Monthly Archives: June 2023

AFC South news roundup: Colts CB subject of gambling … – Titans Wire

Posted: June 12, 2023 at 10:15 pm

Sunday marks a new week, and with it a new AFC South news roundup where we check in on the Tennessee Titans division rivals, the Houston Texans, Indianapolis Colts and Jacksonville Jaguars.

But before we get to the news, a look at the week ahead for the Titans: theyll hold the final four sessions of OTAs from June 12-15 before heading off to summer break prior to training camp in late July.

We start in Indianapolis, where one Colts player appears to be in boiling hot water thanks to allegations of gambling violations. Weve seen the NFL come down hard on multiple players in the last few years for such violations.

In Jacksonville, the Jaguars arent set to be a threat for DeAndre Hopkins, at least according to their head coach. Meanwhile, the Texans might be a different story, but their head coach was mum on the idea.

For those stories and more, keep scrolling.

Colts 2023 fifth-round pick and tight end Will Mallory is dealing with a foot injury sustained during rookie minicamp. Indy is taking the cautious approach with the rookie and his timetable to return is unknown.

Read more here.

Colts Wires Kevin Hickey provides some injury updates on key players, with linebacker Shaq Leonard, wide receivers Josh Downs and Michael Pittman, and running back Jonathan Taylor among them.

Read more here.

Want to know how things are going with the Colts offseason program? Check out this roundup of what Colts Wires Kevin Hickey learned from Week 3 of OTAs.

Read more here.

Despite battling it out for the starting job with No. 4 overall pick, Anthony Richardson, veteran Gardner Minshew has taken the youngster under his wing and is helping him learn the ropes of the NFL.

Read more here.

Indianapolis made an addition at wide receiver with the signing of veteran Breshad Perriman, who worked out for the team before inking the deal. In addition, Indy waived rookie receiver Tyler Adams.

Read more here.

Colts cornerback Isaiah Rodgers is the subject of an investigation for possible gambling violations, including placing bets on his own team. Rodgers has since come out and apologized.

Read more here.

Meghan Hall of Colts Wire lists her five most underrated players on the team going into the 2023 campaign, one of which includes second-year wideout, Alec Pierce.

Already dealing with an injury to Michael Pittman, fellow wideout Alec Pierce is also sidelined at the moment, but the injury isnt thought to be serious.

Read more here.

If you were wondering if the Jaguars would possibly make a run at DeAndre Hopkins like the Titans are, we have our answer thanks to Jacksonville head coach Doug Pederson: no.

Read more here.

While the Titans are building a new stadium, the Jaguars are in the midst of trying to renovate theirs. This past week, they released a rendering of what the proposed new TIAA Bank Field will look like. The team is hoping to bring the NFL draft to Jacksonville after its finished.

Read more here.

We see teams around the NFL taking part in activities to help with the camaraderie and team building. For the Jags, that involved going paintballing.

Read more here.

After it was reported that Hopkins was interested in a potential reunion with his old team, Texans head coach DeMeco Ryans was asked about the veteran wideout but his answer was, as youd expect with such a topic, coach speak.

Read more here.

Ryans spoke about the progress of his three quarterbacks this past week and is pleased with what hes seen, including from rookie quarterback C.J. Stroud, who is expected to start in Year 1.

Read more here.

Texans running back Dameon Pierce has been giving rookie C.J. Stroud some very good advice at practice: command the huddle.

Read more here.

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AFC South news roundup: Colts CB subject of gambling ... - Titans Wire

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Best Ethereum Casinos in 2023: Top 10 ETH Gambling Sites with Quick Payouts & Big Bonuses – The Hudson Reporter

Posted: at 10:15 pm

Most crypto casinos right now will accept your ETH deposit, but which are the truly best Ethereum casino sites among them?

Thats what weve been trying to figure out the last couple of weeks that we spent testing the top Ethereum gambling sites that players seem to love and the results are finally in.

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BitStarz turned out to be the best Ethereum casino for our money, but we listed as many as 10 options for you to explore.

Lets dive in and review them together, shall we?

Pros:

Cons:

BitStarz is our top pick for the best Ethereum casino because it has a superior offering of fantastic casino games, fast payouts, superb mobile capabilities, and outstanding bonuses and rewards.

Game Selection: 5/5

With just over 4600 casino games on offer, the BitStarz game selection is hard to beat. They have thousands of high-quality games that feature some of the biggest name titles the internet has to offer.

They offer excellent online slots with a few big progressive jackpot slots. Some of the most popular titles to explore in this category are Master of Starz and Dragon Kings.

There are also amazing table games with many different variations of popular games, such as blackjack, baccarat, and roulette.

Bitstarzs live dealer casino is also amazing, with excellent casino hosts that are the epitome of professionalism though keep in mind that these games are not available in every country.

Bonuses & Rewards: 4.9/5

BitStarz offers a generous welcome bonus worth 125% up to 5 ETH plus an additional 180 free spins. This bonus extends to your following three deposits, allowing you to claim up to 25 ETH in total. If youre okay with depositing Bitcoin, you can claim up to 5 BTC instead.

They also have excellent ongoing promotions for their existing players to enjoy, including Slot Wars and Table Wars tournaments with cash prizes and free spins, as well as a giveaway where players stand a chance to win a Tesla.

Mobile Compatibility: 4.9/5

The BitStarz mobile casino app is exceptionally well designed with a slick look and feel and superb navigation. The built-in browser app has excellent responsiveness, and the intuitive display adapts to all screen sizes, so you are good to go on both phones and tablets.

We especially love that nearly all of the games from desktops are available on mobile, which is impressive when you consider how many games the platform hosts.

Banking: 5/5

BitStarz has an excellent suite of crypto banking options. Obviously, it accepts Ethereum, but thats not all. You can also manage your bankroll via Bitcoin, Cardano, Bitcoin Cash, Tether, Ripple, and a few more cryptocurrencies.

The maximum per-transaction withdrawal is the equivalent of 10 BTC, and payout times range from 6 to 12 minutes on average. Notably, all payouts are fee-free.

Misc: 4.9/5

BitStarz remains one of the most popular online casinos and our top pick for the best Ethereum online casino because it really pays attention when it comes to the needs and wants of its players.

