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Pulsar Fusion unveils vision for ‘Sunbird’ nuclear rocket to reach Mars in half the time (video) | Space

Pulsar Fusion just released a video showcasing its planned Sunbird nuclear fusion rocket, which is designed to reach speeds of about 329,000 mph (500,000 kph).

CAUSES AND CONDITIONS OF TRANSITIONS OF MÖSSBAUER NUCLEI (part 3) | Research Communities by Springer Nature

His discovery is based on cold fusion nuclear transitions.

NASA's Dragonfly nuclear-powered helicopter clears key hurdle ahead of 2028 launch toward huge Saturn moon Titan | Space

NASA's pioneering Dragonfly mission has passed its critical design review, keeping it on track for a 2028 launch to the potentially life-hosting Saturn moon Titan.

The story behind the paper- An ALS assembly modulator signature in peripheral blood mononuclear cells: implications for ALS pathophysiology, therapeutics, and diagnostics. | Research Communities by Springer Nature

Sensors designed to detect nuclear detonations can help track space debris falling to Earth | Space

A network of Cold War-era infrasound sensors can help scientists reconstruct trajectories of falling space objects.

US military launches unarmed intercontinental ballistic missile on 4,200-mile test flight (video) | Space

The U.S. military test launched an intercontinental ballistic missile on May 21 in order to demonstrate the readiness of its nuclear weapons arsenal.

Capturing diversity below the species level using HyRAD : a nuclear-DNA enrichment-based capture method (HyRAD) applied to environmental DNA. – Methods Blog

Post provided by Stéphanie Manel. Why use HyRAD for eDNA capture? Traditional population genetics approaches require sampling tissue from individuals, which is problematic in aquatic environments where specimen collection is often challenging. Filtering water allows researchers to collect environmental DNA (eDNA), genetic material shed by organisms into their surroundings. Unlike approaches targeting a single DNA…

How rapid DNA repair in plants protects genomes from internal threats

Scientists have uncovered a critical role for rapid DNA repair in maintaining genome stability. A new study reveals that repair of double-strand breaks (DSBs) in nuclear DNA in plants serves as a powerful safeguard against the integration of foreign DNA from chloroplasts—a phenomenon that, while important for evolution, can be highly destabilizing to the genome. The research expands our knowledge about plant genome evolution and also has relevance to the medical field.

Trump signs executive orders meant to resurrect US nuclear power - Ars Technica

Plan calls for three new reactors to reach criticality in about a year.

Astronomers discover most powerful cosmic explosions since the Big Bang | Space

Astronomers discovered a new class of cosmic explosions known as "extreme nuclear transients" that are the most powerful phenomena known, aside from the Big Bang.