Science

The New Scientist Book Club is currently reading the late Iain M. Banks’s Culture novel The Player of Games. Fellow science fiction author Bethany Jacobs reveals how his work inspired her

Using intense X-rays, researchers captured a buckyball as it expanded, split and shed electrons under strong laser fields. Detailed scattering measurements showed how the molecule behaves at low, medium and high laser intensities. Some predicted oscillations never appeared, pointing to missing physics in current models. The findings create a clearer picture of how molecules fall apart under extreme light.

The Atlantic has some of the best writers around But they were also eager to launder right-wing talking points under the guise of a being liberal, reasonable, and moderate publication, able to see all nuanced sides of complex issues.

The post If The Atlantic Wishes to Honestly Understand the Origins of MAHA, They Need to Investigate The Atlantic. first appeared on Science-Based Medicine.

Stars powered by dark matter instead of nuclear fusion could solve several mysteries of the early universe, and we may have spotted the first hints that they are real

Research led by the RIKEN Center for Interdisciplinary Theoretical and Mathematical Sciences (iTHEMS) in Japan has successfully performed the world’s first Milky Way simulation that accurately represents more than 100 billion individual stars over the course of 10,000 years.

New research shows how a galaxy's surroundings influence its development. Its size, shape, and growth rate are all affected. It's all based on "the finer details of the cosmic landscape."

Domestic cats originated in North Africa and spread to Europe in the past 2000 years, according to DNA evidence, while in China a different species of cat lived alongside people much earlier

Whether it is a cube of sugar or a chunk of a mineral, a mathematical analysis can identify how many fragments of each size any brittle object will break into

Scientists sounded the alarm on the dire consequences of continued inaction at a briefing in London, warning that we could be heading for "unprecedented societal and ecological collapse"

Robert G. Ingersoll was known as “The Great Agnostic,” but today they’d call him “The Great Atheist.” He was the Christopher Hitchens of his time: a great orator, thinker, and eraser of religion, and, unlike Hitchens, uniformly kind.  He was also a lawyer and the Attorney General of Illinois.  D. J. Grothe reproduced one of his writings, “A Thanksgiving Sermon” on Grothe’s public Facebook page, and I reproduce it here from the New Orleans Secular Humanist Association.  It could be renamed “Enlightenment Now”!

Notice that several scientists, including Darwin, get the nod.

A Thanksgiving Sermon

 Whom shall we thank? Standing here at the close of the 19th century — amid the trophies of thought — the triumphs of genius — here under the flag of the Great Republic — knowing something of the history of man — here on this day that has been set apart for thanksgiving, I most reverently thank the good men. the good women of the past, I thank the kind fathers, the loving mothers of the savage days. I thank the father who spoke the first gentle word, the mother who first smiled upon her babe. I thank the first true friend. I thank the savages who hunted and fished that they and their babes might live. I thank those who cultivated the ground and changed the forests into farms — those who built rude homes and watched the faces of their happy children in the glow of fireside flames — those who domesticated horses, cattle and sheep — those who invented wheels and looms and taught us to spin and weave — those who by cultivation changed wild grasses into wheat and corn, changed bitter things to fruit, and worthless weeds to flowers, that sowed within our souls the seeds of art. I thank the poets of the dawn — the tellers of legends — the makers of myths — the singers of joy and grief, of hope and love. I thank the artists who chiseled forms in stone and wrought with light and shade the face of man. I thank the philosophers, the thinkers, who taught us how to use our minds in the great search for truth. I thank the astronomers who explored the heavens, told us the secrets of the stars, the glories of the constellations — the geologists who found the story of the world in fossil forms, in memoranda kept in ancient rocks, in lines written by waves, by frost and fire — the anatomists who sought in muscle, nerve and bone for all the mysteries of life — the chemists who unraveled Nature’s work that they might learn her art — the physicians who have laid the hand of science on the brow of pain, the hand whose magic touch restores — the surgeons who have defeated Nature’s self and forced her to preserve the lives of those she labored to destroy.

