Australian researchers have published SPICE-RACS, the largest and most detailed map yet of magnetic fields across the sky, produced from data gathered by the Australian Square Kilometre Array Pathfinder (ASKAP) at the CSIRO Murchison Radio-astronomy Observatory. The work uses the Rapid ASKAP Continuum Survey (RACS) catalogue of nearly 4 million radio sources and isolates roughly 350,000 polarised sources to trace the direction and strength of magnetism through the southern sky. The dataset is about five times larger than previous efforts and reveals the Milky Way at roughly ten times finer detail in places, showing regions where fields point toward or away from Earth. Published in the Publications of the Astronomical Society of Australia, the SPICE-RACS products and images have been released publicly for global scientific use. Authors say the map will help probe how magnetism shapes galaxy formation, star-formation rates, interactions such as the Magellanic Clouds’ influence on the Milky Way, and the origin and evolution of cosmic magnetic fields.

NASA confirmed on June 3–4, 2026 that its Mars Atmosphere and Volatile Evolution (MAVEN) orbiter is no longer recoverable after losing contact following a pass behind Mars on Dec. 6, 2025. An anomaly review board concluded a fragment of telemetry captured by the Deep Space Network indicated the spacecraft emerged in safe mode and was rotating at an unusually high rate (about 2.7 revolutions per minute), which likely drained its batteries and left communications powerless. Launched in November 2013 and in orbit since September 2014, MAVEN exceeded its one‑year primary mission to collect 11 years of measurements of the upper atmosphere, auroras and atmospheric escape processes including sputtering. The agency has begun formal decommissioning and archiving of MAVEN’s dataset and will publish a final investigation report later in 2026. MAVEN’s relay duties for rovers will be handled by remaining orbiters — Mars Odyssey, Mars Reconnaissance Orbiter and European spacecraft — and the probe is expected to remain in orbit for decades before eventual decay.

Blue Origin’s New Glenn rocket exploded during a static hot-fire test at Launch Complex 36, Cape Canaveral Space Force Station, on May 28, 2026, destroying the vehicle and damaging the pad. Company and government sources say there were no injuries. CEO Dave Limp said after on-site inspections that key propellant tanks and nearby boosters appear intact, while the pad’s main support tower is charred but repairable; he set a goal to return New Glenn to flight before the end of 2026. The incident follows a mission anomaly in April that left a satellite in a lower orbit and an FAA-mandated corrective action plan. Blue Origin’s only operational U.S. pad was hosting preparations for an Amazon payload of 48 LEO satellites, and the damage tightens an already strained U.S. commercial launch cadence. NASA and the U.S. Space Force have pledged cooperation as regulators probe the anomaly. Analysts warn pad reconstruction and investigations could take months, and Blue Origin has alternative plans such as a revised transporter-erector concept and storing additional 7x2 stages while maintaining production.

New research published June 3, 2026 in Nature shows that the waxed chambers where honeybee queens develop — not just royal jelly — play a critical role in queen formation. Scientists led by researchers at the University of California, Riverside and collaborators compared peanut‑shaped queen cells with ordinary worker comb in western (Apis mellifera) and eastern (Apis cerana) honeybees. They found queen‑cell wax is physically and chemically distinct: softer, less dense and containing different fatty acids and scent compounds. A previously unrecognized class of young “queen cell builder” workers appears specialized for constructing these nurseries, maintaining higher body temperatures and distinct gene expression while working. Experimental tests raised larvae on identical royal jelly but capped artificial cells with either queen or worker wax; larvae under worker wax suffered higher mortality and produced smaller queens. The team used thermal imaging, chemical and materials analyses, behavioral tracking and tracer experiments to show workers selectively gather and modify materials for royal cells. The findings suggest social niche construction — the hive’s built environment and attendant workers — actively engineers queen development, expanding understanding of insect caste determination.

Researchers at ETH Zurich have demonstrated a laboratory method to generate certifiably perfect randomness using two entangled superconducting qubits, publishing their results in Nature. The team, led by Renato Renner and Andreas Wallraff, linked two chips by a 30-metre supercooled microwave guide and performed more than a billion Bell-test trials over roughly nine hours. Starting from an imperfect random source to choose measurement settings, the experiment used entanglement and a randomness-amplification protocol to produce output bit sequences that the authors say are provably free of bias and device-independent. The setup operated at temperatures near absolute zero and is described as substantially lowering computational costs compared with software-based pseudo-random generators. The paper argues the output can serve as a physically certified reference for randomness, with possible applications in cryptographic key generation, secure digital identities, public randomness services for lotteries, and blockchain systems. The team cautions the approach is currently a networked, lab-scale technique best suited where nodes can access a dedicated server implementing the protocol.