Science & Nature

Exploring the cosmos, decoding science, and sparking wonder - one post at a time. 🚀🔭

[Science & Nature @ScienceIsNew]

This is how a mosquito commits suicide.

[Science & Nature @ScienceIsNew]

Scientists have just witnessed the impossible: a definitive violation of the Third Law of Black Hole Mechanics. For decades, astrophysics established strict boundaries on the evolution of these cosmic giants, but new theoretical breakthroughs have shattered these foundational assumptions.

The third law previously functioned as an impenetrable cosmic barrier. It stated that a black hole could never reach a state of maximum rotation, or cool to absolute zero, within a finite timeframe. Much like attempting to reach the absolute physical edge of the universe, this ultimate state was considered an impossibility that could only be approached mathematically, but never truly achieved in reality.

Recent research published in Physical Review Letters has completely dismantled this long-held belief. Using advanced models of vacuum gravity, physicists demonstrated that a black hole can indeed evolve into a perfectly extreme, maximally rotating state within a measurable period.

This extraordinary transition happens purely through the complex, underlying interactions of gravity itself, requiring absolutely no external matter or energy to trigger the shift.

This discovery is a monumental milestone for modern astrophysics. By proving that such extreme cosmic states can spontaneously form from essentially empty space, researchers are rewriting the rulebook for cosmic thermodynamics and opening entirely new avenues for understanding the architecture of our universe.

Journal Source: John R. V. Crump et al, Violation of the Third Law of Black Hole Mechanics in Vacuum Gravity, Physical Review Letters (2026). DOI: 10.1103/gbg1-pjgq.

[Science & Nature @ScienceIsNew]

crying baby, nope its just a bird

[Science & Nature @ScienceIsNew]

@dickballxy @CBHeresy @nikitabier @CBHeresy @dickballxy X kills the post reach which is against X, this post reach will be lower and this post will also impact his all future posts

[Science & Nature @ScienceIsNew]

@DailyMail I love this news ❤️

[Science & Nature @ScienceIsNew]

Kinesin proteins are microscopic molecular machines that literally "walk" along cellular highways called microtubules, carrying vital cargo such as nutrients, organelles, and chromosomes. Each step is only about 8 nanometers long, but a single kinesin can take hundreds of consecutive steps without falling off, making it one of nature's most efficient transport systems.

[cumi @sambellcumi]

Whenever you feel sad, remember that there are tiny kinesin proteins trying their best to make you happy 🤓

[Science & Nature @ScienceIsNew]

The World Meteorological Organization has issued a critical warning: a powerful El Niño is developing with ninety percent (90%)certainty for 2026. This major climate shift is poised to increase global temperatures, amplifying extreme weather patterns and threatening communities worldwide with unprecedented heatwaves.

El Niño begins with unusually warm ocean waters in the tropical Pacific. Recent measurements reveal a massive reservoir of subsurface heat, with temperatures exceeding six degrees Celsius above the historical average. This sudden oceanic warming disrupts normal atmospheric circulation, acting as a global domino effect that alters established weather systems far beyond the Pacific Ocean.

​With the strong development of this climate pattern throughout the latter half of 2026, the global temperature baseline is expected to rise further. Because our oceans and atmosphere are already warmer from long-term climate change, El Niño essentially adds fuel to an existing fire. This combination significantly increases the energy and moisture available for severe weather, bringing heavier rainfall to the southern Americas and profound drought risks to regions like Australia and South Asia.

​Meteorological agencies stress that advanced forecasting must translate into immediate action. Monitoring this impending shift allows local governments and agricultural sectors to implement early warning systems and adaptive strategies. Preparedness is our strongest tool to protect vulnerable communities and food supplies from the compounding hazards of heat stress and extreme weather.

Source: WMO (World Meteorological Organization)

[Science & Nature @ScienceIsNew]

@Rainmaker1973 @HabsHappy @nikitabier Any word against X is automatically downrated, this post of yours will never get more impressions

[Science & Nature @ScienceIsNew]

The velvet worm may look harmless, but it hunts with twin slime cannons that weave an instant trap in mid-air—like a real-life Spider-Man of the forest.

[Science & Nature @ScienceIsNew]

@VraserX anypost which is against @X gets automatically downrated, and its reach is killed. Though they will never accept this, but this is what i observed and this will ultimately lead to X's Downfall

[Science & Nature @ScienceIsNew]

One moment of intoxication can lead to a lifetime of regret.

