Monday, January 29, 2024

TURTLE ISLAND
Christianity was a major part of Indigenous boarding schools – a historian whose family survived them explains


Brenda J. Child, University of Minnesota
Sat, January 27, 2024 

Gilda Soosay, president of Our Lady of Seven Sorrows Parish Council in Maskwacis, Canada, where Pope Francis visited the site of a state school for Indigenous children. Cole Burston/AFP via Getty Images

During a weeklong trip to Canada, Pope Francis visited a former residential school for Indigenous children in Maskwacis, Alberta, on July 25, 2022. The Ermineskin Residential School operated between 1895 and 1975 in Cree Country, the largest First Nations group in Canada.

As at many boarding schools set up to assimilate Indigenous children, students were punished for speaking their language and sometimes experienced abuse. According to the National Centre for Truth and Reconciliation at the University of Manitoba, 15 children died at this particular school over the years. Several of them succumbed to tuberculosis.

During his visit, the pope said he was “deeply sorry” for “the ways in which, regrettably, many Christians supported the colonizing mentality of the powers that oppressed the Indigenous peoples.”

Like many other Indigenous people of the U.S. and Canada – especially those, like me, whose family members attended the schools – I listened with interest as Pope Francis asked his audience for forgiveness “for the evil committed by so many Christians.” He apologized “for the ways in which many members of the church and of religious communities cooperated” in projects of forced assimilation while not acknowledging the role that the Catholic Church as an organization played in residential schools.

As a historian who has written about American Indian boarding schools in the United States, and as the granddaughter of school survivors, I have often been troubled by the misinformation in regional and the national media about this complex history.

Religion was a pillar of the forceful campaigns to assimilate Indigenous peoples on both sides of the border but played out differently in the U.S. and Canada. Christianity’s central role is responsible for lingering resentment today, and many Indigenous people, me included, question whether the pope’s apology fell short in holding the church responsible.


Indigenous boys in their dormitory at a Canadian boarding school in 1950. Hulton Archive via Getty Images
Outsourcing assimilation

Canada’s residential schools were different from those in the U.S. in two significant ways. First, the Canadian government farmed out First Nations education to the Catholic and Anglican churches and other Protestant denominations.

The U.S. federal government, on the other hand, operated its own Indian school system both on and off the reservations. Twenty-five were off-reservation boarding schools, the first of which was established in 1879: the Carlisle Indian Industrial School in Pennsylvania, whose most famous student was the Olympic gold medalist Jim Thorpe. The boarding schools dominated Indian education in the U.S. for a half-century.

Significant political and educational reforms led to new Indian policies under President Franklin D. Roosevelt, backing away from the previous generation’s goal of assimilation. Many boarding schools closed during the 1930s as FDR’s bureaucrats started to integrate American Indians into public schools. Ironically, that same decade saw the highest enrollment at boarding schools – largely at the request of American Indian families who used them as a form of poverty relief during the Great Depression so their families could survive.

In Canada, however, residential schools continued to be the dominant form of Indigenous education for another 50 years.
‘Civilizing’ students

U.S. government boarding schools and Canada’s residential schools did share features in common. Family separation, enforcing the English language – or French, in some areas of Canada – manual labor training and the imposition of Christianity were core characteristics.

Though churches did not operate the U.S. schools, most Americans and lawmakers in Washington, D.C., were committed to the idea that Indian people needed to be “uplifted” from an “uncivilized” life through education and assimilation into American culture, and that included Christianity. Native spirituality came under assault at boarding schools, and students were given “Christian” names to replace their “pagan” and “unpronounceable” ones.


Girls from the Omaha tribe at Carlisle School in Pennsylvania in 1876. Corbis Historical via Getty Images

Christianity was also imposed on Indigenous people through the reservation system. I sometimes like to give the example of my own grandparents, Fred and Jeanette Auginash, who “married” before an Episcopal minister on the Red Lake Ojibwe Reservation in northern Minnesota in October 1928.

According to the Ojibwe community in which they resided, they were already married. As my mother had been told, her father asked my grandfather to marry his daughter, and he brought the family gifts of money, food, blankets, horses and other items. For an Ojibwe family, the ritual exchange of gifts is what made a marriage.

However, when my grandparents went to apply for a housing loan on the reservation, they needed a marriage certificate signed by the local Christian minister. In this way, Christianity and the federal government blended their authority in another form of settler colonialism.
Cultural survival

Not surprisingly, Indigenous children and youths were often resistant to the boarding school regimen of family separation and enforced assimilation and Christianity. Young people frequently expressed themselves through rebellions large and small, most often through running away from school. They stowed away on trains and headed home to visit their families.

Parents and other relatives, meanwhile, demonstrated their commitment to their children by writing letters, staying in touch despite the distance and school terms that could last four years without visits home. Parents of boarding school children also wrote to school administrators, insisting that their children visit the doctor and maintain their good health in an era when there was no cure for diseases like tuberculosis and trachoma, an eye infection that can cause blindness.

Pope Francis pauses in front of the site of the former Ermineskin Residential School, alongside the Maskwacis Chiefs, during his visit on July 25, 2022, in Maskwacis, Alberta. Cole Burston/Getty Images News via Getty Images

Perhaps it is not surprising that Francis’ visit to Alberta was met with mixed emotions on the part of Indigenous Canadians. He also blessed a Native church known for blending Christian and Native traditions that is being rebuilt in Edmonton after a fire. In Maskwacis, site of the Ermineskin school, one Cree man gave him a headdress.

The act of generosity was widely criticized and mocked on Native social media. Many Indigenous people felt Pope Francis did not deserve the honor, and that his apology did not acknowledge the Catholic Church’s role in family separation and the abuse of children in residential schools.

As many Indigenous people work to rebuild their language and spiritual traditions, Christian traditions no longer have the same influence over their lives and destinies.

This article is republished from The Conversation, a nonprofit, independent news organization bringing you facts and trustworthy analysis to help you make sense of our complex world. It was written by: Brenda J. Child, University of Minnesota

Read more:

Spotty data and media bias delay justice for missing and murdered Indigenous people

How the Native American population in the US increased 87% says more about whiteness than about demographics

Why Native Americans struggle to protect their sacred places

Brenda J Child receives funding from The University of Minnesota, the Ford Foundation, the Guggenheim Foundation.
SPACE

A new satellite could help scientists unravel some of Earth's mysteries. Here's how.


Dinah Voyles Pulver, USA TODAY
Mon, January 29, 2024 

Imagine coloring a picture with 200 crayons instead of eight.

