NFT Explained: What The New Crypto Craze Is, And What It Can Be Soon

NFTs are gathering hype and controversy, so we break down what the latest in crypto exactly is and how it's shaking up the art and gaming worlds.

By Alessandro Barbosa on March 12, 2021


The landscape of digital art is being upended by NFTs, or non-fungible tokens, to the point where it's difficult not to have heard the term in passing. But what is an NFT? Why are people spending millions of dollars on JPEGs? And could it change how microtransactions in games work?

Just what is a Non-Fungible Token?

First and foremost, NFTs are intrinsically tied to the blockchain--an online ledger that is maintained by thousands of users globally through the process called mining. Transactions on the blockchain aren't centralized, so it's difficult (but not impossible) to edit the ledger to make fraudulent transactions. This is the same technology that powers cryptocurrencies like Bitcoin ($BTC), Dogecoin ($DOGE), and Ethereum ($ETH) around the world. NFTs exist on various blockchains, but most being sold are found on the Ethereum blockchain. Unlike the currency, however, they're non-fungible. That means that one NFT is entirely unique from the rest, unlike the fungible Ethereum, where one coin is identical to all others, thus allowing it to be used as a currency. NFTs, then, are one-of-a-kind in a way, which can explain why they're being used to verify purchases of digital goods. The goods themselves are specifically unique to the token (an image sold as an NFT can still find its way online for anyone to see) but the token itself is an indicator of the purchase.

So what does an NFT actually give me?

This is where things get a little strange. For example, an artist can choose to mint a piece of digital artwork with an NFT and then sell the token through multiple auction houses. The token itself does not determine who can view the artwork, but rather who holds the rights to it. There's some grey area here, where the artist can still govern overall ownership and distribution rights, but for the most part, the owner of the NFT is technically the owner of the artwork, even if the image is hosted on Google and available for anyone to right-click and save.

Although not a perfect analogy, you can think of it as someone owning the real Mona Lisa, or a cheap copy made at a novelty gift store. Both feature the same underlying work, but only one is the "real" Mona Lisa. With physical art, there's more to an original than just being the first of its kind, but with digital art, the difference is almost negligible. A copy of an image, a song, a gif, or anything of that kind can be shared in an unaltered state, diluting the relevance of owning a token to the original.

Wait, why are NFTs valuable then?

Those who see value in NFTs might see the potential to make a profit in the future, as the exclusivity of the token takes on a collector's status. Others might just want the bragging rights that come with owning the only minted NFT associated with a digital asset, whether it's accessible to everyone else or not. Although it is technically possible to mint multiple unique NFTs for the same digital asset, it seems most artists aren't doing this to help preserve the value of the single token that is generated.

Artist Beeple's Everydays: The First 5000 Days is the first NFT

 sold by auction company Christie's, selling for $69 million.

Mike Winklemann, an artist known as Beeple, started minting NFTs for his artwork last year, making several sales for thousands of dollars before reaching into the millions. His latest piece, Everydays: The First 5000 Days, was the first NFT sold by Christie's, a major art auction house. It sold for $69 million, but if you want to save Everdays to your desktop, you can just copy the image tweeted out by Christie's and do so. Hopefully, that gives you an idea of the difference between purchasing an NFT for an asset, and the asset itself.

Winklemann isn't alone in the gold rush surrounding NFTs. Musician Steve Aoki sold an NFT to John Legere, the former CEO of T-Mobile, for $888,888.88. The asset was a 36-second music snippet accompanied by a gif, part of which has been shared online. For nearly a million dollars the ownership of the gif will remain on the blockchain as Legere's, even if the full gif eventually finds its way online and is experienced by millions of other people.

This is definitely finding its way into games, isn't it?

NFTs aren't exactly new, and their first big use case was actually in a game. Cryptokitties, which launched in 2017, allows players to purchase NFTs for specific digital cats, which they solely own. These cats can then breed with other digital cat purchases and produce entirely new cats that can then be sold as unique NFTs of their own. This market has generated millions since its inception, with some single cats costing well over a million dollars alone. A curious glance at the website shows that many cheaper cats are simply reskins of the same designs, but the ability to own one for yourself is part of the allure

.

CryptoKitties is a game about collecting and breeding weird cats, but uses Etherium and NFTs to create a marketplace for buying and selling them.

If that makes you think about the possibility of NFTs to merge with cosmetic microtransactions in games like Fortnite, Overwatch, or Dota 2, I think it's safe to bet that there is at least conversation being had over the potential around a system like that. There are already games using NFTs in novel ways, too. The Sandbox is a community-driven creative space that lets users create voxel-based assets or gaming experiences. You could say it's similar to Roblox, outside of the fact that these gaming experiences all exist on finite virtual land that users can buy using NFTs. The tokens correlate to a piece of land where you can host game creations for other users to visit, with the value of the size and position of the land determined by simple supply and demand.