They also have the best customer support department of all the Ethereum online casinos. Their support staff is exceptionally well-trained, very professional, and extremely knowledgeable. In fact, theyve won an industry award for being the Best Customer Support and over 2,000 reviews are in place to prove that true.

You can get in touch via email, live chat, and social media.

>> 125% up to 5 ETH first deposit bonus available at Bitstarz

Pros:

Cons:

Ignition Casino packs an incredible punch with its jackpots and poker room. It has a sensational lineup of Hot Drop jackpot slots and a renowned poker section that is suitable for both seasoned and new players alike.

Game Selection: 4.7/5

With just over 250 games, Ignition Casino is considerably smaller than some of the other Ethereum casinos on this list, but the quality of their games is fantastic. They offer a decent selection of online slots that feature a few impressive Hot Drop jackpots.

Whats a Hot-Drop jackpot, you may wonder? Thats an additional jackpot attached to regular slot games, which can trigger randomly on any spin, regardless of your stake size. In the case of Ignition, there are 10 slots with a hot drop attached to them.

Therefore, by playing American Jet Set, 777 Deluxe, A Night With Cleo, or any of the other eligible games, you will stand a chance of winning an hourly (average $1,000), daily (average $25,000), or a super-jackpot that must drop before reaching $300,000.

On top of that, there are over 35 live table games with stakes starting at $1 and peaking at $10,000, as well as an entire poker room with daily tournaments and high-traffic cash games.

Bonuses & Rewards: 4.9/5

Ignition Casino has always been generous with its bonuses. They offer an excellent 300% crypto welcome bonus of up to $3000 split between their online casino and poker section.

The wagering requirement for the casino part of the bonus is 25x, which is way below the industry average.

They also offer a few ongoing promotions for existing players, including a refer-a-friend promotion, Weekly Boost, and their infamous Ignition VIP Rewards program.

Mobile Compatibility: 4.7/5

Ignition Casino has a decent poker app, which you can download and get straight to the tables. To play casino games, you can open Ignition via your browser and enjoy some instant-play action Ignitions website is fully compatible with all smartphones and tablets.

Banking: 4.5/5

Some of the cryptocurrencies you can use at Ignition are Ethereum, Bitcoin, Litecoin, and Tether. While the minimum deposit is $20 across most methods, Ethereum deposits are a bit higher at $50.

Most crypto payouts are processed within 1 to 24 hours, and you can also use credit cards or MatchPay to deposit and play here.

Misc: 5/5

Ignition Casino may be a smaller ETH online casino, but it offers the best poker experience of all the Ethereum casinos on this list. The overall impression of Ignition Casino is one of easy online gambling peppered with superior features that makes it a superb platform to play on.

They also have a decent customer support department, and their agents are on hand 24 hours a day to answer any questions you may have. You can contact their support team via live chat and email or make use of the public forum on-site.

>> 300% up to $3,000 crypto welcome bonus available at Ignition

Pros:

Cons:

Super Slots is an exciting online Ethereum casino that offers a kick-ass crypto welcome offer. They also have a fantastic selection of progressive jackpot slots that feature some of the most generous jackpots the internet has to offer.

Game Selection: 4.6/5

Super Slots has an impressive lineup of over 470 games, including some of the most generous progressive jackpot slots. Some of the names to look out for include Charms & Clovers ($70,000 jackpot), Pompeii ($60,000 jackpot), and Dragon Kings ($100,000).

To find these games, however, you will need to either search them by name or scroll through the entire slots selection theres no dedicated Jackpot tab available.

Super Slots table game selection is also very impressive, and we love the different variations of blackjack and roulette games.

They also have a stupendous live dealer casino with hosts that are a little more informal than usual, which we enjoy. You can explore over 30 live games here, evenly split between Casino Red and Casino Black, and high-rollers will love the high betting limits of up to $20,000.

Bonuses & Rewards: 4.9/5

Super Slots offers a fantastic crypto welcome bonus worth 400% up to $4,000 if you use the code CRYPTO400. The wagering requirements are a bit higher, but thats only to be expected for a bonus of this magnitude.

They also offer some fantastic ongoing promotions to keep things exciting, including a 10% Weekly Rebate, $35,000 in Daily Prizes, weekly free spins, special day-of-the-week promotions, and more. Check out their website for the full list of their amazing ongoing promotions.

Mobile Compatibility: 4.5/5

We absolutely love the Super Slots instant-play app. It is exceptionally well designed with a clean, uncluttered look and feel. The browser works perfectly on Android and iOS devices, and most of the games from the desktop version are available.

Banking: 4.7/5

Bitcoin and Ethereum are the most popular banking methods at Super Slots Casino, but they do offer a whole host of other options. You can also use Apecoin, Binance, Avalanche, Bitcoin Cash, Bitcoin SV, Cardano, Chainlink, Dogecoin, Litecoin, Polygon, Ripple, and more.

There are no fees attached to any of the transactions, and they have reasonable minimum and maximum deposits. You can also expect your payout to arrive within 2 days, and the maximum you can withdraw in one go is $100,000 in crypto equivalent.

Misc: 4.8/5

Super Slots remains one of our all-time favorite Ethereum and Bitcoin gambling sites because of its superior selection of games, banking options, and mobile functionality. But we are mainly all about the bonuses and rewards at Super Slots.

They have a decent customer support department that is efficient as well as knowledgeable and professional. You do have to be signed into your account to use the live chat feature, which is a little annoying. You can contact their support team via email as well.

>> Claim a 400% crypto bonus up to $4,000 at Super Slots

Pros:

Cons:

Flush Casino is a brand-new online casino that burst onto the scene in 2022. Since its inception, it has been winning over fans for its simplistic video game-like online casino that offers some of the best live dealer casino action among all Ethereum casinos.

Game Selection: 5/5

The game selection at Flush Casino is deeply impressive. It isnt only that they have over 4000 games on offer, it is also the quality of the gameplay on offer that is astounding.

They offer excellent traditional online slots along with a few progressive jackpot slots that touch well beyond the $100,000 mark. Flush Casino also has excellent table games, and you will find every variation of poker, blackjack, and roulette available on the platform.

