Magic beat electrons, also known as magic angle twisted bilayer graphene (MATBG), is a phenomenon that occurs when two layers of graphene are stacked on top of each other at a specific angle. This unique alignment leads to the emergence of new electronic states in the material. The magic angle in MATBG refers to the angle at which the two layers of graphene are twisted with respect to each other. In 2018, scientists discovered that when the layers are rotated at an angle of around 1.1 degrees, the resulting structure exhibits remarkable properties. At this magic angle, the bilayer graphene becomes superconducting, meaning it can conduct electricity without any resistance.
The latest sale follows a year of record-breaking sales for Black Lotus and the rest of Magic: The Gathering’s Power Nine - nine cards from its earliest sets banned due to their in-game strength, that became among its rarest and most valuable cards as a result. While no card topped the signed Alpha Black Lotus sold in 2021, a number of Power Nine cards from MTG’s Alpha, Beta and Unlimited sets broke sales records in 2022 as demand among collectors continues to see prices reach ever-more extravagant heights.
The card s sale for 540,000 via auction house PWCC beat the previous record set by another Gem Mint 10 Alpha Black Lotus signed by Rush, sold for just over 511,000 in January 2021. Some market observers might conclude Bank of America was right to complain that Hasbro, owner of Magic publisher Wizards of the Coast, was printing too many cards and devaluing them.
At this magic angle, the bilayer graphene becomes superconducting, meaning it can conduct electricity without any resistance. This discovery has generated significant interest in the scientific community due to its potential applications in the field of quantum materials and electronics. Superconductivity is a phenomenon that is usually observed at very low temperatures, but in the case of MATBG, it can occur at relatively higher temperatures.
Magic: The Gathering Black Lotus worth $615,000 breaks yet another sales record, days after the last one
Artist proof signed by creator Christopher Rush outsells Alpha Black Lotus.
Image credit: Image: Heritage Auctions/stock.adobe.com/DAndreev News by Matt Jarvis Editor-in-chief Published on March 28, 2023 Follow Magic: The Gathering About Magic: The GatheringRules complexity: Medium
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Publisher: Wizards of the Coast
Designer: Richard Garfield
Another week, another record-breaking sale for Magic: The Gathering’s most iconic card, the Black Lotus.
Mere days after a perfect-condition Alpha Black Lotus signed by artist-designer Christopher Rush set a new record for the most expensive MTG card ever sold at auction, another Black Lotus autographed by Rush has already beaten its impressive figure.
What’s more, the Black Lotus sold on March 24th - eight days after the previous card sold for $540,000 on March 16th - is part of MTG’s later Limited Edition Beta set, rather than the game’s very earliest Alpha release. On top of that, the card’s condition was rated as a ‘Near Mint/Mint+’ 8.5 by grading specialist CGC, in comparison to the last card’s top score of Gem-Mint 10 awarded by PSA.
Image credit: Heritage Auctions
Instead, this latest card’s value lies in being an artist proof for the Beta Black Lotus. Also known as ‘whitebacks’, due to the absence of MTG’s familiar card back illustration on their reverse, these proofs are provided to artists who work on Magic: The Gathering as a way of owning and showing off their art for the game without impacting the value or rarity of cards on the secondary market.
With only a few dozen whitebacks reportedly produced at most for any card, artist proofs have themselves become highly collectible among MTG collectors - potentially being even rarer than the few surviving copies of the Alpha Black Lotus and other Power Nine cards recorded today.
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The Beta Black Lotus artist proof sold for $615,000 via Heritage Auctions was part of the collection of Jeff Ferreira, Rush’s former agent. While the Alpha Black Lotus sold the week before had Rush’s signature on its protective case, this latest card featured the late MTG designer’s scribble directly on the card itself.
“The rarity of the card cannot be understated, as the copies known to exist in the community is incredibly small, and for any copy, much less a signed copy, to come up for public auction is unheard of,” Heritage said, claiming that the sale was the first time that a copy of the whiteback had appeared at auction. According to the auction house, the $615,000 sale price set a new record for the most valuable MTG card sold via public auction.
Ferreira’s collection also included a number of other rare Magic: The Gathering cards - including several of the Power Nine - original drawings and paintings from Rush of the Black Lotus, and various illustrations from the artist on MTG cards that offer playful takes on the Black Lotus alongside Darth Vader, R2-D2 and Frozen’s Olaf.
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This makes it easier to study and manipulate. The origin of the superconductivity in MATBG is still an open question. Some theories suggest that it arises from the interaction between the electrons in the material, while others propose that it is a result of the interaction between the electrons and lattice vibrations. Regardless of its origin, the superconducting state in MATBG has been found to exhibit various fascinating properties, including the appearance of discrete energy levels known as Van Hove singularities. The study of MATBG is a rapidly evolving field, with new discoveries being made regularly. Researchers are investigating different ways to modify the properties of the material, such as by applying external electric and magnetic fields. These studies aim to gain a deeper understanding of the underlying physics and to unlock the potential technological applications of this unique material. In conclusion, magic beat electrons in twisted bilayer graphene have opened up new avenues for research in the field of quantum materials and electronics. The discovery of superconductivity at relatively higher temperatures has sparked considerable interest and excitement in the scientific community. Further research in this field promises to provide insights into the fundamental physics of MATBG and may lead to the development of novel electronic devices with enhanced performance..
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