Mythical Games is planning to use both NFTs and the blockchain in its upcoming PC and console title, Blankos. The studio is designing another game driven by user-generated content, but where items such as cosmetics can be sold in finite numbers. In-game items are transferred to players using NFTs, which can then be resold on a marketplace where the value is determined by the buyers. Think of it as Steam Trading Cards and Valve's Marketplace, except powered by blockchain transactions for items that come in finite waves.

Can an NFT be minted against anything then? That sounds dangerous

Given that an NFT can be minted for almost anything digital (Twitter's Jack Dorsey is selling an NFT of the first tweet ever sent, for example) the ease of creating the token has helped give artists the ability to make money via a new platform. But it's also led to a lot of abuse, which has already started dominating the conversations around NFTs. Artists are finding tokens minted against their art without their consent, letting someone else reap the benefits of a sale without any of the work. It's also difficult to prevent this right now, given the way in which social media allows digital art of any kind to be shared. NFTs aren't solving the root problem of copyright online, but they are giving those who would abuse it a lot of freedom to do so.

An official merchandise creator for Among Us recently stumbled upon thousands of NFT sales based on artwork from the game, none of which had been authorized by the studio. This is just a glimpse at the issue thousands of artists are facing, leading to a divide on whether NFTs are the future of digital art collection or a new problem for creators to fight against.

There's also the environmental impact to consider, which isn't so much tied to NFTs but rather blockchain technology. Since the blockchain is essentially a ledger maintained by users around the world, requiring computer processing power to authenticate transactions, each one takes up some unit of energy. Combined, studies are showing that the consumption of the overall system is incredibly high, with the Bitcoin blockchain consuming more electricity in a year than the whole of Argentina.

Maintaining the blockchain and facilitating all of the transactions that take place requires incredible amounts of processing power, which incurs large electricity costs. Given that electricity and its generation is still one of the biggest environmental impactors, this has brought the cost of cryptocurrencies to the environment into focus. Microsoft founder Bill Gates has said he's appalled by the harm that cryptocurrencies present to the environment, but also notes that the push towards greener electricity could mitigate it. "If it's green electricity and it's not crowding out other uses, eventually, you know, maybe that's ok," Gates told the New York Times.

Ethereum is far more efficient than Bitcoin (one of Ethereum's founders similarly spoke out against the energy consumption of Bitcoin), which means that it's using less electricity overall on its blockchain than the most popular cryptocurrency on the market. That still does not make it emission-free, however, and it is no secret that popular tokens like NFTs lead to more transactions, which lead to more energy consumption. This also ties into the scarcity of hardware powerful enough for processing the blockchain, which is a big reason why you might have trouble buying a GPU or power supply for your next PC right now.


So where do NFTs go next?

That is the state of NFTs currently, and it's bound to grow even more now that it's reached a point of public consciousness that helped propel Bitcoin a few years ago. It's difficult to say what the future might hold for NFTs as a tangible collector's item, but for now it's a bit of a minefield, where you can either sell art to an entirely new, wealthy audience or have even more work illegally stolen from you. And there is no indication of how those problems might be solved just yet.
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NFT Explained: What The New Crypto Craze Is, And What It Can Be Soon - GameSpot

A FUCKING .JPG...

.JPG File Sells for Record-Breaking $69 Million at Crypto Art Auction

... PROVING; 

 ART IS ANYTHING YOU CAN GET AWAT WITH

By Samantha Pires on March 12, 2021

METROPOLITON MUSEUM OF MODERN ART

NY


Digital artist Mike Winkelmann, better known as Beeple, has just sold one of his pieces at a record-breaking $69 million. The piece, called Everydays – The First 5000 Days, is a mosaic representing an impressive artistic challenge in which Winkelmann created an entirely new piece of art every single day for the past 13 years. While they started as simple sketches on pen and paper, these daily projects have expanded into high-quality and often satirical images covering American politics, internet culture, world events, and more.

“I almost look at it now like I’m a political cartoonist,” explains Winkelmann. “Except instead of doing sketches, I’m using the most advanced tools to make comments on current events, almost in real-time.” These modern pieces of political satire have caused the artist to gain global attention as one of the most successful digital artists in the world.

Winkelmann thinks that this particular piece and its recording-breaking sale has huge implications in the art world. He explains that since Blockchain allows for ownership and scarcity of digital art, we can expect a radical change in art as we know it.