I thank the discoverers of chloroform and ether, the two angels who give to their beloved sleep, and wrap the throbbing brain in the soft robes of dreams. I thank the great inventors — those who gave us movable type and the press, by means of which great thoughts and all discovered facts are made immortal — the inventors of engines, of the great ships, of the railways, the cables and telegraphs. I thank the great mechanics, the workers in iron and steel, in wood and stone. I thank the inventors and makers of the numberless things of use and luxury.
I thank the industrious men, the loving mothers, the useful women. They are the benefactors of our race.

The inventor of pins did a thousand times more good than all the popes and cardinals, the bishops and priests — than all the clergymen and parsons, exhorters and theologians that ever lived.

The inventor of matches did more for the comfort and convenience of mankind than all the founders of religions and the makers of all creeds — than all malicious monks and selfish saints.

I thank the honest men and women who have expressed their sincere thoughts, who have been true to themselves and have preserved the veracity of their souls.

I thank the thinkers of Greece and Rome. Zeno and Epicurus, Cicero and Lucretius. I thank Bruno, the bravest, and Spinoza, the subtlest of men.

I thank Voltaire, whose thought lighted a flame in the brain of man, unlocked the doors of superstition’s cells and gave liberty to many millions of his fellow-men. Voltaire — a name that sheds light. Voltaire — a star that superstition’s darkness cannot quench.

I thank the great poets — the dramatists. I thank Homer and Aeschylus, and I thank Shakespeare above them all. I thank Burns for the heart-throbs he changed into songs. for his lyrics of flame. I thank Shelley for his Skylark, Keats for his Grecian Urn and Byron for his Prisoner of Chillon. I thank the great novelists. I thank the great sculptors. I thank the unknown man who molded and chiseled the Venus de Milo. I thank the great painters. I thank Rembrandt and Corot. I thank all who have adorned, enriched and ennobled life — all who have created the great, the noble, the heroic and artistic ideals.

I thank the statesmen who have preserved the rights of man. I thank Paine whose genius sowed the seeds of independence in the hearts of ’76. I thank Jefferson whose mighty words for liberty have made the circuit of the globe. I thank the founders, the defenders, the saviors of the Republic. I thank Ericsson, the greatest mechanic of his century, for the monitor. I thank Lincoln for the Proclamation. I thank Grant for his victories and the vast host that fought for the right, — for the freedom of man. I thank them all — the living and the dead.

I thank the great scientists — those who have reached the foundation, the bed-rock — who have built upon facts — the great scientists, in whose presence theologians look silly and feel malicious.

The scientists never persecuted, never imprisoned their fellow-men. They forged no chains, built no dungeons, erected no scaffolds — tore no flesh with red hot pincers — dislocated no joints on racks, crushed no hones in iron boots — extinguished no eyes — tore out no tongues and lighted no fagots. They did not pretend to be inspired — did not claim to be prophets or saints or to have been born again. They were only intelligent and honest men. They did not appeal to force or fear. They did not regard men as slaves to be ruled by torture, by lash and chain, nor as children to be cheated with illusions, rocked in the cradle of an idiot creed and soothed by a lullaby of lies.

They did not wound — they healed. They did not kill — they lengthened life. They did not enslave — they broke the chains and made men free. They sowed the seeds of knowledge, and many millions have reaped, are reaping, and will reap the harvest: of joy.

I thank Humboldt and Helmholtz and Haeckel and Buchner. I thank Lamarck and Darwin — Darwin who revolutionized the thought of the intellectual world. I thank Huxley and Spencer. I thank the scientists one and all.

I thank the heroes, the destroyers of prejudice and fear — the dethroners of savage gods — the extinguishers of hate’s eternal fire — the heroes, the breakers of chains — the founders of free states — the makers of just laws — the heroes who fought and fell on countless fields — the heroes whose dungeons became shrines — the heroes whose blood made scaffolds sacred — the heroes, the apostles of reason, the disciples of truth, the soldiers of freedom — the heroes who held high the holy torch and filled the world with light.

With all my heart I thank them all.

Here’s Ingersoll photographed by Mathew Benjamin Brady, (Public domain via Wikimedia Commons):

A red giant orbiting a dormant black hole is spinning impossibly fast and contains chemistry that makes it look ancient when it's actually relatively young. By listening to faint vibrations rippling through the star, astronomers have decoded a violent secret, that this star likely collided with and absorbed another star billions of years ago, an explosive merger that left it chemically confused and rotating once every 398 days. The discovery reveals how even quiet black hole systems can have turbulent histories written in starlight.