That’s the difference in light and color that a new satellite bound for orbit will bring to the study of microscopic particles in our atmosphere and waterways, said Jeremy Werdell, a project scientist with the National Aeronautic and Space Administration.

The satellite – called the Plankton, Aerosol, Cloud and Ocean Ecosystem, or PACE – will provide critical new information to help better understand the role such particles play in the exchange of carbon dioxide and energy in the atmosphere and ocean, and in our changing climate, scientists said.

By returning high resolution images of light wavelengths, its equipment will provide a first-of-its-kind look at the role of phytoplankton in oceans, lakes and rivers and how aerosols absorb and scatter the sun’s energy, the scientists said.

More than a decade in the making, the satellite will relay this information in a broader array of colors than ever before, allowing scientists to identify individual species of plankton and kinds of particles.

As the expected launch date – Feb. 6 – approaches, excitement is building not only among the project’s scientists and developers, but also among scientists who look forward to using the new information in their research. The satellite will launch from the Cape Canaveral Space Force Station, aboard a SpaceX Falcon 9.


A NASA depiction of how ocean color, clouds and aerosols information will be collected by its PACE satellite. In-water and airborne instruments will be employed to validate and calibrate the data, using the sun, moon and ocean buoys as references.
Unraveling mysteries

Information collected by the three instruments aboard could be crucial to unraveling some of Earth’s most complex climate mysteries, at a critical point when the planet is undergoing “transformative change,” said Pam Melroy, NASA’s deputy administrator.

“We are undeniably in the midst of a climate crisis,” Melroy said. “Shifts in the global Earth system, including climate change, are accelerating and the impacts are growing in both frequency and intensity.”

One of the key factors in the changing climate is the role of carbon and heat energy in the ocean.

Scientists hope to learn more about where carbon in the ocean is going, and if it’s being permanently removed from the atmosphere, and PACE will answer those questions on a daily global scale, the scientists said. It will also measure aerosols and help address questions about the life and precipitation intensity of clouds.

With a total mission budget of $964 million, the three instruments on board include an optical spectrometer designed and built by NASA and two other polarimeters, one from the University of Maryland and one from a consortium of organizations in the Netherlands.

Technicians work to process NASA’s Plankton, Aerosol, Cloud, ocean Ecosystem (PACE) observatory in a bay at the Astrotech Space Operations Facility near the agency’s Kennedy Space Center in Florida on Monday, Dec. 4, 2023.

Advancing ocean science

“For those of us who study microscopic life in the ocean, it is incredibly exciting that NASA’s PACE mission is going to launch in a few weeks,” said Heidi Sosik, a senior scientist in biology, whose research interest focus on phytoplankton ecology and factors that influence light in marine environments.

The array will give scientists “a whole new way to detect patterns of change in phytoplankton,” she said. The data it collects will help scientists understand changes in marine systems, manage fisheries, protect threatened species and ensure human food supplies are free from toxins. NASA said the data will be open and available to all scientists.

The spectrometer's ability to measure light across portions of the electromagnetic spectrum, at finer resolution than previous sensors, represents “a major advancement" in monitoring ocean ecosystems in the open ocean, said Tom Bell, an assistant scientist in applied ocean physics and engineering at Woods Hole Oceanographic Institution.

Just like plants convert carbon dioxide, phytoplankton uses photosynthetic pigments in its cells to collect light.

PACE will help scientists see the different colors and identify phytoplankton species and differentiate them from other dissolved materials in the water. That’s important because each phytoplankton community may play different roles in ecosystems and food chains.

The equipment also may allow Woods Hole researchers to examine the relationship between coastal runoff and the blooms of sargassum that have been choking coastlines in the Caribbean and Southeastern U.S. for years, said Bell, who uses satellite imagery to study coastal waters and their ecosystems.

The polarimeters will examine the composition, movement and interaction of particles of sea salt, smoke, pollutants and dust, a group collectively called aerosols, by measuring light properties.

The information is expected to help scientists make better climate predictions, by revealing how aerosols in the atmosphere interact with greenhouse gases and reflect sunlight back to space, said Otto Hasekamp, an atmospheric scientist with the Netherlands Institute for Space Research.

The instruments also will look at air and water quality after disasters, including hurricanes and wildfires, and help scientists understand the cascading impacts, said Karen St. Germaine, earth science division director for NASA. “It’s going to greatly advance and add to our understanding of ocean biology and the relationship between ocean life and our atmosphere."

This article originally appeared on USA TODAY: NASA hopes PACE satellite will help unravel climate change mysteries

Europe approves LISA, a next-generation space mission that will discover the faintest ripples in space-time

Ben Turner
Sat, January 27, 2024 

An artist's impression of the LISA detector, and the gravitational waves it will search for.


The European Space Agency and NASA have greenlit their Laser Interferometer Space Antenna (LISA) project — a gigantic space-based gravitational wave detector set to detect the ripples in space-time caused when the huge black holes at the centers of galaxies collide with other massive objects.

The detector will consist of three spacecraft floating 1.6 million miles (2.5 million kilometers) apart, forming a triangle of laser light that can detect distortions in space caused by the universe-rattling impacts of neutron stars and black holes.

The interferometer follows the same principles as the existing, ground-based LIGO (Laser Interferometer Gravitational-Wave Observatory) experiment that first detected gravitational waves in 2015. But LISA's million-fold increase in scale will enable it to detect lower-frequency gravitational waves, revealing cosmic crashes currently inaccessible to LIGO.

Related: 'Tsunami' of gravitational waves sets record for most ever space-time ripples detected

"Using laser beams over distances of several kilometers, ground-based instrumentation can detect gravitational waves coming from events involving star-sized objects — such as supernova explosions or merging of hyper-dense stars and stellar-mass black holes. To expand the frontier of gravitational studies we must go to space," Nora Lützgendorf, LISA lead project scientist, said in a statement. "Thanks to the huge distance traveled by the laser signals on LISA, and the superb stability of its instrumentation, we will probe gravitational waves of lower frequencies than is possible on Earth, uncovering events of a different scale, all the way back to the dawn of time."

Gravitational waves are the shock waves created in space-time when two extremely dense objects — such as neutron stars or black holes — collide.

The LIGO detector spots gravitational waves by picking up the tiny distortions in the fabric of space-time that these waves make as they pass through Earth. The L-shaped detector has two arms with two identical laser beams inside, each 2.48-miles (4 kilometers) long.

When a gravitational wave laps at our cosmic shores, the laser in one arm of the LIGO detector is compressed and the other expands, alerting scientists to the wave's presence. But the tiny scale of this warping (often the size of a few thousandths of a proton or neutron) means that detectors have to be incredibly sensitive — and the longer these detectors are, the more sensitive they become.