But how exactly is this possible? How could a JPG that could easily be shared on Instagram sell at Christie’s, an auction house that has been selling traditional art since 1766? How could it sell for $69.3 million, making it the third-most expensive auction price of an artwork made by a living artist? The answer is that these pieces are sold as NFTs, or non-fungible tokens, which gives each digital art piece a unique and permanent record, making it possible to authenticate a piece just like you could authenticate a traditional painting. This introduces scarcity and allows the piece to be owned by someone and gain a monetary value. This is how crypto art is made possible. NFTs allow art to be exchanged just like cryptocurrency through blockchain.

Christie’s auction house proved that crypto art had the potential to make real waves in the art world. “He showed us this collage, and that was my eureka moment when I knew this was going to be extremely important,” says Noah Davis, an art specialist at Christie’s. “It was just so monumental and so indicative of what NFTs can do.”

Judging by the success of Winkelmann’s first piece at Christie’s, we can expect to see more stories like this in the future. If you are interested in learning more about Blockchain and how artists are selling their work as NFTs, read our crypto art and Blockchain introduction to understand the basic principles and learn about how this could change the art world forever.

Digital artist Beeple has just broken a crypto art record with the sale of his piece titled Everydays – The First 5000 Days for $69 million at a Christie's auction.

All images via Beeple and Christie's.
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SAMANTHA PIRES

Sam Pires is a Contributing Writer at My Modern Met and an architectural designer. She holds a Bachelor of Architecture degree from NJIT. Sam has design experience at multiple renowned architecture firms such as Gensler and Bjarke Ingels Group. She believes architecture should be more accessible to everyone and uses writing to tell unexpected stories about the built environment.

Scientists sketch aged star system using over a century of observations

NASA/GODDARD SPACE FLIGHT CENTER

Research News 

IMAGE: U MON'S PRIMARY STAR, AN ELDERLY YELLOW SUPERGIANT, HAS AROUND TWICE THE SUN'S MASS BUT HAS BILLOWED TO 100 TIMES THE SUN'S SIZE. SCIENTISTS KNOW LESS ABOUT THE COMPANION, THE... view more 

CREDIT: CREDIT: NASA'S GODDARD SPACE FLIGHT CENTER/CHRIS SMITH (USRA/GESTAR)

Astronomers have painted their best picture yet of an RV Tauri variable, a rare type of stellar binary where two stars - one approaching the end of its life - orbit within a sprawling disk of dust. Their 130-year dataset spans the widest range of light yet collected for one of these systems, from radio to X-rays.

"There are only about 300 known RV Tauri variables in the Milky Way galaxy," said Laura Vega, a recent doctoral recipient at Vanderbilt University in Nashville, Tennessee. "We focused our study on the second brightest, named U Monocerotis, which is now the first of these systems from which X-rays have been detected."

A paper describing the findings, led by Vega, was published in The Astrophysical Journal.

The system, called U Mon for short, lies around 3,600 light-years away in the constellation Monoceros. Its two stars circle each other about every six and a half years on an orbit tipped about 75 degrees from our perspective.

The primary star, an elderly yellow supergiant, has around twice the Sun's mass but has billowed to 100 times the Sun's size. A tug of war between pressure and temperature in its atmosphere causes it to regularly expand and contract, and these pulsations create predictable brightness changes with alternating deep and shallow dips in light - a hallmark of RV Tauri systems. Scientists know less about the companion star, but they think it's of similar mass and much younger than the primary.

The cool disk around both stars is composed of gas and dust ejected by the primary star as it evolved. Using radio observations from the Submillimeter Array on Maunakea, Hawai'i, Vega's team estimated that the disk is around 51 billion miles (82 billion kilometers) across. The binary orbits inside a central gap that the scientists think is comparable to the distance between the two stars at their maximum separation, when they're about 540 million miles (870 million kilometers) apart.

When the stars are farthest from each other, they're roughly aligned with our line of sight. The disk partially obscures the primary and creates another predictable fluctuation in the system's light. Vega and her colleagues think this is when one or both stars interact with the disk's inner edge, siphoning off streams of gas and dust. They suggest that the companion star funnels the gas into its own disk, which heats up and generates an X-ray-emitting outflow of gas. This model could explain X-rays detected in 2016 by the European Space Agency's XMM-Newton satellite.

"The XMM observations make U Mon the first RV Tauri variable detected in X-rays," said Kim Weaver, the XMM U.S. project scientist and an astrophysicist at NASA's Goddard Space Flight Center in Greenbelt, Maryland. "It's exciting to see ground- and space-based multiwavelength measurements come together to give us new insights into a long-studied system."