Ninety five years after Swiss astronomer Fritz Zwicky inferred its existence from galaxies moving impossibly fast, researchers may have detected the first direct evidence of dark matter, the invisible scaffolding that holds the universe together. Using gamma ray data from NASA's Fermi Space Telescope, a Japanese physicist has identified a halo of extremely energetic photons around the Milky Way's center that matches predictions for annihilating dark matter particles. If confirmed, humanity has finally "seen" the unseeable.

Hotter temperatures and a series of droughts in what is now Pakistan and India fragmented one of the world’s major early civilisations, providing a "warning shot" for today

Here’s a lovely 52-minute PBS nature documentary that aired in 2011 (h/t Debi).  Instead of thinking of turkeys as comestibles today, this will show you how they live real lives in the wild. It’s a wonderful video of a naturalist who, raising a passel of wild turkeys from eggs to adult, is allowed a fantastic and informative glimpse into the lives of birds that nobody thinks about.

Here is the PBS description:

After a local farmer left a bowl of eggs on Joe Hutto’s front porch, his life was forever changed. Hutto, possessing a broad background in the natural sciences and an interest in imprinting young animals, incubated the eggs and waited for them to hatch. As the chicks emerged from their shells, they locked eyes with an unusual but dedicated mother.

Deep in the wilds of Florida’s Flatlands, Hutto spent each day living as a turkey mother, taking on the full-time job of raising sixteen turkey chicks. Hutto dutifully cared for his family around the clock, roosting with them, taking them foraging, and immersing himself in their world. In the process, they revealed their charming curiosity and surprising intellect. There was little he could teach them that they did not already know, but he showed them the lay of the land and protected them from the dangers of the forest as best he could. In return, they taught him how to see the world through their eyes.

Based on his true story, My Life as a Turkey chronicles Hutto’s remarkable and moving experience of raising a group of wild turkey hatchlings to adulthood.

YouTube notes that “My Life as a Turkey” premiered on November 16, 2011. There’s more information on this page, inbcluding a Q&A with Joe Hutto.

Chytrid fungus is a scourge to global amphibian populations, but before it kills some frogs, it can produce symptoms that may help the infected animals find mates and spread the fungus further

Researchers have discovered a low-energy way to recycle Teflon® by using mechanical motion and sodium metal. The process turns the notoriously durable plastic into sodium fluoride that can be reused directly in chemical manufacturing. This creates a potential circular economy for fluorine and reduces environmental harm from PFAS-related waste.

On Earth, Coronal Mass Ejections (CMEs) like the one we experienced earlier this month are aesthetic, even disruptive events, sending aurora southward and interrupting radio signals. But around other stars, they could prove lethal to life. This point was driven home by a recent CME detection from an M-class red dwarf star. This marks the first detection of an energetic Type II radio burst from a nearby star.

A planet’s habitability is determined by a confluence of many factors. So far, our explorations of potentially habitable worlds beyond our solar system have focused exclusively on their position in the “Goldilocks Zone” of their solar system, where their temperature determines whether or not liquid water can exist on their surface, and, more recently, what their atmospheres are composed of. That’s in part due to the technical limitations of the instruments available to us - even the powerful James Webb Space Telescope is capable only of seeing atmospheres of very large planets nearby. But in the coming decades, we’ll get new tools, like the Habitable Worlds Observatory, that are more specifically tailored to search for those potentially habitable worlds. So what should we use them to look for? A new paper available in pre-print on arXiv by Benjamin Farcy of the University of Maryland and his colleagues, argues that we should look to how a planet formed to understand its chances of harboring life.

Since comet 3I/ATLAS, the third known interstellar object, was discovered on 1 July 2025, astronomers worldwide have worked to predict its trajectory. ESA has now improved the comet’s predicted location by a factor of 10, thanks to the innovative use of observation data from our ExoMars Trace Gas Orbiter (TGO) spacecraft orbiting Mars.

Daily steroid pills are often necessary for severe cases of asthma, but they raise the risk of several serious conditions. Now, scientists have shown that a monthly antibody injection can eliminate the need for the pills