But where Flush Casino gets super interesting is with their live dealer casino, offering incredible live dealer games. You can explore everything from live blackjack and roulette to rare game shows and even some dice games.

Bonuses & Rewards: 4.3/5

Flush Casino does have a welcome bonus, but its only when you log in and try to make a deposit when they ask whether you want a bonus or not its not visible on the promotions page.

If you deposit between $10 and $200 in ETH equivalent, you will get a 100% match bonus tacked onto your deposit. If you deposit between $200 and $1,000, you will get a stronger 150% match bonus.

Its a decent incentive to get you started, but it cant compete with our better-ranked online Ethereum casinos.

That being said, there are plenty of seasonal promotions to explore at Flush Casino, all of which have great cash prize pools. However, these tend to change throughout the week.

Mobile Compatibility: 4.7/5

Flush Casino has a mobile-adapted browser app that features superb responsiveness and navigation. Its compatible with both iOS and Android devices, and all you need is a mobile device and a stable internet connection to start playing games.

Banking: 4.7/5

Flush Casino is a crypto-exclusive online casino, and besides Ethereum, you can also use Bitcoin, Dogecoin, and Litecoin to make a deposit here. There are no banking fees across any of the transactions, and you can expect your funds within the hour.

Flush Casino also has a very high banking safety and security rating, so you know your money is in safe hands. The cashier is also very easy to use, with step-by-step prompts directing you along every step of the way.

Misc: 4.8/5

Flush Casino may be a brand-new online casino, but its offering is super sharp. They have an amazing selection of fantastic games as well as a superior live dealer casino that is impressive.

When you need help with anything, theres a decent customer support department too. It is always helpful when the agents are quick to respond and understand what is being asked of them.

You can contact the Flush Casino customer support department via live chat and email in one of six languages.

>> Up to a 150% match bonus available at Flush Casino

Pros:

Cons:

Bovada is one of the best Ethereum casinos and is consistently rated as the worlds #1 sportsbook. They offer a slick overall online gambling experience and some fantastic Ethereum casino bonuses.

Game Selection: 4.5/5

Bovada has been delighting fans with its exceptional online casino games since 2011. They have a small but decent selection of fantastic online slots that includes a few generous progressive jackpot slots.

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Best Ethereum Casinos in 2023: Top 10 ETH Gambling Sites with Quick Payouts & Big Bonuses - The Hudson Reporter

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Maltese company involved in Brazilian online gambling controversy – The Shift News

Posted: at 10:15 pm

News

Neymar Jr was one of the celebrities hired by Blaze to promote its online platform. Photo: Instagram

A Maltese iGaming certification company with offices in Sliema is part of a group of companies that owns Blaze, a gambling website that is making national headlines in Brazil after being accused of money laundering, scamming its customers and funnelling funds to influencers promoting the online casino.

The EM Group of companies based in Malta and owned by Dutch businessman George F.J.M. Van Zinnicq Bergmann includes eMoore N.V., a Curacao company which forms part of the long chain of holding companies and subsidiaries that ultimately own online casino Blaze.

The casino was recently subject to massive controversy in Brazil, where most of its users reside. Investigator and YouTuber Daniel Penin uncovered the elaborate chain of companies obscuring the ultimate owners behind the casino accused of money laundering and scamming customers.

Penins video entitled Take from the poor and give to influencers showed how Blaze was owned by Profilic Trade N.V., whose registered address was the same as that of Trustmoore Curacao which was ultimately owned by eMoore N.V.

EMoore forms part of the EM Group of companies based in Malta. Trustmoore, whose parent company is based in the Netherlands, also holds subsidiaries Trustmoore Corporate Services and Trustmoore Malta Limited in Malta, which share offices with eMoore Malta and EM Group at Windsor Street, Sliema.

Trustmoore and EM Groups Sliema Offices Photo: GoogleMaps/Trustmoore

Blaze hired over 400 influencers including internationally recognised names such as football player Neymar Jr to promote its online casino website. The casino offers online blackjack, roulette, slots and sports betting to its over 95% Brazilian audience despite gambling being illegal in Brazil.

It can do so since its parent company, Prolific Trade, is based offshore at the offices of Trustmoore, in Curacao, an independent colony within the Netherlands. The loophole, commonly exploited within the gambling industry, netted Blaze over 40 million players.

A follow-up video from Pelin showed that the Brazilian director of Blaze is Erick Loth Teixeira, whose name was listed as the owner of a geotargeted version of the Blaze website.

A survey carried out by the Organised Crime and Corruption Reporting Project in collaboration with Brazilian site Portal do Bitcoin found that following the allegations and Pelins video, Blaze has now accumulated a total of 15 lawsuits in eight Brazilian states.

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Maltese company involved in Brazilian online gambling controversy - The Shift News

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Why were there no gambling bills this session? – Alabama Political Reporter

Posted: at 10:15 pm

The Legislative Session for 2023 is set to end today after the Legislature introduced bills addressing an abundance of issues except gambling.

The only gaming bill that was introduced during the session was by Sen. Bobby Singleton, D-Greensboro, with SB324 which only applied to Greene County. The bill was sent back to a committee two weeks ago, effectively meaning it is dead.

House Speaker Nathaniel Ledbetter, R-Rainsville, appeared on Alabama Public Televisions Capitol Journal and discussed the gambling issue with Todd Stacy. Ledbetter said that due to 31 new members coming into the legislature he told them up front we werent moving any legislation on gaming.

But Ledbetter did say that they would look at that issue on gaming because of the lack of regulations or gaming commission.

Weve already got gaming in Alabama. The problem with it right now is because we dont have regulations, we dont have a gaming commission, Ledbetter said. So, weve made accomplishments on long-term issues, and I think gaming is one of them. I think it has got to be fixed. Its broken. Just letting it fly in the wind and not have any regulations and nothing going on, I think the state has got to look at doing something to fix it. At the end of the day, it is the people of Alabama who have to vote to do something.

Gaming in the state is currently restricted to facilities owned by the Poarch Band of Creek Indians, parimutuel tracks and draft fantasy sports.