LISA's constellation of three spacecraft, whose construction will begin in 2025, will house three Rubik's-cube-sized gold-platinum cubes firing laser beams into each others' telescopes millions of miles away.

As the satellites follow Earth in its orbit around the sun, any miniscule disruptions to the path lengths between them will be registered by LISA and sent back to scientists. Then, researchers will be able to use the precise changes to each beam to triangulate where the gravitational disturbances come from, pointing optical telescopes at them for further investigation.

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And because gravitational ripples are generated even before super-heavy astronomical objects touch, LISA will give scientists months of advanced warning before a collision is visible to optical telescopes.

The detector's unprecedented sensitivity will also open a window to some of the faintest ripples originating from events in the epoch of cosmic dawn — the gory aftermath of the Big Bang — and probe some of cosmology's biggest and most pressing questions.

The telescope, made as part of a collaboration between ESA, NASA and international scientists, will be lifted to the heavens on board an Ariane 3 rocket in 2035.

The moon could be perfect for cutting-edge telescopes — but not if we don't protect it

Leonard David
Sat, January 27, 2024 

An illustration of a large telescope suspended in side a crater on the moon.


Space scientists are eager to protect the option of doing astronomy from the moon.

There are plans in the works to place astronomical hardware on the lunar landscape such as super-cooled infrared telescopes, a swath of gravitational wave detectors, large Arecibo-like radio telescopes, even peek-a-boo instruments tuned up to seek out evidence for "out there" aliens.

Yes, the future of lunar astronomy beckons. But some scientists say there's an urgent need to protect any moon-based astronomical equipment from interference caused by other planned activities on the moon, ensuring they can carry out their mission of probing the surrounding universe.


To that end, efforts are ongoing to scope out and create policy in conjunction with the United Nations in the hope of fostering international support for such protections.

Related: Gravitational wave detectors on the moon could be more sensitive than those on Earth
Global agreements

This action plan is spearheaded by the International Astronomical Union (IAU). The IAU brings together more than 12,000 active professional astronomers from over 100 countries worldwide.

Richard Green is chair of the IAU group specific to looking at the issues of staging astronomy from the moon. He is also an assistant director for government relations at Steward Observatory, run by the University of Arizona in Tucson.

The IAU working group is aiming to collaborate with a number of other non-governmental organizations to protect the option of doing astronomy from the moon, Green tells Space.com.

A number of participants in the IAU working group are spectrum managers from radio observatories, strongly linked to the International Telecommunication Union (ITU) and ITU's World Radiocommunication Conference, a treaty-level forum to review and revise, if necessary, radio regulations and global agreements regarding use of the radio-frequency spectrum and the geostationary-satellite and non-geostationary-satellite orbits.

The working group members want to maximize the range of protected frequencies, "including the very low frequencies needed to study the early universe and auroral emissions from planets," Green says.
Equitable access

The other approach, says Green is for protection of sites on the moon that might be suitable for cooled infrared telescopes or gravitational wave detector arrays.

"We have common cause with those who want to protect historical legacy sites and even those who want dedicated sites for extracting water or minerals," Green says. "We imagine that the United Nations Committee on the Peaceful Uses of Outer Space is the venue in which some process can be developed to claim a site for protection and to resolve competing claims."

The IAU Astronomy from the moon working group has space law and policy experts who can provide a strong basis for that approach, Green says.

"Of course, the main goal is to conduct astronomical observations that can be uniquely done from the moon," Green explains. The working group is embracing the expertise of principal investigators of lunar missions or concepts for missions.

Doing so, Green says, can help engage the astronomical community in prioritizing sites of extreme scientific interest and take in issues of conducting science in an environment for which "equitable access" is anchored in the spirit of the United Nations 1967 Outer Space Treaty.


an illustration of a large gold dish inside a crater on the moon
Clearly required

A thumbs-up approval of the IAU initiative is Ian Crawford, a professor of planetary science and astrobiology at Birkbeck College, London.

"My own view is that a subset of lunar locations, for example specific polar craters and key far side locations, need to be designated as 'Sites of Special Scientific Importance' and protected as such, Crawford told Space.com.

A possible model, Crawford suggests, might be the Antarctic Specially Protected Areas (ASPAs) as defined in Annex V of the Environmental Protocol to the Antarctic Treaty.

"In any case, international coordination is clearly required so United Nations involvement appears entirely appropriate," Crawford says.
Private partnerships

NASA is working with several U.S. firms to deliver science and technology to the moon's surface by way of the Commercial Lunar Payload Services (CLPS) initiative.

Given the uptick in future CLPS-enabled robotic lunar exploration, we are about to the see the first NASA-funded science payloads landed there in over 51 years — since the Apollo 17 human moon landing in December 1972, says Jack Burns, professor emeritus in the department of astrophysical and planetary sciences at the University of Colorado, Boulder.

One payload, for which Burns serves as co-investigator, is called the Radio Wave Observations on the Lunar Surface of the photoElectron Sheath (ROLSES). If successful, it would be the first radio telescope on the moon and situated at the lunar south pole. ROLSES is to be emplaced there in February via the Intuitive Machines Nova-C lunar lander's IM-1 mission under the CLPS partnership.


a roughly cube-shaped spacecraft wrapped in gold foil on the moon

This will be followed in two years by the Lunar Surface Electromagnetics Experiment-Night, or LuSEE-Night, slated to fly in 2026 aboard the Firefly Aerospace Blue Ghost Mission-2 lander. This endeavor is also part of the CLPS undertaking and Burns is a science team member of the LUNAR far side experiment.

LuSee-Night is a radio telescope that will look into the never-before seen dark ages of the early universe — a time before the birth of the first stars.
Science fact

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With this potential and promising burgeoning of radio astronomy from the moon, Burns says "it is essential that we now develop international agreements to protect the far side of the moon for radio astronomy as it is the only truly radio-quiet site in the inner solar system."

Burns emphasizes that radio observations from the moon are no longer science fiction but science fact.

"We are entering a new era of science investigations from our nearest neighbor in space," Burns says.


Black holes are rampaging through our universe at more than 2.2 million mph and scientists think they now know why

Maiya Focht
Sat, January 27, 2024 


Scientists have created new computer simulations to study what happens during a supernova.

Their models show that sometimes when stars die, they form a black hole that goes screaming into space.

These black holes get kicked into space, moving as fast as 1,000 kilometers per second.

Scientists studying how supernovas explode may have discovered a new process for how certain black holes form.