In their analysis of U Mon, Vega's team also incorporated 130 years of visible light observations.

The earliest available measurement of the system, collected on Dec. 25, 1888, came from the archives of the American Association of Variable Star Observers (AAVSO), an international network of amateur and professional astronomers headquartered in Cambridge, Massachusetts. AAVSO provided additional historical measurements ranging from the mid-1940s to the present.

The researchers also used archived images cataloged by the Digital Access to a Sky Century @ Harvard (DASCH), a program at the Harvard College Observatory in Cambridge dedicated to digitizing astronomical images from glass photographic plates made by ground-based telescopes between the 1880s and 1990s.

U Mon's light varies both because the primary star pulsates and because the disk partially obscures it every 6.5 years or so. The combined AAVSO and DASCH data allowed Vega and her colleagues to spot an even longer cycle, where the system's brightness rises and falls about every 60 years. They think a warp or clump in the disk, located about as far from the binary as Neptune is from the Sun, causes this extra variation as it orbits.

Vega completed her analysis of the U Mon system as a NASA Harriett G. Jenkins Predoctoral Fellow, a program funded by the NASA Office of STEM Engagement's Minority University Research and Education Project.

"For her doctoral dissertation, Laura used this historical dataset to detect a characteristic that 

CAPTION

This infographic shows U Mon's components to scale.

CREDIT

Credits: NASA's Goddard Space Flight Center/Chris Smith (USRA/GESTAR)

Astronomers detect a black hole on the move

Astronomers have detected a moving supermassive black hole

HARVARD-SMITHSONIAN CENTER FOR ASTROPHYSICS

Research News

 

IMAGE: GALAXY J0437+2456 IS THOUGHT TO BE HOME TO A SUPERMASSIVE, MOVING BLACK HOLE. view more 

CREDIT: SLOAN DIGITAL SKY SURVEY (SDSS).

Scientists have long theorized that supermassive black holes can wander through space--but catching them in the act has proven difficult.

Now, researchers at the Center for Astrophysics | Harvard & Smithsonian have identified the clearest case to date of a supermassive black hole in motion. Their results are published today in the Astrophysical Journal.

"We don't expect the majority of supermassive black holes to be moving; they're usually content to just sit around," says Dominic Pesce, an astronomer at the Center for Astrophysics who led the study. "They're just so heavy that it's tough to get them going. Consider how much more difficult it is to kick a bowling ball into motion than it is to kick a soccer ball -- realizing that in this case, the 'bowling ball' is several million times the mass of our Sun. That's going to require a pretty mighty kick."

Pesce and his collaborators have been working to observe this rare occurrence for the last five years by comparing the velocities of supermassive black holes and galaxies.

"We asked: Are the velocities of the black holes the same as the velocities of the galaxies they reside in?" he explains. "We expect them to have the same velocity. If they don't, that implies the black hole has been disturbed."

For their search, the team initially surveyed 10 distant galaxies and the supermassive black holes at their cores. They specifically studied black holes that contained water within their accretion disks -- the spiral structures that spin inward towards the black hole.

As the water orbits around the black hole, it produces a laser-like beam of radio light known as a maser. When studied with a combined network of radio antennas using a technique known as very long baseline interferometry (VLBI), masers can help measure a black hole's velocity very precisely, Pesce says.

The technique helped the team determine that nine of the 10 supermassive black holes were at rest--but one stood out and seemed to be in motion.

Located 230 million light-years away from Earth, the black hole sits at the center of a galaxy named J0437+2456. Its mass is about three million times that of our Sun.

Using follow-up observations with the Arecibo and Gemini Observatories, the team has now confirmed their initial findings. The supermassive black hole is moving with a speed of about 110,000 miles per hour inside the galaxy J0437+2456.

But what's causing the motion is not known. The team suspects there are two possibilities.

"We may be observing the aftermath of two supermassive black holes merging," says Jim Condon, a radio astronomer at the National Radio Astronomy Observatory who was involved in the study. "The result of such a merger can cause the newborn black hole to recoil, and we may be watching it in the act of recoiling or as it settles down again."

But there's another, perhaps even more exciting possibility: the black hole may be part of a binary system.

"Despite every expectation that they really ought to be out there in some abundance, scientists have had a hard time identifying clear examples of binary supermassive black holes," Pesce says. "What we could be seeing in the galaxy J0437+2456 is one of the black holes in such a pair, with the other remaining hidden to our radio observations because of its lack of maser emission."

Further observations, however, will ultimately be needed to pin down the true cause of this supermassive black hole's unusual motion.