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Why were there no gambling bills this session? - Alabama Political Reporter

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AI and the threat of "human extinction": What are the tech-bros … – Salon

Posted: at 10:14 pm

On May 30, a research organization called the Center for AI Safety released a 22-word statement signed by a number of prominent "AI scientists," including Sam Altman, the CEO of OpenAI; Demis Hassabis, the CEO of Google DeepMind; and Geoffrey Hinton, who has been described as the "godfather" of AI. It reads:

Mitigating the risk of extinction from AI should be a global priority alongside other societal-scale risks such as pandemics and nuclear war.

This statement made headlines around the world, with many media reports suggesting that experts now believe "AI could lead to human extinction," to quote a CNN article.

What should you make of it? A full dissection of the issue showing, for example, that such statements distract from the many serious harms that AI companies have already caused would require more time and space than I have here. For now, it's worth taking a closer look at what exactly the word "extinction" means, because the sort of extinction that some notable signatories believe we must avoid at all costs isn't what most people have in mind when they hear the word.

Understanding this is a two-step process. First, we need to make sense of what's behind this statement. The short answer concerns a cluster of ideologies that Dr. Timnit Gebru and I have called the "TESCREAL bundle." The term is admittedly clunky, but the concept couldn't be more important, because this bundle of overlapping movements and ideologies has become hugely influential among the tech elite. And since society is being shaped in profound ways by the unilateral decisions of these unelected oligarchs, the bundle is thus having a huge impact on the world more generally.

The acronym stands for "transhumanism, extropianism, singularitarianism, cosmism, rationalism, effective altruism and longtermism." That's a mouthful, but the essence of TESCREALism meaning the worldview that arises from this bundle is simple enough: at its heart is a techno-utopian vision of the future in which we re-engineer humanity, colonize space, plunder the cosmos, and establish a sprawling intergalactic civilization full of trillions and trillions of "happy" people, nearly all of them "living" inside enormous computer simulations. In the process, all our problems will be solved, and eternal life will become a real possibility.

This is not an exaggeration. It's what Sam Altman refers to when he writes that, with artificial general intelligence (AGI), "we can colonize space. We can get fusion to work and solar [energy] to mass scale. We can cure all human diseases. We can build new realities. We are only a few breakthroughs away from abundance at scale that is difficult to imagine." It's what Elon Musk implicitly endorsed when he retweeted an article by Nick Bostrom which argues that we have a moral obligation to spread into the cosmos as soon as possible and build "planet-sized" computers running virtual-reality worlds in which 1038 digital people could exist per century. (That's a 1 followed by 38 zeros.) According to the tweet, this is "likely the most important paper ever written." When Twitter founder Jack Dorsey joined Musk in suggesting that we have a "duty" to "extend" and "maintain the light of consciousness to make sure it continues into the future," he was referencing a central tenet of the TESCREAL worldview.

I don't think that everyone who signed the Center for AI Safety's short statement is a TESCREAList meaning someone who accepts more than one of the "TESCREAL" ideologies but many notable signatories are, and at least 90% of the Center for AI Safety's funding comes from the TESCREAL community itself. Furthermore, worries that AGI could cause our extinction were originally developed and popularized by TESCREALists like Bostrom, whose 2014 bestseller "Superintelligence" outlined the case for why superintelligent AGI could turn on its makers and kill every human on Earth.

Here's the catch-22: If AGI doesn't destroy humanity, TESCREALists believe it will usher in the techno-utopian world described above. In other words, we probably need to build AGI to create utopia, but if we rush into building AGI without proper precautions, the whole thing could blow up in our faces. This is why they're worried: There's only one way forward, yet the path to paradise is dotted with landmines.

Here's the catch-22: TESCREALists believe we probably need to build AGI to create utopia, but if we rush into building AGI without proper precautions, the whole thing could blow up in our faces.

With this background in place, we can move on to the second issue: When TESCREALists talk about the importance of avoiding human extinction, they don't mean what you might think. The reason is that there are different ways of defining "human extinction." For most of us, "human extinction" means that our species, Homo sapiens, disappears entirely and forever, which many of us see as a bad outcome we should try to avoid. But within the TESCREAL worldview, it denotes something rather different. Although there are, as I explain in my forthcoming book, at least six distinct types of extinction that humanity could undergo, only three are important for our purposes:

Terminal extinction: this is what I referenced above. It would occur if our species were to die out forever. Homo sapiens is no more; we disappear just like the dinosaurs and dodo before us, and this remains the case forever.

Final extinction: this would occur if terminal extinction were to happen again, our species stops existing and we don't have any successors that take our place. The importance of this extra condition will become apparent shortly.

Normative extinction: this would occur if we were to have successors, but these successors were to lack some attribute or capacity that one considers to be very important something that our successors ought to have, which is why it's called "normative."

The only forms of extinction that the TESCREAL ideologies really care about are the second and third, final and normative extinction. They do not, ultimately, care about terminal extinction about whether our species itself continues to exist or not. To the contrary, the TESCREAL worldview would see certain scenarios in which Homo sapiens disappears entirely and forever as good, because that would indicate that we have progressed to the next stage in our evolution, which may be necessary to fully realize the techno-utopian paradise they envision.

There's a lot to unpack here, so let's make things a little more concrete. Imagine a scenario in which we use genetic engineering to alter our genes. Over just one or two generations, a new species of genetically modified "posthumans" arises. These posthumans might also integrate various technologies into their bodies, perhaps connecting their brains to the internet via "brain-computer interfaces," which Musk's company Neuralink is trying to develop. They might also become immortal through "life-extension" technologies, meaning that they could still die from accidents or acts of violence but not from old age, as they'd be ageless. Eventually, then, after these posthuman beings appear on the scene, the remaining members of Homo sapiens die out.

This would be terminal extinction but not final extinction, since Homo sapiens would have left behind a successor: this newly created posthuman species. Would this be bad, according to TESCREALists? No. In fact, it would be very desirable, since posthumanity would supposedly be "better" than humanity. This is not only a future that die-hard TESCREALists wouldn't resist, it's one that many of them hope to bring about. The whole point of transhumanism, the backbone of the TESCREAL bundle, is to "transcend" humanity.

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As the TESCREAList Toby Ord writes in his 2020 book "The Precipice," "forever preserving humanity as it is now may also squander our legacy, relinquishing the greater part of our potential," adding that "rising to our full potential for flourishing would likely involve us being transformed into something beyond the humanity of today."

