peaceful-jp-scenery posted a photo:
My cosmos garden
コスモス園
This year, I added yellow and orange sulfur cosmos to the mix, giving me a wider variety of subjects to photograph.
今年は黄色とオレンジのキバナコスモスを加えて、色々撮れるようになりました。
Shimizu-ku, Shizuoka pref, Japan
Peloton’s Evenepoel highlights death of Finlay Tarling
‘We cannot keep accepting riders getting injured or dying’
Riders at the Giro di Lombardia staged a brief protest on Saturday, delaying the start of the race by five minutes to draw attention to safety concerns following a series of incidents involving non-race vehicles.
After organisers completed the countdown for the start, the peloton remained stationary, creating a moment of confusion before Remco Evenepoel addressed the crowd. “There’s too many incidents happening with vehicles in the race,” said Belgium’s double Olympic champion.
Continue reading...Watching a DVD of the French film alone in my room, I saw for the first time a character who moved through the world like I do
Amélie likes the sound of cracking creme brulee with a teaspoon, plunging her hand into a sack of grain, and turning around in the cinema to watch people’s faces in the dark. I like the smell of books and I love cinema, but I hate the sound of people eating popcorn.
Amélie was not the first neurodivergent-coded woman I’d seen depicted in film. There had been Margot Tenenbaum in The Royal Tenenbaums and Suzy Bishop in Moonrise Kingdom – two Wes Anderson characters in whom I’d recognised myself. But Amélie was the first who was at the centre of the story; she’s the titular character and we see things through her eyes. It was the first time I’d seen a woman on screen move through the world as I did: overstimulated, a bit lonely and afraid of the unknown, comfortable in her own company, with firm likes and dislikes and a powerful sense of social justice.
Continue reading...Plans for a 200-room project on an unspoiled beach have pitted developers against the conservationists fighting for smaller-scale schemes to protect the island’s habitat
Visitors to Rocky Point in south-west Tobago are drawn to its sandy beach, fringed by coral reefs and dark rock formations and carpeted with the fruit-bearing trees found on Caribbean coastlines – almonds, sea grapes, coconuts, and the poisonous manchineel. The beach is part of Back Bay, a 500-metre swathe of land, and trekking through its undulating terrain, thickly covered in bush and shrubs, feels akin to walking through a rainforest.
But this still relatively unspoiled location is at the centre of a struggle between two opposing interests – those who see large-scale development as the most profitable path and those who believe smaller, incremental developments owned by the community would be best.
Continue reading...The model, actor and influencer is known for making her own frozen yoghurt, bubblegum or even toothpaste while dressed in immaculate haute couture. But she insists she is not who the internet thinks she is
Nara Smith is not a tradwife, she wants you to know that. Nor is she an ex-tradwife – pace the New York Times who included her in a feature on how ex-tradwives are as popular a movement now as the tradwives were in the first place. Nor was she peddling a tradwife-adjacent lifestyle choice by marrying at 18, having four children by 24, and devoting hours to cooking and documenting it online. Nor is she Mormon, by the way. Although, yes, her husband, the model and former teen heart‑throb Lucky Blue Smith, was raised Mormon, but we’ll get to that. Nor was she telegraphing subliminal religious messages in her content: “There is no secret agenda.” Nor was she abandoning her biracial heritage by wearing her hair in a sleek little bob. Nor was she leaning into a 1950s housewife archetype – even when dressed in a pink and red polka-dot minidress to batch-cook sourdough.
Smith wants you to scrap everything you think you know about her and start again. She also doesn’t care if you don’t. As with her content: “Those that get it, get it. Those that don’t, don’t. And that’s totally fine. I tell people: ‘If you don’t like my content, I won’t see you scroll past me.’ ‘If you need to block me for your own sanity, please do. I promise I won’t know.’ And if you want to stick around, that is beautiful, I’m grateful, welcome.”