[Interesting STEM @InterestingSTEM]

Neonatal Abstinence Syndrome (NAS):
This occurs when a baby is exposed to addictive substances, like opioids, in the womb and experiences withdrawal after birth. Common symptoms include tremors, irritability, feeding difficulties, and sleep disturbances.

[Science & Nature @ScienceIsNew]

This solar farm in the northern Chinese province of Shanxi covers more than 10,590 acres. It has the capacity to generate 1.51 billion kilowatt-hours of electricity per year.

[Science & Nature @ScienceIsNew]

For the first time ever, scientists have generated randomness that can be mathematically proven genuine using quantum physics. This remarkable milestone overcomes the inherent predictability of standard computers, ensuring that our most sensitive digital information remains completely safe from modern analytical threats and hackers.

​True unpredictability is the foundation of digital security, yet traditional software relies on algorithms that inevitably leave behind subtle, crackable patterns. A recent breakthrough published in Nature solves this by taking flawed, slightly biased data and passing it through a specialized quantum filter. This process, known as randomness amplification, purifies the data into an impenetrable and perfectly random state.

​Researchers achieved this by linking two deeply cooled superconducting chips placed thirty meters apart. By intertwining these devices at the quantum level, they created a highly controlled environment where the measurements are isolated from any possible external interference. The sheer physical distance and quantum connection guarantee an outcome that is completely free from hidden variables or tampering.

​Ultimately, this development acts as an unbreakable vault for the modern internet. By providing a physically certified source of true randomness, scientists are laying down a definitive new standard to protect banking details, private messages, and digital identities across the globe.

Read the full study in Nature: Kulikov, A., Storz, S., Schär, J.D. et al. Experimental randomness amplification. Nature 653, 1033–1038 (2026). DOI: 10.1038/s41586-026-10521-8

[Science & Nature @ScienceIsNew]

@joesturgeon When a human looses logical thinking, he/she acts like this

[Science & Nature @ScienceIsNew]

This might be delicious, but it's nowhere near healthy

[mugisha @Ahishakiye11432]

He is preparing delicious food

[Science & Nature @ScienceIsNew]

@Perrid13 Its not glass, they are plastic bottles

[Science & Nature @ScienceIsNew]

Nature has a built-in thermometer hiding in your backyard, waiting for you to simply listen to its rhythm. Count a snowy tree cricket's chirps on a warm summer evening, and you can instantly calculate the exact local temperature without any complex equipment.

​This acoustic phenomenon is formally known as Dolbear’s Law. Because insects are cold-blooded, their body temperature perfectly matches their surrounding environment. As the evening air warms up, the metabolic reactions that power their acoustic muscles naturally accelerate. You can think of a cricket like a biological clockwork toy—when ambient heat winds up their internal spring, their rhythmic chirping speeds up in perfect synchronization with the rising temperature.

​To read this natural weather station in Celsius, simply count the number of chirps you hear over twenty-five seconds, divide that number by three, and add four. This elegant connection between biology and thermodynamics offers a beautiful reminder that our natural world is constantly broadcasting intricate data, completely free of charge.

Citations: Dolbear, Amos (1897). "The cricket as a thermometer". The American Naturalist, vol. 31, issue 371, pp. 970-971 DOI: 10.1086/276739

Thomas J. Walker, Specificity in the Response of Female Tree Crickets (Orthoptera, Gryllidae, Oecanthinae) to Calling Songs of the Males, Annals of the Entomological Society of America, Volume 50, Issue 6, 1 November 1957, Pages 626–636, DOI: 10.1093/aesa/50.6.626

[Science & Nature @ScienceIsNew]

No this isn't a AI generated Video, Its a decorator crab

The creature is adopting an intimidating posture, with legs and claws outstretched, to appear larger and ward off threats like divers.

[Science & Nature @ScienceIsNew]

Chicks are naturally programmed to respond to certain maternal calls, so people can often attract or gather chicks by imitating a hen's clucking sounds.

[MERICA MEMED @Mericamemed]

so this is what we would call a "chick magnet"

[Science & Nature @ScienceIsNew]

@StarPlatinum_ X isn't twitter that @elonmusk bought, X will be same like Instagram and tiktok in 2027. Platform will loose its credibility very soon