Along similar lines, Nick Bostrom asserts that "the permanent foreclosure of any possibility of transformative change of human biological nature may itself constitute an existential catastrophe." In other words, the failure to create a new posthuman species would be an enormous moral tragedy, since it would mean we failed to fulfill most of our grand cosmic "potential" in the universe.

Of course, morphing into a new posthuman species wouldn't necessarily mean that Homo sapiens disappears. Perhaps this new species will coexist with "legacy humans," as some TESCREALists would say. They could keep us in a pen, as we do with sheep, or let us reside in their homes, the way our canine companions live with us today. The point, however, is that if Homo sapiens were to go the way of the dinosaurs and the dodo, that would be no great loss from the TESCREAList point of view. Terminal extinction is fine, so long as we have these successors.

Or consider a related scenario: Computer scientists create a population of intelligent machines, after which Homo sapiens dwindles in numbers until no one is left. In other words, rather than evolving into a new posthuman species, we create a distinct lineage of machine replacements. Would this be bad, on the TESCREAList view?

Prominent "transhumanists" suggest that the failure to create a new posthuman species would be an enormous moral tragedy, since it would mean we failed to fulfill most of our grand cosmic "potential" in the universe.

In his book "Mind Children," the roboticist Hans Moravec argued that biological humans will eventually be replaced by "a postbiological world dominated by self-improving, thinking machines," resulting in "a world in which the human race has been swept away by the tide of cultural change, usurped by its own artificial progeny." Moravec thinks this would be terrific, even describing himself as someone "who cheerfully concludes that the human race is in its last century, and goes on to suggest how to help the process along." Although Moravec was writing before TESCREALism took shape, his ideas have been highly influential within the TESCREAL community, and indeed the vision that he outlines could be understood as a proto-TESCREAL worldview.

A more recent example comes from the philosopher Derek Shiller, who works for The Humane League, an effective-altruism-aligned organization. In a 2017 paper, Shiller argues that "if it is within our power to provide a significantly better world for future generations at a comparatively small cost to ourselves, we have a strong moral reason to do so. One way of providing a significantly better world may involve replacing our species with something better." He then offers a "speculative argument" for why we should, in fact, "engineer our extinction so that our planet's resources can be devoted to making artificial creatures with better lives."

Along similar lines, the TESCREAList Larry Page co-founder of Google, which owns DeepMind, one of the companies trying to create AGI passionately contends that "digital life is the natural and desirable next step in the cosmic evolution and that if we let digital minds be free rather than try to stop or enslave them, the outcome is almost certain to be good." According to Page, "if life is ever going to spread throughout our Galaxy and beyond, which it should, then it would need to do so in digital form." Consequently, a major worry for Page is that "AI paranoia would delay the digital utopia and/or cause a military takeover of AI that would fall foul of Google's 'Don't be evil' slogan." (Note that "Don't be evil" was "removed from the top of Google's Code of Conduct" in 2018.)

Some have called this position "digital utopianism." However one labels it, Page's claim that we will need to become digital beings, or create digital successors, in order to spread throughout the galaxy is correct. While colonizing our planetary neighbor, Mars, might be possible as biological beings, building an interstellar or intergalactic civilization will almost certainly require our descendants to be digital in nature. Outer space is far too hostile an environment for squishy biological creatures like us to survive for long periods, and traveling from Earth to the nearest galaxy the Andromeda galaxy would require some 10 billion years at current propulsion speeds. Not only would digital beings be able to tolerate the dangerous conditions of intergalactic space, they would effectively be immortal, making such travel entirely feasible.

This matters because, as noted, at the heart of TESCREALism is the imperative to spread throughout the whole accessible universe, plundering our "cosmic endowment" in the process, and creating trillions upon trillions of future "happy" people. Realizing the utopian dream of the TESCREAL bundle will require the creation of digital posthumans; they are necessary to make this dream a reality. Perhaps these posthumans will keep us around in pens or as pets, but maybe they won't. And if they don't, TESCREALists would say: So much the better.

This brings us to another crucial point, directly linked to the supposed threat posed by AGI. For TESCREALists, it doesn't just matter that we have successors, such as digital posthumans, it also matters what these successors are like. For example, imagine that we replace ourselves with a population of intelligent machines that, because of their design, lack the capacity for consciousness. Many TESCREALists would insist that "value" cannot exist without consciousness. If there are no conscious beings to appreciate art, wonder in awe at the universe or experience things like happiness, then the world wouldn't contain any value.

Imagine two worlds: The first is our world. The second is exactly like our world in every way except one: The "humans" going about their daily business, conducting scientific experiments, playing music, writing poetry, hanging out at the bar, rooting for their favorite sports teams and so on have literally no conscious experiences. They behave exactly like we do, but there's no "felt quality" to their inner lives. They have no consciousness, and in that sense they are no different from rocks. Rocks we assume don't have anything it "feels like" to be them, sitting by the side of the road or tumbling down a mountain. The same goes for these "humans," even if they are engaged in exactly the sorts of activities we are. They are functionally equivalent tozombies what are called "philosophical zombies."

This is the only difference between these two worlds, and most TESCREALists would argue that the second world is utterly valueless. Hence, if Homo sapiens were to replace itself with a race of intelligent machines, but these machines were incapable of consciousness, then the outcome would be no better than if we had undergone final extinction, whereby Homo sapiens dies out entirely without leaving behind any successors at all.

That's the idea behind the third type of extinction, "normative extinction," which would happen if humans do have successors, but these successors lack something they ought to have, such as consciousness. Other TESCREALists will point to additional attributes that our successors should have, such as a certain kind of "moral status." In fact, many TESCREALists literally define "humanity" as meaning "Homo sapiens and whatever successors we might have, so long as they are conscious, have a certain moral status and so on."

Consequently, when TESCREALists talk about "human extinction," they aren't actually talking about Homo sapiens but this broader category of beings. Importantly, this means that Homo sapiens could disappear entirely and forever without "human extinction" (by this definition) having happened. As long as we have successors, and these successors possess the right kind of attributes or capacities, no tragedy will have occurred. Put differently and this brings us full circle what ultimately matters to TESCREALists isn't terminal extinction, but final and normative extinction. Those are the only two types of extinction that, if they were to occur, would constitute an "existential catastrophe."