###

Co-authors of the new study are Anil Seth of the University of Utah; Jenny Greene of Princeton University; Jim Braatz, Jim Condon, and Brian Kent of the National Radio Astronomy Observatory; and Davor Krajnovi? of the Leibniz Institute for Astrophysics in Potsdam, Germany.

About the Center for Astrophysics | Harvard & Smithsonian

The Center for Astrophysics | Harvard & Smithsonian is a collaboration between Harvard and the Smithsonian designed to ask--and ultimately answer--humanity's greatest unresolved questions about the nature of the universe. The Center for Astrophysics is headquartered in Cambridge, MA, with research facilities across the U.S. and around the world.

 

Gigantic jet spied from black hole in early universe

HARVARD-SMITHSONIAN CENTER FOR ASTROPHYSICS

Research News

 

IMAGE: THE MAIN PANEL OF THIS GRAPHIC IS AN ARTIST'S ILLUSTRATION OF A CLOSE-UP VIEW OF A QUASAR AND ITS JET, LIKE THE ONE IN PJ352-52. THE INSET CONTAINS X-RAY DATA FROM CHANDRA... view more 

CREDIT: X-RAY: NASA/CXO/JPL/T. CONNOR; OPTICAL: GEMINI/NOIRLAB/NSF/AURA; INFRARED: W.M. KECK OBSERVATORY; ILLUSTRATION: NASA/CXC/M.WEISS

Astronomers have discovered evidence for an extraordinarily long jet of particles coming from a supermassive black hole in the early universe, using NASA's Chandra X-ray Observatory.

If confirmed, it would be the most distant supermassive black hole with a jet detected in X-rays. Coming from a galaxy about 12.7 billion light-years from Earth, the jet may help explain how the biggest black holes formed at a very early time in the universe's history.

The source of the jet is a quasar - a rapidly growing supermassive black hole - named PSO J352.4034-15.3373 (PJ352-15 for short), which sits at the center of a young galaxy. It is one of the two most powerful quasars detected in radio waves in the first billion years after the big bang, and is about a billion times more massive than the Sun.

How were supermassive black holes able to grow so quickly to reach such an enormous mass in this early epoch of the universe? This is one of the key questions in astronomy today.  

Despite their powerful gravity and fearsome reputation, black holes do not inevitably pull in everything that approaches close to them. Material orbiting around a black hole in a disk needs to lose speed and energy before it can fall farther inwards to cross the so-called event horizon, the point of no return. Magnetic fields can cause a braking effect on the disk as they power a jet, which is one key way for material in the disk to lose energy and, therefore, enhance the rate of growth of black holes.  

"If a playground merry-go-round is moving too fast, it's hard for a child to move towards the center, so someone or something needs to slow the ride down," said Thomas Connor of NASA's Jet Propulsion Laboratory (JPL) in Pasadena, California, who led the study. "Around supermassive black holes, we think jets can take enough energy away so material can fall inward and the black hole can grow."  

Astronomers needed to observe PJ352-15 for a total of three days using the sharp vision of Chandra to detect evidence for the X-ray jet. X-ray emission was detected about 160,000 light-years away from the quasar along the same direction as much shorter jets previously seen in radio waves by the Very Long Baseline Array. By comparison, the entire Milky Way spans about 100,000 light-years.

PJ352-15 breaks a couple of different astronomical records. First, the longest jet previously observed from the first billion years after the big bang was only about 5,000 light-years in length, corresponding to the radio observations of PJ352-15. Second, PJ352-15 is about 300 million light-years farther away than the most distant X-ray jet recorded before it.. 

"The length of this jet is significant because it means that the supermassive black hole powering it has been growing for a considerable period of time," said co-author Eduardo Bañados of the Max Planck Institute for Astronomy (MPIA) in Heidelberg, Germany. "This result underscores how X-ray studies of distant quasars provide a critical way to study the growth of the most distant supermassive black holes."

The light detected from this jet was emitted when the universe was only 0.98 billion years old, less than a tenth of its present age. At this point, the intensity of the cosmic microwave background radiation left over from the big bang was much greater than it is today.   

As the electrons in the jet fly away from the black hole at close to the speed of light, they move through and collide with photons making up the cosmic microwave background radiation, boosting the energy of the photons up into the X-ray range to be detected by Chandra. In this scenario, the X-rays are significantly boosted in brightness compared to radio waves. This agrees with the observation that the large X-ray jet feature has no associated radio emission.

"Our result shows that X-ray observations can be one of the best ways to study quasars with jets in the early Universe," said co-author Daniel Stern, also of JPL. "Or to put it another way, X-ray observations in the future may be the key to unlocking the secrets of our cosmic past."  