Turns out, some baby black holes hit the ground running at colossal speeds just moments after they take shape.


Typically, black holes form from the core of a supermassive star after it explodes in a brilliant burst of light, called a supernova. The core accretes, or collects, left-over gas from the star's guts, until it grows to be so dense, that it forms a black hole.


A supernova explosion can be so bright that it outshines an entire galaxy. MARK GARLICK/Getty Images

However, the speed, shape, and size of the initial explosion varies widely depending on the mass and density of the parent star before it explodes.

Moreover, those factors play a key role in what happens to the star's core and how it may form a black hole, according to a new study posted on the preprint server ArXiv.

For example, when a parent star is of relatively low mass and very compact, computer simulations suggest that it will explode symmetrically, forming a near-perfect sphere.

When supermassive stars die and explode, that explosion may be symmetrical or asymmetrical.MARK GARLICK/SCIENCE PHOTO LIBRARY/Getty Images

But when the star is very massive and less compact, the supernova is more asymmetrical and the explosion typically lasts longer, according to the new study.

"So you're exploding in one direction more than other directions, and in those other directions, it's very possible that you have continued significant accretion," that could lead to a black hole, Adam Burrows, the lead author of the paper and a professor of astrophysical sciences at Princeton University, told Business Insider.

Something else happens from supernova explosions. The stellar remnant gets a kick into the universe, and when the explosion is asymmetrical, that kick can be pretty intense, Burrows said.

The kick is exactly what it sounds like. The object — a black hole in this case — is sent flying off into space, sometimes at colossal speeds of up to 1,000 kilometers per second, or about 2.2 million mph.

Asymmetrical explosions can lead to powerful kicks that send black holes shooting into space at over 2 million mph. MARK GARLICK/SCIENCE PHOTO LIBRARY

It's like the recoil from a gun after firing a bullet, Vijay Varma, an assistant professor in of mathematics at the University of Massachusetts Dartmouth who was not involved in the research, told Business Insider.

So, for a brief while after birth, these black holes may be moving throughout space, sometimes as fast as 1,000 kilometers per second, the paper theorizes. But this movement is probably temporary, and somewhat rare, Burrows said.

"They're not zooming around, and circling, and causing all sorts of damage as they stay inside the galaxy," Burrows said.
Building a universe inside a computer

Burrows and his colleagues used super computers to run their simulations that involved tens of millions of zones.NASA, ESA, CSA, Ivo Labbe (Swinburne), Rachel Bezanson (University of Pittsburgh)

The new study includes 20, 3-D simulations of a supernova explosion.

"This is the largest set of long-term (many seconds after bounce) 3D state-of-the-art core-collapse simulations ever created," the researchers reported in the paper.

Previous simulations of this type of scenario have been too short to arrive at conclusions about how stellar cores are then shot out into the universe, Burrows said.

That's because these computer simulations take tens of millions of zones, and each zone contains information about the windspeed, temperature, barometric pressure, and other features of this theoretical environment, like mapping weather.

Think of all the complexities of building a universe inside a computer. Not many academic programs have access to super computers that are able to build these simulations, Burrows said.

Though Varma doesn't study supernova death, he said that theoretical work like this has implications for many other fields of astrophysical research.

Don't worry, these blazing-fast black holes probably won't be interrupting our solar system any time soon.NASA

"All of this theory is very important. And as we connect them to observations, we can try to trace the evolution of the black holes back in time," Varma said.
If the black holes are moving

If you hear blazing-fast black holes and start to panic, don't. Burrows said it is incredibly unlikely that these blackholes would travel into our solar system.

Space is so vast, Varma added, that you'd be better off betting on the lottery than waiting for a black hole to come visit our solar system. "It's astronomically unlikely that anything like that will happen," he said.

In the unlikely scenario that a black hole or a neutron was headed towards us, Burrows said, "then it would be a bad day."

This is what it might look like if a black hole obliterated a planet like Earth.
MARK GARLICK/SCIENCE PHOTO LIBRARY

The fact that our planet and the rest of the solar system have survived for the last 4.5 billion years should be reassurance enough that a black hole won't come screaming through our neighborhood anytime soon, if ever.

The study has been accepted for publication in the peer-reviewed Astrophysical Journal.

2024 is a big year for the sun. This Helio year, see a total eclipse, solar storms, and NASA almost landing on our star.

Morgan McFall-Johnsen
Sat, January 27, 2024 

The sun develops coronal holes, one of many forms of solar activity that could peak this year.NASA Solar Dynamics Observatory

The sun has a big year in 2024, starting with a total solar eclipse across the US.


As the sun builds to maximum activity, watch out for the northern lights too.


NASA's Parker Solar Probe will fly closer to the sun than any spacecraft ever, almost landing on it.

The sun was showing off all last year, with dramatic eruptions, sunspots, giant "holes," and even a 14-earths-high tornado of plasma. But 2024 may be our star's biggest year yet.

That's what giddy NASA scientists told reporters at the fall meeting of the American Geophysical Union in San Francisco in December. In true NASA fashion, they're calling it the "heliophysics big year."

One of the main events this year will be a historically cool total solar eclipse crossing the US in April. It's estimated up to 7.4 million people will travel to the path of totality to witness the rare event.

Another exciting event involves NASA's prime solar probe, which is set to skim the sun's surface in December, flying closer than any previous spacecraft.

In a total solar eclipse, the moon passes in front of the sun as seen from Earth, darkening the sky.Rodrigo Garrido/Reuters

Meanwhile, the Northern and Southern Lights are sure to have an impressive year, as well.

Already, we've seen beautiful aurora reach as far south as Arizona within the last year. And as stormy activity on the sun, which helps spark aurora worldwide, is set to increase, we could continue to see the Northern Lights illuminate skies across the US at unusually low latitudes.

For viewers in Australia, New Zealand, and South America, the Southern Lights (aurora australis) will surely make spectacular displays too.

Northern Lights, also called aurora borealis, dance in the sky over Tromso, Norway.NTB/Rune Stoltz Bertinussen/Reuters

It will be about 11 years — a full solar cycle — before the aurora is so active again.

"The sun touches everything, and we are challenging you to experience the sun in as many ways as possible," Kelly Korreck, NASA's program manager for the upcoming eclipse, said during the AGU roundtable.
The sun's big year kicks off with a total eclipse

NASA employees use protective glasses to view a partial solar eclipse.NASA/Connie Moore

While the rest of us put on our eclipse glasses or look out for the pink and green ribbons of the aurora, astronomers will be busy at work. This year's solar events are a huge scientific opportunity.