When TESCREALists talk about "human extinction," they aren't actually talking about Homo sapiens but this broader category that could include digital beings or intelligent machines. So Homo sapiens could disappear entirely and forever without "human extinction" (by this definition) having happened.

Here's how all this connects to the current debate surrounding AGI: Right now, the big worry of TESCREAL "doomers" is that we might accidentally create an AGI with "misaligned" goals, meaning an AGI that could behave in a way that inadvertently kills us. For example, if one were to give AGI the harmless-sounding goal of maximizing the total number of paperclips that exist, TESCREALists argue that it would immediately kill every person on Earth, not because the AGI "hates" you but because "you are made out of atoms which it can use for something else," namely paperclips. In other words, it would kill us simply because our bodies are full of useful resources: roughly a billion billion billion atoms.

The important point here is that if a "misaligned" AGI were to inadvertently destroy us, the outcome would be terminal extinction but not final extinction. Why? Because Homo sapiens would no longer exist yet we will have left behind a successor the AGI! A successor is anything that succeeds or comes after us, and since the AGI that kills us will continue to exist after we are all dead, we won't have undergone final extinction. Indeed, Homo sapiens would be gone precisely because we avoided final extinction, as our successor is what murdered us a technological case of parricide.

However, since in this silly example our AGI successor would do nothing but make paperclips, this would be a case of normative extinction. It's certainly not the future most TESCREALists want to create. It's not the utopia where trillions and trillions of conscious posthumans with a similar moral status to ours cluttering every corner of the accessible universe. This is the importance of normative extinction: To bequeath the world to a poorly designed AGI would be just as catastrophic as if our species were to die out without leaving behind any successors at all. Put differently, the threat of "misaligned" AGI is that Homo sapiens disappears and we bequeath the world to a successor, but this successor lacks something necessary for the rest of cosmic history to have "value."

So that's the worry. The key point I want to make here is that Homo sapiens plays no significant role in the grand vision of TESCREALism even if everything goes just right. Rather, TESCREALists see our species as nothing more than a springboard to the next "stage" of "evolution," a momentary transition between current biological life and future digital life, which is necessary to fulfill our "longterm potential" in the cosmos. As Bostrom writes,

transhumanists view human nature as a work-in-progress, a half-baked beginning that we can learn to remold in desirable ways. Current humanity need not be the endpoint of evolution. Transhumanists hope that by responsible use of science, technology, and other rational means we shall eventually manage to become posthuman, beings with vastly greater capacities than present human beings have.

Transhumanism, once again, is the backbone of the TESCREAL bundle, and my guess is that virtually all TESCREALists believe that the inevitable next step in our story is to become digital, which probably means casting aside Homo sapiens in the process. Furthermore, many hope this transition begins in the near future literally within our lifetimes. One reason is that a near-term transition to digital life could enable TESCREALists living today to become immortal by "uploading" their minds to a computer. Sam Altman, for example, was one of 25 people in 2018 to sign up to have his brain preserved by a company called Nectome. As an MIT Technology Review article notes, Altman feels "pretty sure minds will be digitized in his lifetime."

Another reason is that creating a new race of digital beings, whether through mind-uploading or by developing more advanced AI systems than GPT-4, might be necessary to keep the engines of scientific and technological "progress" roaring. In his recent book "What We Owe the Future," the TESCREAList William MacAskill argues that in order to counteract global population decline, "we might develop artificial general intelligence (AGI) that could replace human workers including researchers. This would allow us to increase the number of 'people' working on R&D as easily as we currently scale up production of the latest iPhone." In fact, the explicit aim of OpenAI is to create AGI "systems that outperform humans at most economically valuable work" in other words, to replace biological humans in the workplace.

Later in his book, MacAskill suggests that our destruction of the natural world might actually be net positive, which points to a broader question of whether biological life in general not just Homo sapiens in particular has any place in the "utopian" future envisioned by TESCREALists. Here's what MacAskill says:

It's very natural and intuitive to think of humans' impact on wild animal life as a great moral loss. But if we assess the lives of wild animals as being worse than nothing on average, which I think is plausible (though uncertain), then we arrive at the dizzying conclusion that from the perspective of the wild animals themselves, the enormous growth and expansion of Homo sapiens has been a good thing.

So where does this leave us? The Center for AI Safety released a statement declaring that "mitigating the risk of extinction from AI should be a global priority." But this conceals a secret: The primary impetus behind such statements comes from the TESCREAL worldview (even though not all signatories are TESCREALists), and within the TESCREAL worldview, the only thing that matters is avoiding final and normative extinction not terminal extinction, whereby Homo sapiens itself disappears entirely and forever. Ultimately, TESCREALists aren't too worried about whether Homo sapiens exists or not. Indeed our disappearance could be a sign that something's gone very right so long as we leave behind successors with the right sorts of attributes or capacities.

William MacAskillsuggests that our destruction of the natural world might actually be net positive, which points to a broader question of whether biological life in general not just Homo sapiens in particular has any place in the "utopian" future.

If you love or value Homo sapiens, the human species as it exists now, you should be wary of TESCREALists warning about "extinction." Read such statements with caution. On the TESCREAL account, if a "misaligned" AGI were to kill us next year, the great tragedy wouldn't be that Homo sapiens no longer exists. It would be that we disappeared without having created successors to realize our "vast and glorious" future to quote Toby Ord once again through colonizing space, plundering the universe, and maximizing "value." If our species were to cease existing but leave behind such successors, that would be a cause for rejoicing. It would mean that we'd taken a big step forward toward fulfilling our "longterm potential" in the universe.

I, personally, would like to see our species stick around. I'm not too keen on Homo sapiens being cast aside for something the TESCREALists describe as "better." Indeed, the word "better" is normative: its meaning depends on the particular values that one accepts. What looks "better," or even "utopian," from one perspective might be an outright dystopian nightmare from another.

I would agree with philosopher Samuel Scheffler that "we human beings are a strange and wondrous and terrible species." Homo sapiens is far from perfect. One might even argue that our species name is a misnomer, because it literally translates as "wise human," which we surely have not proven to be.