###

A paper describing these results has been accepted for publication in The Astrophysical Journal. The other co-authors of the paper are Chris Carilli (NRAO, Socorro, New Mexico); Andrew Fabian (University of Cambridge, UK); Emmanuel Momjian (NRAO); Sofía Rojas-Ruiz (MPIA); Roberto Decarli  (INAF, Bologna, Italy); Emanuele Paolo Farina (Max Planck Institute for Astrophysics, Garching, Germany); Chiara Mazzucchelli (ESO, Chile); Hannah P. Earnshaw (Caltech, Pasadena, California).  

NASA's Marshall Space Flight Center manages the Chandra program. The Smithsonian Astrophysical Observatory's Chandra X-ray Center controls science from Cambridge Massachusetts and flight operations from Burlington, Massachusetts.

There are now 19 forms of ice, thanks to this discovery
Cheryl Santa Maria

3/12/2021


A recent study published in Nature Communications by researchers at the University of Innsbruck has identified the 19th form of water ice. A second paper by researchers in Japan has also been published, verifying the study.

It's no surprise that ice and water are versatile, and the way atoms and molecules are oriented create different forms. There were previously 18 known crystalline forms of water and they have different properties, depending on the temperature and pressure that created them.

The new discovery, dubbed ice XIX, hasn't been found in nature. The lab-created ice is 'exotic', the study's authors say, and important because it provides insight into the properties of previously-known forms.

"While conventional ice and snow are abundant on Earth, no other forms are found on the surface of our planet - except in research laboratories," the authors say in a statement.

"Many varieties of water ice are formed in the vastness of space under special pressure and temperature conditions. They are found, for example, on celestial bodies such as Jupiter's moon Ganymede, which is covered by layers of different ice varieties."

But one can't simply declare a new form of ice. There's a process involved, lead researcher Thomas Loerting, a professor of physical chemistry at the University of Innsbruck in Austria, told LiveScience.

It begins with clearly defining the crystal structure, a technical hurdle solved by Ph.D. student Tobias Gasser, who thought to add a percent of normal water to the heavy water - a strategy that substantially sped up ordering.

To define the crystal, Loerting's team had to determine the most basic repeating structure that had all of the atoms located within it. They also had to clarify the symmetry of the structure.

"Only if all of these are known, you are allowed to name your ice … Ice XIX is now the name for the new ice phase discovered in our work," Loerting told LiveScience.

SIBLING PAIRS

Provided by The Weather NetworkIllustration showing the relationship between the ice VI and XIX unit cells viewed down their c-axes, and the differences in their diffraction patterns, with colour coding red for ice XIX and blue for ice VI. Caption and photo: Uni Innsbruck

More than a decade ago, a variant of the new ice was discovered and named ice XV. Three years ago, Loerting's team changed XV's "manufacturing" by slowing down the cooling process and increasing the pressure, allowing them to arrange the hydrogen atoms in a way that produced XIX.

"Ice XV and ice XIX represents the first sibling pair in ice physics in which the oxygen lattice is the same, but the pattern how hydrogen atoms are ordered is different," the authors say in a statement.

"This also means that for the first time it will now be possible to realize the transition between two ordered ice forms in experiments," Loreting added.

Perseverance's first focus on Mars is a rock named using Navajo language


The Máaz rock takes its name from the Navajo word for Mars.

IMAGE: NASA / JPL-CALTECH

BY KELLEN BECK

3/13/2021

The Perseverance Mars rover has its eyes set on its first area of interest, a rock that's been given the Navajo-inspired name Máaz, NASA shared Thursday.

Working with the Navajo Nation Office of the President and Vice President, the Perseverance team has been naming different areas of Mars and points of interest relevant to the mission using the Navajo language. Aaron Yazzie, a Navajo (Diné) engineer on the mission team helped the crew get permission and collaborate with the Navajo Nation.

Before the rover's successful landing in Jezero Crater, a spot now named after acclaimed sci-fi author Octavia E. Butler, the mission team divided up the area into zones named after national parks and preserves. Perseverance landed in Tséyi', the zone named for Canyon de Chelly National Monument in Arizona, an area in Navajo Nation that has geology reminiscent of the red planet.

The team has around 50 Navajo names to be used for findings. Yazzie put forward a handful of naming ideas for features including "bidziil" meaning "strength," "hoł nilį́" meaning "respect," and "tséwózí bee hazhmeezh" meaning "rolling rows of pebbles, like waves." The translation for Perseverance is Ha'ahóni.