For example, NASA is launching three rockets during the April total solar eclipse, loaded with instruments to study how the sudden darkness changes our upper atmosphere.

A total solar eclipse offers scientists a unique opportunity to observe the corona — the outer layer of the sun's atmosphere. The corona is over 100 times hotter than the sun's surface, but scientists can't explain why and it's one of the biggest mysteries in our solar system. Because the moon blocks the main disc of the sun during an eclipse, only the corona is visible.

NASA's Parker Solar Probe and the European Space Agency's Solar Orbiter will also be watching the eclipse from two different vantage points in space, as they orbit close to the sun. That extra data can help scientists get 3D observations of the corona, as well as validate measurements from Earth-based observatories.

That's just one fleeting moment of the sun's big year. Throughout 2024, as solar activity builds, countless observatories and physicists will be watching closely.
The sun will get more and more active

An X-class solar flare erupts off the sun.NASA/SDO

When the sun belches plasma and charged particles into space, they can speed toward Earth, travel down our planet's magnetic field lines toward the poles, and interact with molecules in our atmosphere to make the aurora. They can also bump satellites out of orbit and surge through technologies on the ground, triggering radio blackouts and meddling with GPS.

There's always a steady flow of this "solar wind," but eruptions on the sun can send a powerful flood of solar wind careening toward our planet. That's what scientists call space weather. These storms are happening more and more as the sun climbs toward peak activity.

An animation of the solar wind shows particles from the sun washing over Earth.NASA

People on Earth are safe from these blasts of solar activity, with the exception of rare cases where they might cause power or radio blackouts. But as NASA and other space agencies send humans back to the moon and on to Mars, space weather will become a safety issue for them.

Studying solar eruptions and flares can help scientists forecast space weather better in the future. That could be crucial for long-distance spaceflights.

"If we want to win the race to Mars then we have to have awareness of space weather all over the place," Nour Raouafi, a lead scientist for the Parker Solar Probe, said at the roundtable.
NASA to almost land on the sun at the end of the year

An artist's concept of NASA's Parker Solar Probe mission passing by the sun.NASA/Johns Hopkins APL/Steve Gribben

The "crown jewel" of the sun's big year comes on December 24, though, Raouafi said. That's when the Parker Solar Probe will fly closer to the sun than any spacecraft has ever gone, about 3.8 million miles from its surface.

For comparison, Earth is 93 million miles from the sun.

On this close flyby, the probe will face unfathomably extreme heat and radiation, with temperatures as high as 2,600 degrees Fahrenheit.

Collecting data so close to the source of the solar wind will help scientists understand how it forms. It will also fuel the study of the corona.

"This is a monumental achievement for all of humanity. This is equivalent to the moon landing of '69. Now we are basically almost landing on a star," Raouafi said.

Scientists think the way humans have evolved may be preventing us from solving climate change

Aylin Elci
Mon, January 29, 2024 


"How did humans get here" is the simple question Dr Tim Waring, associate professor at the University of Maine in the US, set out to answer in a recent paper focused on climate change.

"If we understand the processes by which we have arrived at having such a major impact on the global biosphere, then we can try to solve the problems that we are facing," he told Euronews Next.

Waring works on climate change through the lens of cultural evolution, a field of study at the intersection of biology and "all social sciences". His most recent paper analyses how human evolution might prevent us from solving climate change.

World facing human health catastrophe from unchecked climate change, new report warns

The professor and his colleagues Eörs Szathmáry and Zach Wood published the report in the world’s oldest scientific journal Philosophical Transaction.

"I do want to add hope for humanity, but the point of this paper is not to be artificially positive, it's to accurately describe the challenge that we face," Waring said.
‘Solutions need to be global’

Waring and his team analysed the resources that humans used, the impact they had on their environment, and the development of their cultural traits over the last 100,000 years.

They found that humans have systematically found solutions to problems they faced.

There's no long-term solution to human evolution on the planet that doesn't involve unpleasant conflict, and we need to try to solve that.

"A lot of people currently feel that climate change is something that we will eventually solve, and there is good reason for people to believe that because humans almost haven't come across a problem that we haven't been able to solve yet," said Waring.

Still, our track record won’t be enough to save us in the long term.

The authors of the paper found that one of the reasons we’re so good at problem-solving is that we use resources more intensely and at a greater scale whenever we need to. Their analysis also highlighted that humans only found solutions once problems were already out of hand.

In the context of climate change, those approaches might not work as we only have one planet.

Climate change is helping this new deadly virus to spread across Europe

While the academic lauded international efforts such as the Montreal Protocol to protect the ozone layer, he also highlighted that many of the endeavours were in favour of local, sub-global groups such as countries and companies.

Our evolution shows that we’ve been good at solving problems between groups, but never before at this scale and complexity.

Solutions need to be truly global, "even though it is against the interests of existing groups," authors say.

"I think we should be very happy that we get climate change as a first challenge because it's easier to solve and because it's very clear that it's going to be painful for all of us. So we should consider ourselves lucky," the expert said, comparing it to other challenges such as ecosystem collapse that will come down the line.

"We’ve been eliminating species and poisoning and changing the environment all over the world for a long time, and we don’t know how that is likely to influence the stability of the ecological system," he explained.

Tuvalu is recreating itself in the metaverse as climate change threatens to wipe it off the map


Humans will need to address competitiveness and conflict

But even if we do solve climate change, we’ll have to watch out for our evolution traits as humans tend to be competitive over resources, according to experts.

Previously, conflicts caused by our competitiveness were manageable because the planet was healthier. But as we test global limits, researchers are concerned there is no way around this destructive behaviour, which once contributed to making us one of the most advanced species on the planet.

"There's no long-term solution to human evolution on the planet that doesn't involve unpleasant conflict, and we need to try to solve that," Waring explained, highlighting that the model of cooperation and coordination we’ve been applying for the last millennia isn’t sustainable.

Solution to the climate crisis? Earth takes a step closer to sustainable space-based solar power

In essence, humans need to change how they evolve if they want to survive.

One of the directions the paper points towards is systems of self-limitation and market regulation, to "bind human groups across the planet together ever more tightly into a functional unit".

But concrete solutions are still to be explored as the "very poorly understood" field of cultural evolution develops.

"We haven’t thought of a lot of interesting policies yet because we haven't really considered the nature of climate change in an evolutionary perspective before," Waring said.
A TRUE SOCIAL DEMOCRAT
Canadians gather to say a final goodbye to former NDP leader Ed Broadbent


The Canadian Press
Sun, January 28, 2024 



OTTAWA — Canada's first provincial First Nations premier singled out Ed Broadbent as a beacon of civility in politics Sunday as generations of political leaders gathered to bid a final goodbye to the left-leaning luminary.