But posthumans would have their own flaws and shortcomings. Perhaps being five times "smarter" than us would mean they'd be five times better at doing evil. Maybe developing the technological means to indefinitely extend posthuman lifespans would mean that political prisoners could be tortured relentlessly for literally millions of years. Who knows what unspeakable horrors might haunt the posthuman world?

So whenever you hear people talking about "human extinction," especially those associated with the TESCREAList worldview, you should immediately ask: What values are concealed behind statements that avoiding "human extinction" should be a global priority? What do those making such claims mean by "human"? Which "extinction" scenarios are they actually worried about: terminal, final or normative extinction? Only once you answer these questions can you begin to make sense of what this debate is really about.

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The Principle of Least Action Now Exists in the Quantum Realm – Popular Mechanics

Posted: June 10, 2023 at 8:26 pm

The shortest distance between two points is a straight line, but the shortest distance doesnt always mean the least work. What if that distance is straight uphill, or through difficult terrain? If youre looking to do the least amount of work, a straight line may not always be your best bet.

Humans may not always be looking for the easiest route. But when it comes to natural movements in systems, one of the

Basically, without outside intervention, objects travel along the path of least resistance and least change. This is called the principle of least action. We know it applies in our everyday world, and nowthanks to a new studywe know it applies in the quantum world as well.

A physicists ultimate dream is to write the secrets of the entire universe on a small piece of paper and the principle of least action must be on the list, Shi-Liang, one of the researchers on the project, said in an article for New Scientist. Our ambition was to see [the principle] in a quantum experiment.

Easier said than done. The research team from South China Normal University had to contend with the fact that not only is everything in the quantum realm small and hard to see, the movements of quantum particles are complicatedreally complicated. For one, quantum states change when theyre measured. And for another, theyre only able to be mapped out using very complicated math.

To best describe their behavior, scientists use a combination of two things: a wave function and a propagator. Wave functions describe the state of the particle and propagators describe how that state changes over the course of a particles movement in a system. The trouble is, wave functions and propagators are purely mathematical, and while theyre great at describing the behaviors of quantum particles, they often do so using imaginary numbers. Imaginary numbers are fine in math, but areby definitionimpossible to measure.

In order to get around this problem, the team used a technique that had been established a few years prior. In this technique, you basically bounce and filter individual quantum light particles called photons through a maze of mirrors, crystals, and lenses. Eventually, the parts of the photons behavior described by the imaginary numbers will correspond to actual measurable properties. The parts that were originally described by normal real numbers will also be measurable, and the researchers can reconstruct the wave forms and propagators from actual measured data.

Once the maze had been constructed, researchers combined that technique with a new one they developed to mostly avoid the quantum state change when observed problem. Then, they sent individual photons through the maze and compared their behavior to the behavior predicted by the principle of least action and found that reality agreed with theoryproving that quantum particles do in fact follow the principle.

Measurements in this experiment are quite incredible, and they dont challenge our current understanding of quantum physics, Jonathan Leach, a quantum science researcher not involved in the study, said in a New Scientist article. It is beautiful to see this theory made real in an experiment.

Theres a whole lot of places where the quantum world and the everyday world dont mesh. Its part of why researchers are still looking to improve on the current Standard Model of physics. But in their desire to avoid action as much as possibly, the quantum and the everyday are perfectly in sync.

Associate News Editor

Jackie is a writer and editor from Pennsylvania. She's especially fond of writing about space and physics, and loves sharing the weird wonders of the universe with anyone who wants to listen. She is supervised in her home office by her two cats.

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Quantum materials: Electron spin measured for the first time – EurekAlert

Posted: at 8:26 pm

image:Three perspectives of the surface on which the electrons move. On the left, the experimental result, in the center and on the right the theoretical modeling. The red and blue colors represent a measure of the speed of the electrons. Both theory and experiment reflect the symmetry of the crystal, very similar to the texture of traditional Japanese "kagome" baskets view more

Credit: University of Bologna

An international research team has succeededfor the first timein measuring the electron spin in matter- i.e., the curvature of space in which electrons live and move - within "kagome materials", a new class ofquantum materials.

The results obtained - published inNature Physics- could revolutionise the way quantum materials are studied in the future, opening the door tonew developments in quantum technologies, with possible applications in a variety of technological fields, fromrenewable energytobiomedicine, fromelectronicstoquantum computers.

Success was achieved by an international collaboration of scientists, in whichDomenico Di Sante, professor at theDepartment of Physics and Astronomy "Augusto Righi", participated for theUniversity of Bolognaas part of his Marie CurieBITMAPresearch project. He was joined by colleagues from CNR-IOM Trieste, Ca' Foscari University of Venice, University of Milan, University of Wrzburg (Germany), University of St. Andrews (UK), Boston College and University of Santa Barbara (USA).

Through advanced experimental techniques, usinglight generated by a particle accelerator, theSynchrotron, and thanks tomodern techniques for modelling the behaviour of matter, the scholarswere able to measure electron spin for the first time, related to the concept oftopology.

"If we take two objects such as a football and a doughnut, we notice thattheir specific shapesdeterminedifferent topological properties, for example because the doughnut has a hole, while the football does not,"Domenico Di Santeexplains. "Similarly, the behaviour of electrons in materials is influenced by certain quantum propertiesthat determine their spinning in the matter in which they are found, similar to how the trajectory of light in the universe is modified by the presence of stars, black holes, dark matter, and dark energy, which bend time and space."

Although this characteristic of electrons has been known for many years, no one had until now been able to measure this "topological spin" directly. To achieve this, the researchers exploited a particular effect known as "circular dichroism": a special experimental technique that can only be used with a synchrotron source, which exploits the ability of materialsto absorb light differentlydependingon their polarisation.

Scholars have especially focused on "kagome materials", a class of quantum materials that owe their name to their resemblance to the weave of interwoven bamboo threads that make up a traditional Japanese basket (called, indeed, "kagome").These materials are revolutionising quantum physics, and the results obtained could help us learn more about their special magnetic, topological, and superconducting properties.

