The Vera C. Rubin Observatory has discovered over **11,000 new asteroids** in just six weeks, including **33 near-Earth objects**.
Its powerful surveys also revealed **380 distant trans-Neptunian objects**, two with extremely elongated orbits.
These early results show Rubin will **revolutionise solar system mapping** and bolster planetary defence.
#Astronomy #Asteroids #SpaceScience #RubinObservatory #PlanetaryDefence https://phys.org/news/2026-04-early-vera-rubin-observatory-reveals.html

Scientists using NASA’s Curiosity rover have found the first clear evidence of an ancient Martian sandstorm in Gale Crater, dating back over 3.5 billion years.
The unique ripple formations reveal that Mars once had a much denser atmosphere capable of powerful, short-lived storms.
This discovery offers new insight into the Red Planet’s past environment and potential habitability.
#Mars #Astronomy #SpaceScience #CuriosityRover #Geology https://phys.org/news/2026-04-serendipitous-discovery-martian-ripple-reveals.html

Early humans evolved faster than other apes, rapidly developing larger brains and flatter faces. 🧠 This shift was likely driven by complex social structures and cognitive advantages. Evolutionary studies show our skulls changed twice as much as expected. #HumanEvolution #Science #Anthropology https://www.discovermagazine.com/early-humans-outsprinted-other-apes-in-evolution-growing-a-larger-brain-at-a-faster-rate-48170

Quantum computers may soon break current internet encryption with as few as **10,000 qubits**, far fewer than previously thought.
Improved **quantum error correction** could allow elliptic curve cryptography to be cracked in 1,000 days, and faster with more qubits.
Experts urge urgent adoption of **quantum‑resistant cryptography**. #QuantumComputing #CyberSecurity #Encryption https://www.sciencenews.org/article/quantum-bits-crack-internet-encryption

Researchers at Purdue University have used blood proteins to assemble conductive n-PBDF polymers directly in the brain, forming safe, mesh-like structures around neurons. This breakthrough could lead to “living electronics” that integrate bioelectronics with the body. Monitoring long-term safety and polymer stability remains crucial. #Neuroscience #Polymers #Bioelectronicshttps://cen.acs.org/materials/polymers/Blood-proteins-help-build-conductive/104/web/2026/04

Scientists have discovered that male octopuses use a specialised arm, the **hectocotylus**, to sense female hormone **progesterone** and mate without seeing their partner.
The arm acts like a tongue, detecting chemical cues to locate the female’s reproductive organs.
This insight reveals how solitary octopuses achieve reproduction at arm’s length. #MarineLife #Octopus #Sciencehttps://www.theguardian.com/environment/2026/apr/02/sex-octopus-specialist-arm-mating-science

Artemis II astronauts face serious risks from solar particle events as they travel beyond Earth’s protective magnetosphere. A 2025 solar storm highlighted how sudden radiation spikes could threaten both crews and spacecraft electronics. Advanced warning systems and shielding are vital for future lunar missions. #ArtemisII #SpaceWeather #SolarStormshttps://www.zmescience.com/science/news-science/uh-oh-could-a-solar-storm-derail-the-artemis-ii-mission/

Scientists at the Salk Institute discovered that DNA constantly folds and unfolds, influencing which genes switch on or off. Rapidly changing regions are linked to active genes, while stable areas remain inactive. Disrupted DNA motion may drive cancer and developmental disorders. #Genetics #CancerResearch #DNA

Scientists have discovered hidden “winds” inside cells that actively push proteins forward, speeding up movement and repair. These cellular currents challenge decades of textbook biology and may explain why some cancer cells spread so rapidly. This breakthrough could open new doors for cancer research and therapy. #CellBiology #CancerResearch #ScientificDiscovery