spark , equipped with a GB10 Grace Blackwell Superchip, to run tests of quantum computing tasks for fundamental condensed matter models with approximately 100 qubits. #nvidia #aegiq

Cyber Defense Magazine names QuSecure most innovative in quantum security QuSecure received the Top InfoSec Innovator Award as the Most Innovative Quantum Cybersecurity Company of 2026 from Cyber Defense Magazine, a program now in its 14th year. #qusecure

SEEQC reports achieving approximately 50% improvement in key decoding performance metrics by integrating its chip-based pre-decoder with NVIDIA Ising, a combined advancement in latency and logical error rate. #seeqc #nvidia

Gix Internet reports that Quantum X Labs’ quantum error-correction decoder achieved 12 to 13 percent fewer logical errors when tested against Google’s publicly released quantum hardware data using the NVIDIA CUDA-Q platform. #quantumxlabs #nvidia #googlequantumai

Qblox reports achieving roundtrip latency below 4.0 microseconds on an NVIDIA RTX PRO 6000 Blackwell when integrated with the Qblox Cluster, a key threshold for real-time hybrid quantum-classical computing. #nvidia #qblox

Kishore Thapliyal of the University of Oslo and colleagues have demonstrated a method for simulating quantum operations using compound beams, allowing for direct comparison of techniques used to create highly nonclassical states.

NVIDIA, Aegiq & BAE Systems test quantum boost to engineering workflows #aegiq #nvidia #baesystemsquantum