Wab Kinew, elected just last year as Manitoba's new NDP premier, acknowledged a stark reality: that the former federal New Democrat leader's death on Jan. 11 at the age of 87 could well mark the end of an era.

"Mr. Broadbent's smiling, joyful legacy is an example we ought to learn from today," Kinew said at Broadbent's state funeral.

"That we can use good means to achieve good ends; that we don't have to appeal to our darkest impulses; that we can have faith in our fellow Canadians."

Federal NDP Leader Jagmeet Singh fought tears as he recounted how Broadbent, by then well-established as the party's elder statesman, helped him learn how best to manage the party's helm in 2017.

"He wanted me to do a lot more, and a lot faster — very New Democrat of him. And he also wanted to make sure we never let the Liberals off the hook, also very New Democrat of him," Singh said.

"We are so fortunate that he chose to spend his life in pursuit of his vision and his hope of justice and fairness for all."

Singh added, choking back tears: "We will never forget him, and Ed, we won't let you down. And you're still who I want to be when I grow up."

New Democrats from across the country gathered to remember and celebrate Broadbent as a friend, mentor and political visionary.

Before the ceremony got underway, Prime Minister Justin Trudeau described Broadbent as a social justice champion who left Canada a better place.

"He was a tireless campaigner for social justice," Trudeau said. "Canada is significantly better for his years of service both in politics and out of it."

A long queue of mourners — many in sombre colours punctuated with a flash of the party's trademark orange — reached down the street and around the corner as the doors opened.

Flags on federal buildings were flying at half-mast in advance of what officials were billing less as a funeral and more as a celebration of Broadbent's life.

The former New Democrat leader served as an MP for more than two decades, including 14 at the party's helm in the 1970s and 1980s.

Broadbent's tenure as leader helped to usher in the modern-day NDP, building the foundation that allowed Jack Layton to lead the party to record results in 2011.

In that role, Broadbent faced off against four different prime ministers, including Pierre Trudeau, Brian Mulroney, John Turner and Joe Clark, who was scheduled to attend Sunday's funeral.

Others on Sunday's guest list included Gov. Gen. Mary Simon; Bob Rae, former NDP premier in Ontario and Canada's current ambassador to the UN; and British Columbia Premier David Eby.

Conservative Leader Pierre Poilievre was notably absent from the gathering and instead held a meeting with his caucus members on Sunday. Conservative MP Colin Carrie who represents Oshawa, Ont., attended the funeral.

Broadbent represented his blue-collar hometown of Oshawa, Ont., in the House of Commons for 21 years, including 14 as leader of the federal NDP, from 1975 to 1989. He briefly served as the MP for Ottawa Centre from 2004 to 2006.

Under his leadership, the NDP steadily expanded its seat count in the House — from 17 in 1974 to 43 in 1988, a record that would stand until the Layton era vaulted the party into official Opposition status 23 years later.

NDP strategist Brian Topp, who now leads the social justice institute Broadbent founded in 2011, described him as an academic and intellectual who very quickly learned the nuances of federal politics.

He was at once idealistic and practical, and in many ways the principal architect of the 2011 showing that delivered 103 seats, said Topp. Broadbent championed Layton's leadership and urged him to focus on winning support in Quebec.

That strategy, Topp said, bore "truly spectacular results" when the Layton-led NDP vaulted into official Opposition status for the first time in its history.

Broadbent also left his mark on the Charter of Rights and Freedoms after then-prime minister Pierre Trudeau reached out to the leader of the NDP to ask for his help in elevating the text of the document.

He was keenly interested in ensuring issues like equality for women, First Nations treaty rights and the West's rights over its natural resources were properly acknowledged in the document.

Long-serving NDP MP Charlie Angus has described Broadbent as a "bulwark" against efforts to undermine working-class priorities like wage levels, pensions and job security.

The day Broadbent died, the institute that bears his name cited his 2023 book, "Seeking Social Democracy," as leaving "an enduring vision and his hopes for what is to be done to build the good society for today and the future."

In that book, Broadbent made clear he believed the only path forward would have to be paved with the interlocking principles of democracy, social justice and economic fairness.

"To be humane, societies must be democratic," he wrote, "and, to be democratic, every person must be afforded the economic and social rights necessary for their individual flourishing."

Their elected emissaries must also treat each other with civility, he noted on the floor of the Commons during his farewell address in 2005.

"We tend to think that those 25 per cent of issues that divide us — and seriously and appropriately divide us — are only what matters," Broadbent said.

"What's more important in many ways, in a civilized, democratic, decent country, is the 75 per cent of things we have in common."

This report by The Canadian Press was first published Jan. 28, 2024.

Nojoud Al Mallees, The Canadian Press



 




Sextortion training materials found on TikTok, Instagram and YouTube, according to new report

Lora Kolodny, CNBC and Kevin Collier and Ben Goggin
Updated Sat, January 27, 2024 



A form of cybercrime called “financial sextortion” is rapidly rising in North America and Australia, with a major portion driven by a non-organized cybercriminal group in West Africa who call themselves “Yahoo Boys,” according to a new study from the Network Contagion Research Institute (NCRI).


Sextortion is “a crime that involves adults coercing kids and teens into sending explicit images online,” according to the FBI. The criminals threaten their victims with wide distribution of the explicit images, including to the victims’ friends and family, unless the victims pay them, repeatedly, through a variety of peer-to-peer payment apps, cryptocurrency transfers and gift cards.

NCRI, a nonprofit, found cybercriminals used the social apps Instagram, Snapchat and Wizz to find and connect with their marks.

Yahoo Boys’ tactics gained popularity among some as a way to get rich quickly in West Africa, where there are scant other means of earning income, according to a 2023 Atavist investigation. Popular songs referencing Yahoo Boys have lent the cybercriminal gangs cultural clout.

Despite increasing amounts of reported sextortion online over the last several years, the NCRI researchers say that platforms used by Yahoo Boys and other threat actors have been slow to moderate their materials or make changes that could help curb the spread of sextortion.

Sextortion is a “transnational crime threat that is actually causing a significant number of American deaths,” said Paul Raffile, a senior intelligence analyst with the NCRI who co-led the study. This form of crime — which has mostly impacted boys and young men, according to NCRI Director of Intelligence Alex Goldenberg — can be so devastating that it drives some victims to suicide.

