Enhanced charge density wave coherence in a light-quenched, high-temperature superconductor
The deubiquitinase USP8 targets ESCRT-III to promote incomplete cell division
All topological bands of all nonmagnetic stoichiometric materials
COVER STORIES
Dark matter makes up most of the matter in the Universe, and is thought to be needed for galaxies to form. But four years ago, astronomers made a perplexing, and controversial discovery: two galaxies seemingly devoid of dark matter.
This week the team suggests that a cosmic collision may explain how these, and a string of other dark-matter-free galaxies, could have formed.
Research article: van Dokkum et al
News and Views: Giant collision created galaxies devoid of dark matter
How fossil fuel burning has caused levels of helium to rise, and a high-efficiency, hybrid solar-energy system.
Research Highlight: Helium levels in the atmosphere are ballooning
Research Highlight: Flower power: ‘Sunflower’ system churns out useful energy
We hear the stories of scientists whose lives have been affected by Russia’s invasion of Ukraine, including researchers who have become refugees, soldiers and activists in the face of a horrifying conflict.
Nature Feature: How three Ukrainian scientists are surviving Russia’s brutal war
Last week, a team of researchers released an image of Sagittarius A*, the supermassive blackhole at the centre of our galaxy. We hear how they took the image and what it is revealing about these enormous objects.
Nature News: Black hole at the centre of our Galaxy imaged for the first time

June 2022 – Volume 326, Issue 6
Neural activity probes your physical surroundings to select just the information needed to survive and flourish
By György Buzsáki
Paid parental leave and high-quality child care improve children’s brain development and prospects for a better future
By Dana Suskind and Lydia Denworth
They scurried in the shadows of dinosaurs for millions of years until a killer space rock created a new world of evolutionary opportunity
By Steve Brusatte
Twenty years after their initial detection, enigmatic blasts from the sky are starting to deliver tentative answers, as well as plenty of science
By Adam Mann
A survey of cell types across tissues as part of the Human Cell Atlas, mapped with single-cell transcriptomics in three papers in this issue, lays the foundation for understanding how cellular composition and gene expression vary across the human body in health, and for understanding how genes act in disease.
Nova explosions occur when a runaway thermonuclear reaction is triggered in a white dwarf that is accreting hydrogen from a companion star. The massive amount of energy released ultimately creates the bright light source that can be seen with a naked eye as a nova. But some of the energy has been predicted to be lost during the initial stages of the reaction as a flash of intense luminosity — a fireball phase — detectable as low-energy X-rays. In this week’s issue, Ole König and his colleagues present observations that corroborate this prediction. Using scans taken by the instrument eROSITA, the researchers identified a short, bright X-ray flash from the nova YZ Reticuli a few hours before it became visible in the optical spectrum. The cover shows an artist’s impression of the nova in the fireball phase.
New Scientist Magazine, May 14, 2022
Download PDF – Sites compete to mark global changes of the 1950s and define new geological age
Download PDF – Agency wants to retool its surveys and decennial census to improve efficiency and generate better data
Download PDF – Critics challenge data underpinning “resolution immunology,” triggering university probes
Download PDF – As prosecutors evaluate complaints from animal rights groups, labs try to reduce surplus
Download PDF – Atmospheric analog to ocean’s acoustic channel could be used to monitor eruptions and bombs
On this week’s show: How physicists are using quantum sensors to suss out dark matter, how rabies thwarts canine vaccination campaigns, and a kickoff for our new series with authors of books on food, land management, and nutrition science
Dark matter hunters have turned to quantum sensors to find elusive subatomic particles that may exist outside physicists’ standard model. Adrian Cho, a staff writer for Science, joins host Sarah Crespi to give a tour of the latest dark matter particle candidates—and the traps that physicists are setting for them.
Next, we hear from Katie Hampson, a professor in the Institute of Biodiversity, Animal Health & Comparative Medicine at the University of Glasgow, about her work contact tracing rabies in Tanzania. Her group was able to track rabies in a population of 50,000 dogs over 14 years. The massive study gives new insight into how to stop a virus that circulates at superlow levels but keeps popping up, despite vaccine campaigns.
Finally, we launch our 2022 books series on food and agriculture. In six interviews, which will be released monthly for the rest of the year, host and science journalist Angela Saini will speak to authors of recent books on topics from Indigenous land management to foods that are going extinct. This month, Angela talks with Lenore Newman, director of the Food and Agriculture Institute at the University of the Fraser Valley, who helped select the books for the series.
The cover shows an artist’s impression of the pterosaur Tupandactylus imperator. Although feathered pterosaurs have been reported, these claims have been controversial and it has not been clear whether these leathery-winged flying reptiles had feathers of different colours like modern-day birds.
In this week’s issue, Aude Cincotta and her colleagues present evidence that not only did pterosaurs have feathers but that the feathers probably had varied coloration. The researchers analysed a partial skull of Tupandactylus, found in Brazil and dated to around 113 million years ago. They identified two types of feather along the base of the crest, one of which featured branched structures very similar to modern feathers. They also found pigment-producing organelles in both types of feather and the skin on the head crest. The team suggests that these coloured feathers would have been used in visual communication and that their presence in Tupandactylus indicates the ability to manipulate feather colour stretches back farther than was previously realized.