Continue reading...Moscow’s imperialist strongman believes decadent European democracies can be cowed. Our job is to prove him wrong
Vladimir Putin is escalating both his full-scale war against Ukraine and his shadow war against the rest of Europe. His main purpose in the shadow one is to break European support for Ukraine so he can subjugate that country, something he regards as existential for Russia’s future and his own. While we in the rest of Europe must prepare as best we can to defend ourselves against every kind of hybrid attack, the central thrust of our response should be to redouble our support for Ukraine. Ukraine is his main target. It’s there, and only there, not in a contest of a thousand hybrid pinpricks, that Putin’s Russia can in a meaningful sense be defeated and deterred.
In a powerful new book, Warum Russland nicht aufhören wird (Why Russia Won’t Stop), the German historian Martin Schulze Wessel shows how Putin’s policy fits into a much older Russian tradition of territorial expansionism and striving for hegemony, combined with a religiously infused imperial ideology. He reminds us that in 2016 Putin said “Russia’s frontier ends nowhere” and in 2025, “wherever the boot of a Russian soldier steps, that is ours”. West Europeans, fondly imagining that we have consigned such brute territorial imperialism to the dustbin of history, tend to think there must be some other explanation (eg something we did “wrong”, like the eastward expansion of Nato). Finns, Estonians and Poles know better. Despite Russia’s weaknesses, the author concludes, it is “the most dangerous country in the world”. Some in Asia might question that large claim, but certainly Russia is the most dangerous country for Europe.
Continue reading...Marsala on island’s west coast badly affected after powerful storm approached from Mediterranean
Two tornadoes have struck the coastal town of Marsala in western Sicily, injuring dozens of people, damaging buildings including a school, and overturning cars.
A series of videos began to circulate on Friday morning showing two waterspouts approaching the Sicilian town from the sea as people braced for their arrival.
Continue reading...
Welcome back to the Abstract! Here are the studies this week that spotted a blast from the past, opened a portal between realms, yakked it up, and rose from the ashes.
First, scientists have spotted a mysterious radio signal from the primordial universe that could illuminate cosmic evolution (it’s not aliens… sorry). Then: a diamond in the quantum rough, the decline of a fine bovine line, and a second-generation planet.
As always, for more of my work, check out my book First Contact: The Story of Our Obsession with Aliens, or subscribe to my personal newsletter The BeX Files.
Scientists have discovered the most distant fast radio burst (FRB), a type of mysterious radio flare from space. This burst erupted when the universe was only three billion years old and sent radio waves across 10 billion light years before they reached Earth on March 4, 2024.
The distant signal, known as FRB 20240304B, hails from an ancient galaxy beyond “redshift 2,” which means it originated more than twice as far as the next-farthest known FRB. Redshift, represented by the variable “z,” measures how wavelengths of light get stretched out in their journeys across space, a phenomenon that shifts them to the red end of the spectrum. Generally speaking, the more distant the object from Earth, the higher the redshift.
“Approximately one hundred FRBs have identified host galaxies with measured redshifts, with the vast majority at redshifts z ≲ 0.5,” said researchers led by Manisha Caleb of the Sydney Institute for Astronomy. “Only a small number of FRB host galaxies have been identified at z ≳ 1. This observational bias is driven by the sensitivity limit of radio observations that are capable of detecting FRBs and localizing their coordinates.”
Caleb and her colleagues were able to capture the remote flash using South Africa’s MeerKAT radio telescope. Follow-up observations with the James Webb Space Telescope pinpointed “a low-mass, clumpy, starforming galaxy” at redshift 2.148 as the host of the burst.
FRBs produce incredibly energetic radio pulses, but the exact mechanisms that generate them remain unknown. Given the diverse features of these bursts—for instance, some repeat, and some are one-offs—they might come from many different sources. In the case of FRB 20240304B, the team speculated that the burst is a magnetar, the highly magnetized remains of a massive star that went supernova.
“The low stellar mass, active star formation, and low metallicity of the host galaxy are consistent with a magnetar origin of the FRB,” the researchers concluded.
This milestone detection of such a distant and ancient FRB opens up the possibility of finding more bursts at high redshifts. In addition to pushing the limits of observation, future discoveries could allow scientists to extract clues about the evolution of the universe that become imprinted in these signals during their vast journeys. So bring on the bygone bursts!