In August 2023, NBC News reported that two Nigerian men were extradited to the U.S. to face charges in a sextortion scheme that authorities say prompted the suicide of a 17-year-old Michigan high school student. The men pleaded not guilty and were denied bail in September.

And in November, according to court filings obtained by CNBC and NBC News, a grand jury indicted a Nigerian man in response to allegations from the U.S. Secret Service that he engaged in Yahoo Boys tactics, including sextortion and wire fraud of $2.5 million

In this case, the indictment reads, the accused Nigerian man and unidentified co-conspirators used fake accounts on Facebook and Snapchat to pose as attractive young women, connect to young male users and gain access to their friends and follower lists, and then entice the victims into sending them explicit photos.

The accused party allegedly promised his marks, who Yahoo Boys often refer to as “clients,” that they would delete or at least refrain from distributing the photos if they would send money through apps like Venmo, CashApp and Zelle, cryptocurrency transfers through Bitcoin with a Binance account, or gift cards.

As soon as they paid, however, the victims would face new threats and pressure to keep making payments, the filings said.

NCRI’s study found that the Yahoo Boys promote their tactics and recruit new gang members, in part, by publishing training videos and guides for running a financial sextortion scam on platforms including TikTok, Scribd and YouTube.

The NCRI researchers said they found dozens of videos on TikTok and YouTube that showed self-described Yahoo Boys engaging in sextortion by using easily searchable phrases like “blackmail format” or hashtags like #YahooBoys. They also found scripts on Scribd teaching others how to extort their victims using similar search terms. The materials on the various sites had been viewed over half a million times, according to the NCRI analysis.

NBC News and CNBC reviewed some of these materials still up on all three platforms. One video posted to YouTube instructed viewers on how to “catch a client,” keep them engaged by acting “like a real girl,” and how to convince them to send increasingly explicit photos. The video contained a walk-through on how to threaten a victim and coerce them into sending payments, at which point the narrator admitted this activity would be “high risk.”

A document posted to Scribd contained a script with seductive and explicit enticements leading to escalating threats. The document said, for example, “You ready to comply with me? I will make you so miserable that you can’t even think … I will send your nude to lots of people online … Do you want this to happen – yes or no. If you do not want it to happen you will have to pay me.” And later, “How much you got there[?] If you are thinking of 200$ forget it I’m posting your nude and gonna make you die in pain.”

After NBC News asked TikTok about several Yahoo Boys videos, the company removed them. A spokesperson said in an email that they had violated the platform’s guidelines against scams.

Scribd did not reply to a request for comment.

NBC News flagged a Yahoo Boys instructional video on YouTube to the company, but it did not remove the video nor provide a statement by the time this story was published.

The NCRI researchers also found detailed scripts that had been available for years, still readily available on sites like Meta’s Instagram and Snapchat.

TikTok, YouTube, Scribd and Meta prohibit content that promotes criminal activity.

A Meta spokesperson said in an email that the company has strict rules against sharing intimate images and that it already implements versions of many of NCRI’s recommendations, “including offering a dedicated reporting option so people can report threats to share private images.”

A Snapchat spokesperson said in an email, “We know that sextortion is a growing risk teens face across a range of platforms and have been ramping up our tools to combat it. We have extra safeguards for teens to protect against unwanted contact, and don’t offer public friend lists, which we know can be used to extort people. We also want to help young people learn the signs of this type of crime, and recently launched in-app education to raise awareness of how to spot and report it.”

While the Yahoo Boys and other threat actors have been operating for years on mainstream social media platforms, the parent companies of those platforms have been slow to substantially stem the activity.

NCRI’s director of intelligence, Alex Goldenberg, said that in-app education is a great start, but tech companies can do more to stop sextortion online.

Platforms like TikTok, YouTube and Scribd should actively search for and take down the sextortion how-to guides, materials and scripts that they are hosting, he said. And social media platforms should include a distinct category to report sextortion — as Snapchat did in early 2023.

Goldenberg emphasized that social apps should make it more difficult to access information about a specific users’ network. On public accounts on Instagram, for example, followers and following lists are visible to all, which enables cybercriminals to infiltrate a victim’s personal network and exert leverage over them by threatening to send photos to people they know.

Even in a private account on Instagram, the moment a user accepts a scammer’s follow request, that scammer can view and try to connect with all of their friends and followers. A design change to make or keep users’ followers and following lists private would take an important source of criminals’ leverage away.

A Meta spokesperson said that for users under 16, Meta defaults their accounts to private so that it's only possible to see their network if they accept your follow request.

On Snapchat, users should be made aware that photos can be saved and screenshotted, Goldenberg said. Parents and educators should “combat the belief that photos sent on Snapchat disappear, which can create a false sense of security,” the NCRI study recommends.

A former Snapchat employee, who asked to remain unnamed (but whose identity is known to CNBC and NBC News) corroborated some conclusions from the NCRI study as they pertained to company. The former employee said that rising financial sextortion had been discussed at the company starting as early as 2021 and that it intensified in the years that followed. The former employee agreed that Snapchat and other social media companies have not acted strongly or swiftly enough to protect young users.

The NCRI study also strongly criticized Wizz, concluding: “Sextortion on Wizz is pervasive and dangerous. The app’s design, seemingly akin to a Tinder-like interface for minors, has fostered an environment ripe for the rampant spread of sextortion.”

In July, child safety groups told NBC News that they were receiving an alarming number of reports about the alleged sextortion of young people originating on Wizz.

In response, Wizz said that it attempts to prevent such behavior through automatic moderation systems, which it says don’t allow the transmission of nude images. According to child safety groups, complaints made about Wizz often state that initial connections are made on the app before moving the alleged victim to another app like Snapchat.

Apple’s App Store and Google Play can also help, the NCRI study suggested, by carefully monitoring complaints about sextortion associated with social media apps, and enforcing their existing policies.

NCRI’s study comes amid heightened scrutiny of how social media is impacting young people.

New Mexico Attorney General Raúl Torrez sued Meta and CEO Mark Zuckerberg, accusing the company of enabling human trafficking and the distribution of child sexual abuse materials, and alleging that Facebook and Instagram are “breeding grounds” for predators targeting children in a formal complaint.

As NBC News previously reported, Meta responded to that lawsuit by saying it has been proactive in finding and removing accounts and content that violate its child safety policies.

CEOs from Meta, X (formerly Twitter), TikTok, Snapchat and Discord are expected to answer questions from a bipartisan Senate Judiciary Committee regarding their efforts to stop sextortion at a hearing about child safety online that is scheduled for Jan. 31.