"This fateful landing on Mars has created a special opportunity to inspire Navajo youth not just through amazing scientific and engineering feats, but also through the inclusion of our language in such a meaningful way," Yazzie said in the press release.

The names that have come out of the mission thus far aren't official ones, just informal nomenclature used by NASA and the general public. Official names must be designated by the International Astronomical Union.

Due to the limitations of Perseverance's programming language, the rover can't quite store or read many of these exact Navajo words because of the accent marks needed to convey intonations. For now, the rover is keeping track without any accent marks.

 10 FACTS ABOUT ANOTNI GAUDI

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Government leaders won't attend '#March4Justice' on Parliament, inspired by Brittany Higgins rape allegation

3/14/2021

Deputy Prime Minister Michael McCormack says he appreciates it is an important issue, but he won't attend a march to demand action on violence against women.(AAP: Mick Tskikas)

Deputy Prime Minister Michael McCormack won't attend a public march on Monday planned to demand action on violence against women at Parliament House, following a month of accusations that it harbours a toxic workplace.

Key points:

Deputy Prime Minister Michael McCormack won't attend the demonstration because he has meetings all day

The protest follows a month of accusations that Parliament House harbours a toxic workplace

Opposition Leader Anthony Albanese says he will attend the protest, along with other colleagues

Appearing on Insiders, Mr McCormack was asked why he couldn't take 10 minutes to speak with the women and men expected to descend on the nation's capital tomorrow.

"No, I have meetings all day," Mr McCormack told David Speers.

"Look, at the end of the day, we want Parliament to be a place which is a fit and proper workplace, and I know that indeed in my office I've said that to my staff, I've made sure that they know all the proper processes and protocols.

"If there are issues that people feel that they are not being supported in and there are issues that indeed are very grave, then they should be dealt with by the proper authorities, so department in cases of harassment and the police if the matters are more serious than that."

Women like Brittany Higgins have inspired the marches.(Supplied)

The black-clad protesters plan to demonstrate on the first day of parliamentary sittings since the scandal-plagued fortnight in which allegations about the culture in the building were raised.

The national day of action will also see marches held across the country, though the main event in Canberra had to be changed due to COVID-19 safety measures.

Prime Minister Scott Morrison said he also would not attend the march, but would be happy to meet with the organisers to hear what they wanted the government to do.

"I would be happy to meet with a delegation from the group that is coming to Canberra," Mr Morrison said.

"I will meet them as I do with many groups. I will meet them privately in my office and I will listen carefully."

VIDEO Duration: 1 minute 7 seconds1m 7s

WATCH

PM rules out attending march set to take place outside Parliament House

Federal Opposition Leader Anthony Albanese said he would attend the March4Justice protest with colleagues to show his support for the campaign.

"It is important we listen to what the community is saying — that was the message that Grace Tame, the Australian of the Year, said at the national press club," Mr Albanese told Sky News.

"We do have a scourge of violence against women and against children — we do need to listen to what people are saying and tomorrow is an opportunity to do that."

What's happening?

Janine Hendry is calling on people to surround Parliament House in silent protest against discrimination and alleged sexual abuse.(ABC News: Tamara Penniket)

The protests are being organised by Melbourne academic Janine Hendry, who initially outlined her hopes for "extremely disgruntled women" to link arms and form a human chain around Parliament House in Canberra.

Monday is the first day of parliamentary sittings since late February, when Parliament was engulfed by an allegation made by Brittany Higgins that she was raped inside the office of then-defence industry minister Linda Reynolds.

Separately, Attorney-General Christian Porter has also emphatically denied a historical rape allegation going back more than 30 years and is currently on mental health leave.

Organisers hope the Canberra march will see thousands of protesters take to the lawns of Parliament House, but protests will also be held in all major cities and dozens of regional locations.

Will it be COVID-safe?

The main event in Canberra has been approved by ACT Health authorities, though concessions have been made to ensure the protests are in accordance with the rules there.

Organisers initially wanted to encircle Parliament House in Canberra.

(ABC News: Jenny Magee)

While the initial plan was to form a human ring around Parliament, that plan had to be ditched for safety reasons.

"Due to COVID restrictions, we can't do this but we will be still making an impact," Ms Hendry said.

Anyone attending the main march will be required to check in with the ACT's Check In CBR app, and hand sanitiser will be available at the event.
What do the protesters want?

The march on Parliament House will culminate in organisers delivering a petition calling for a range of actions including:

Independent investigations into cases of gendered violence

Strengthening of the Sex Discrimination Act

Mandatory gendered violence and sexual harassment training for MPs and their staff

For all Australian parliaments to have a 50:50 gender split by 2030

At least one of the protesters' demands has already been met, with Prime Minister Scott Morrison last week announcing sex discrimination commissioner Kate Jenkins would conduct a review into the workplace culture at Parliament House.