In other news...
Time to shrink down from the largest cosmic scale to the tiny quantum realm. In a new study, scientists report that they successfully moved a centimeter-scale diamond with a force known as quantum spin, making it by far the largest object ever manipulated by a quantum effect. It represents a major breakthrough, as the diamond is the first object large enough to be subject to gravity to be moved in this way, further bridging the gap between the loopy quantum realm and regular, everyday physics.
A graphical representation of the observed movements. a) When the laser is off, the diamond slab has a small magnetic moment (blue arrow) induced by the latent spin-state inside the nitrogen-vacancy centers of the diamond. b) When the green laser is on, the spin-state is polarized, causing the magnetic moment to fluctuate weakly, pushing the diamond down towards the magnetic field (red arrows). Image: Nayak et al., 2026
In the new work, scientists worked with a nitrogen-vacancy (NV) diamond containing electrons with “spin,” a form of angular momentum on the quantum scale. Then, they shot a laser at the diamond—as science often demands—which stimulated electrons to spin in a certain state that eerily moved the diamond.
“Experimentally observing this spin force for anything larger than atomic scales has proved challenging,” said researchers led by Anshuman Nayak of the Okinawa Institute of Science and Technology. “We have demonstrated the motional driving of a massive diamagnetically levitated mechanical oscillator by the force of NV spins in a gradient magnetic field.”
Congratulations, humanity: We just earned our license to quantum-motionally drive. Proceed responsibly.
Domestic cows are overwhelmingly the most common bovine species on Earth today, but this family of swole ungulates once contained a diversity of wild lineages that included aurochs, steppe bison, and oxen.
Now, scientists have discovered the remains of a distinct bovine species—named “yak X”—in Siberia’s Denisova Cave, which was also inhabited by many human species (hominins) during the Pleistocene era, which ended 12,000 years ago.
Yak X (cool name!) began diverging from extant yaks about 400,000 years ago, and had formed its own unique yak pack by 250,000 years ago, reports a team that sequenced its ancient genomes. The youngest bones from this mysterious animal date back about 27,200 years, so it must have died out sometime after.
“Yak X is a Pleistocene megafaunal species previously unknown to genomics,” said researchers co-led by Jonas Oppenheimer and Alexandre Gillardet of Stockholm University. “Yak X appears to have become genetically isolated from other bovines including bison and aurochs despite their apparent geographic proximity in Pleistocene mid-latitude Asia. This lack of gene flow is in notable contrast to hominins at Denisova Cave, which displayed complex patterns of admixture among multiple divergent lineages.”
In other words, hominins at this cave, including Neanderthals and Denisovans, appear to have interbred, while this yak didn’t cross with its fellow bovine relatives. This has been Yak News.
Planets are frequently obliterated by the explosive deaths of their stars, but they can also be born out of those same stellar ashes. Scientists have now directly observed the first evidence of one of these so-called “second-generation” planets that formed around a type of dead star called a white dwarf.
Located about 270 light years from Earth, the white dwarf—known as HS 0209+0832—was once a star similar to the Sun. About five million years ago, it shed its red giant shell and collapsed into its current husk state.
Since its transition to the afterlife, a new planet has coalesced out those ejected embers, though this world is destined for an early grave. Scientists spotted telltale signs of second-generation elements—including zinc, copper, and niobium—in the spectrum of the white dwarf, which are distinct from first-generation planetary ingredients, such as the silicon and iron that make up Earth. The discovery exposes a dead star feeding on its posthumous offspring that was birthed from its own ghostly gas.
“Here we report the discovery of a white dwarf accreting material that is unlike any Solar System object,” said researchers led by Jamie Williams of the University of Warwick. “The discovery of this second-generation planet that is chemically distinct from first-generation material demonstrates that close-in planets around white dwarfs can form…Establishing a sizable sample of such systems will open a window on second-generation planet formation.”
Some stars are so prolific that even death won’t stop them from making new worlds—and then eating them. Respect.
Thanks for reading! See you next week.