In the U.S., people who have experienced sextortion (or their parents or guardians) can report it via the FBI’s cybercrime portal IC3.gov online, or a local FBI field office. Sextortion incidents involving a minor should also be reported to the National Center for Missing & Exploited Children or NCMEC Cypertipline at report.cybertip.org or by phone at 800–843–5678.

This article was originally published on NBCNews.com
AI companies will need to start reporting their safety tests to the US government

Mon, January 29, 2024 

WASHINGTON (AP) — The Biden administration will start implementing a new requirement for the developers of major artificial intelligence systems to disclose their safety test results to the government.

The White House AI Council is scheduled to meet Monday to review progress made on the executive order that President Joe Biden signed three months ago to manage the fast-evolving technology.

Chief among the 90-day goals from the order was a mandate under the Defense Production Act that AI companies share vital information with the Commerce Department, including safety tests.

Ben Buchanan, the White House special adviser on AI, said in an interview that the government wants "to know AI systems are safe before they’re released to the public — the president has been very clear that companies need to meet that bar.”

The software companies are committed to a set of categories for the safety tests, but companies do not yet have to comply with a common standard on the tests. The government's National Institute of Standards and Technology will develop a uniform framework for assessing safety, as part of the order Biden signed in October.

AI has emerged as a leading economic and national security consideration for the federal government, given the investments and uncertainties caused by the launch of new AI tools such as ChatGPT that can generate text, images and sounds. The Biden administration also is looking at congressional legislation and working with other countries and the European Union on rules for managing the technology.

The Commerce Department has developed a draft rule on U.S. cloud companies that provide servers to foreign AI developers.

Nine federal agencies, including the departments of Defense, Transportation, Treasury and Health and Human Services, have completed risk assessments regarding AI's use in critical national infrastructure such as the electric grid.

The government also has scaled up the hiring of AI experts and data scientists at federal agencies.

“We know that AI has transformative effects and potential,” Buchanan said. “We’re not trying to upend the apple cart there, but we are trying to make sure the regulators are prepared to manage this technology.”

Josh Boak, The Associated Press


White House AI council meets Monday as legislative action stalls


Mon, January 29, 2024 



WASHINGTON (Reuters) - The White House artificial intelligence council is meeting Monday, three months after President Joe Biden signed an executive order that aims to reduce the risks AI poses.

White House Deputy Chief of Staff Bruce Reed, who will convene the council meeting Monday, said in a statement the federal government had made significant progress in the prior 90 days on AI, saying Biden's "directive to us is move fast and fix things."

The White House said nine government agencies - including Defense, Transportation, Treasury, and Health and Human Services - submitted risk assessments to the Department of Homeland Security required under Biden's order.

At the same time, efforts in Congress to pass legislation in Congress addressing AI have stalled despite numerous high-level forums and legislative proposals.

On Friday, the Biden administration said it was proposing requiring U.S. cloud companies to determine whether foreign entities are accessing U.S. data centers to train AI models through "know your customer" rules.

"We can't have non-state actors or China or folks who we don’t want accessing our cloud to train their models," U.S. Commerce Secretary Gina Raimondo told Reuters Friday. "We use export controls on chips. Those chips are in American cloud data centers so we also have to think about closing down that avenue for potential malicious activity."

Last month, Raimondo said Commerce would not allow Nvidia "to ship is the most sophisticated, highest-processing-power AI chips, which would enable China to train their frontier models."

Biden's executive order invokes the Defense Production Act to require developers of AI systems that pose risks to U.S. national security, the economy, public health or safety to share the results of safety tests with the U.S. government before they are publicly released.

The Commerce Department plans to soon send those survey requests to companies. Raimondo told Reuters companies will have 30 days to respond.

"Any company that doesn't want to comply is a red flag for me," she said.

Top cloud providers include Amazon.com's AWS, Alphabet's Google Cloud and Microsoft's Azure unit.

(Reporting by David Shepardson; Editing by Stephen Coates)


US Wants Cloud Firms to Reveal Foreign Clients in China AI Race

Courtney Rozen and Mackenzie Hawkins
Sun, January 28, 2024 


(Bloomberg) -- The US wants cloud services providers such as Amazon.com Inc. and Microsoft Corp. to actively investigate and call out foreign clients developing artificial intelligence applications on their platforms, escalating a tech conflict between Washington and Beijing.

The Biden administration proposal, scheduled for release Monday, requires such firms to reveal foreign customers’ names and IP addresses. Amazon and its peers, which include Alphabet Inc.’s Google, would have to devise a budget for collecting those details and report any suspicious activity, according to draft rule published Sunday.

If implemented, Washington could use those requirements to choke off a major avenue through which Chinese firms access the data centers and servers crucial to training and hosting AI. They also place the onus of collecting, storing and analyzing customer data on the cloud services, a burden not unlike strict “know-your-customer” rules that govern the financial industry. US cloud providers have worried that restrictions on their activities with overseas users without comparable measures by allied countries risks disadvantaging American firms.

Representatives for Microsoft, Amazon and Google didn’t immediately respond to requests for comment outside normal US hours. A Commerce Department spokesperson referred Bloomberg to Commerce Secretary Gina Raimondo’s comments last week.

Raimondo said Friday her team was working to eradicate national security threats posed by AI development, an effort likely to focus on firms from China. Washington, which has already worked to constrain Beijing’s access to the most advanced semiconductors, wants to limit Chinese firms’ ability to develop AI with potential military capabilities.

“These models getting in the hands of non-state actors or people that aren’t our allies is very dangerous,” Raimondo said in Washington.

President Joe Biden in October directed the Commerce Department to require such disclosures in an effort to detect foreign actors that might use AI to launch what the proposal dubs “malicious cyber-enabled activities.”

The US is asking for comments on the proposed rule through April 29 before finalizing the regulation.

Commerce said it may provide an exception to the identification rules for the foreign subsidiaries of US cloud providers. It also referred to commenters so far who’ve pushed for the broadest possible definition of a US cloud service, adding it will clarify whether foreign subsidiaries fall under the rules.

China’s development of AI and other next-generation technologies is a top concern for the administration, which sees Beijing as its primary global strategic competitor.

Washington has tried to rein in China’s advances by restricting chip exports to the country and sanctioning individual Chinese firms, but the country’s tech leaders have managed to make significant breakthroughs despite US curbs.

The US in October tightened its controls to capture more chips, equipment and geographies. One key update targeted Chinese-headquartered companies operating in more than 40 countries, an attempt to prevent those firms from using other nations as intermediaries to secure semiconductors they can’t access at home.

 Bloomberg Businessweek