Sex discrimination commissioner Kate Jenkins is reviewing

 the workplace culture at Parliament House.(AAP: David Moir)

At the time, Mr Morrison acknowledged the culture in Parliament had to change.

"The Parliament of Australia should set the example for others to follow," he said.

"The Parliament of Australia should reflect best practice in the prevention of, and response to, any instances of bullying, sexual harassment, or sexual assault."

Ms Hendry said she believed the marches, which she labelled apolitical, would ensure that lasting change.

"Women who have never marched before are joining us in action. Women who have been marching all their lives are still here," Ms Hendry said.

"There are people from every political party and no political party."

Advocates push to outlaw gender assignment surgery on intersex children in Tasmania

By April McLennan
3/14/2021

Robert Wilson is frustrated by the lack of support available 

for intersex people in Tasmania.(ABC News: April McLennan)

Robert Wilson is not your average chicken farmer.

Key points:

Some members of Tasmania's intersex community are frustrated at a lack of dedicated health services and support available in the state

Advocates say operations should be delayed until children can consent to procedures, but some medical professionals say operations earlier in life are necessary

Surgery on intersex children without their consent could be criminalised by the state government if it accepts a proposal by the Tasmania Law Reform Institute

Born intersex, he has a variation of both male and female genitalia.

Mr Wilson said he began to notice something different about his body when he was about eight years old.

"All the kids were in the bath together and my brother use to say to me, 'you're not like me, you're like half Marg, our sister, and half me.'"

"The average person knows what a male looks like and what a female looks like, but to try and explain when you've got a mix of the two … people just can't comprehend," he said.

Intersex people are born with variations of sex characteristics, affecting about 1.7 per cent of all births.

In Australia, children with intersex variations may be given hormone treatment or have surgeries to 'normalise' their bodies.

Three days after he was born, Mr Wilson underwent surgery.

"The doctors decided, because I peed out of a penis, that I'd be made a boy.

"So, they just incised out the women's uterus and stitched it up."

Robert Wilson had his first operation when he was just three days old.

(ABC News: April McLennan)

Concerns around consent

Equality Tasmania and Intersex Peer Support Australia's Tasmanian representative Simone-Lisa Anderson said everyone should be able to choose what happens to their bodies.

"Unfortunately, the harms that happen because of these normalisation surgeries are life-long," Ms Anderson said.

"When they're older and they can choose, there's a lot better outcomes, there's less life-long issues, there's less psychological issues because they got to choose."

But some medical professionals believe surgery is necessary despite concerns around child consent.

Helen McArdle says surgery is sometimes necessary for intersex children

(Supplied: Australian Medical Association)

The Tasmanian president of the Australian Medical Association (AMA), Helen McArdle said only essential surgery should be performed on children.

"If surgery is required to enable appropriate functioning, as opposed to gender reassignment, then it may be that we shouldn't wait until a child is 18 to undertake the consent, because that could cause a lot of health problems in the meantime," Ms McArdle said.

"If say a boy can't go to the toilet appropriately, then it may be that the surgery is necessary for medical reasons."

Better support services needed

Mr Wilson said the surgery performed on him as a child has led to ongoing health problems, leaving him frustrated at the lack of health services and support available in Tasmania.

"The local doctor didn't want to know about it," he said.

"So, I went to another one at the surgery and she was a gynaecologist and she sent me to the [Launceston] General.

"I went round to the General and I think it was show and tell."

Mr Wilson said after spending 14 hours at the Launceston General Hospital he was sent home without help.

Mr Wilson says he's had difficulty accessing the support services he needs close to home.(ABC News: April McLennan)

The AMA said assistance can be provided for intersex patients to access medical procedures interstate.

"It's very difficult to develop the expertise locally to deal with that group," Ms McArdle said.

Ms Anderson says there needs to be better support for intersex people who have undergone surgery.(ABC News: Janek Frankowski)

"So, if we don't have the service, either in a regional area or in Tasmania as a whole, then patients are supported to go and seek advice elsewhere, mostly that's Melbourne."

However, Ms Anderson said there needed to be more support for people who had undergone the surgeries.

"Especially psychological support and support to reduce some of these life-long issues that are physical," she said.

"It's basically, let's do these surgeries while these kids are young and then forget about them."

Performing sex-assignment surgery on intersex children without their consent could be criminalised in Tasmania if the state government accepts a proposal put forward by the Tasmania Law Reform Institute.

The state government said it would consider the recommendations made by the institute.