"These important results were possible thanks toa strong synergy between experimental practice and theoretical analysis," addsDi Sante. "The team's theoretical researchers employedsophisticated quantum simulations, only possible with the use of powerful supercomputers, and in this way guided their experimental colleagues to the specific area of the material wherethe circular dichroism effectcould be measured.

The study was publishedinNature Physicswith the title "Flat band separation and robust spin Berry curvature in bilayer kagome metals". The first author of the study isDomenico Di Sante, a researcher at the"Augusto Righi" Department of Physics and Astronomyof theUniversity of Bologna. He worked with scholars from the CNR-IOM of Trieste, the Ca' Foscari University of Venice, the University of Milan, the University of Wrzburg (Germany), the University of St. Andrews (UK), the Boston College and the University of Santa Barbara (USA).

Flat band separation and robust spin Berry curvature in bilayer kagome metals

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Life in a hologram | MIT News | Massachusetts Institute of Technology – MIT News

Posted: at 8:26 pm

Dan Harlow spends a lot of time thinking in a boomerang universe.

The MIT physicist is searching for answers to one of the biggest questions in modern physics: How can our universe abide by two incompatible rulebooks?

The first the Standard Model of Physics is the quantum mechanical theory of particles, fields, and forces, and the ways in which they interact to build the universe we live in. The second Einsteins theory of general relativity describes the influence of gravity and how the fundamental force pulls together matter to build the planets, galaxies, and other massive objects.

Both theories do remarkably well in their respective lanes. However, Einsteins theory breaks down when trying to describe how gravity works at quantum scales, while quantum mechanics makes reality-bending predictions when applied at massive, cosmic dimensions. For over a century, physicists have searched for ways to unite the two theories and get to the truth of what makes our universe tick.

Harlowsuspects that any connecting thread may be too delicate to grasp in our existing universe. Instead, hes looking for answers in a boomerang version an alternate reality that folds back on itself, much like a boomerang's trajectory, rather than stretching and expanding without end as our actual universe does.Quantum gravity in this boomerang universe turns out to be easier to understand, as it can be reformulated in terms of conventional quantum theory (without gravity) using a powerful idea called holographic duality.This makes it far simpler to contemplate, at least from a theory perspective.

In this boomerang environment,Harlowhas made some exciting, unexpected revelations. He has shown, for instance, that the equations that describe how gravity behaves in this toy universe are the very same equations that control the quantum error-correcting codes that will hopefully soon be used to build real-world quantum computers. That the mathematics describing gravity should have anything to do with protecting information in quantum computers was a surprise in itself. The fact that both phenomena shared the same physics, at least in this alternate universe, suggests a potential connection between Einsteins theory and quantum mechanics in the real universe.

The discovery, which Harlow made as a postdoc at Princeton University in 2014, sparked fresh lines of inquiry in the study of both quantum gravity and quantum information theory. Since joining MIT and the Center for Theoretical Physics in 2017, Harlow has continued his search for fundamental connections between general relativity and quantum mechanics, and how they may intersect in the contexts of black holes and cosmology.

One of the things thats been fun is, even though in physics and more in generally science were all studying different systems and experiments, many of the ideas are the same, says Harlow, an associate professor who received tenure in 2022. So, I try to have an open mind and keep my ears open, and look for how things may be related.

A humanist philosophy

Born in Cincinnati, Harlow moved as a child with his family to Boston, where he spent several years before the family moved again, putting down roots in Chicago. When he was 10, he took up piano lessons, focusing first on classical music, then rock. In junior high, he played keyboard in various bands before finding his groove in the looser, more improvisational style of jazz.

I love sitting down and playing with people, and seeing where things will go, Harlow says.

His love of jazz was partly what drew him to New York City after high school, where he attended Columbia University, which happened to be near some of the best jazz clubs in the city. The universitys core curriculum, which required students to read classic works of literature and philosophy, also appealed.

You cant graduate from Columbia without reading The Iliad, Harlow says. That gives you a shared community of things you can talk about. I liked the humanist philosophy that drives the place. Even if I chose to be a physicist, I would still have this broader cultural experience.

Harlow worked for three years as an undergraduate research assistant in an experimental cosmology lab on campus, where he learned to work in a clean room and run simulations to improve the performance of filters that were designed to pick out subtle signs of radiation left over from the Big Bang.

Harlow particularly appreciated the general approach of the labs leader, Amber Miller, who was then a junior faculty member.

She had this great way she ran her group, where she wasnt so hung up on publications or getting things done on a short timescale, Harlow recalls. She just let us play around.

Open questions

That mental freedom to explore new ideas would stay with Harlow throughout his career. From Columbia, he went west to Stanford University in 2006. Within the physics department, he found he aligned most naturally with Professor Leonard Susskind, a theoretical physicist and leader in the study of string theory.

His strong desire to identify the things that arent important and set them aside so you can focus on the essence of the problem that was also the way I try to think, says Harlow, who ended up choosing Susskind as his advisor. Lenny said, work on whatever you want, and Ill talk to you about it.

With this open invitation, Harlow kept an ear on conversations within Susskinds group to get a sense of the big questions in the field. What he heard was a problem that would shape the rest of his research career: the question of how to connect quantum mechanics with general relativity, in the context of cosmology, and scientists understanding of the large-scale structure and evolution of the universe.

In search of an answer, Harlow read up on everything he could find on both theories. His reading also bled into quantum information science primarily, a field that focuses on applying principles of quantum mechanics and information theory to the study and development of quantum computers.

Whenever I have a hint that some tool will be important for a problem Im trying to solve, I learn much more about it than what I think I need, Harlow says. More often than not, that investment pays off.

At the end of his time at Stanford, Harlow decided to take a hard turn, pivoting from cosmology to black holes, which he considered to be a simpler system to study for any fundamental threads connecting quantum mechanics and general relativity.

In 2012, he went back east to Princeton for a three-year postdoc, during which he began to explore the quantum behavior of gravitational black holes. To simplify the problem, he did so in a boomerang universe what physicists know as anti-de Sitter space, named after the physicist who studied the curvature of the universe. As Harlow read more on quantum information, he noticed, and ultimately confirmed, an unexpected overlap in the physics of gravity around black holes and the quantum error-correcting codes designed to protect information.

That was a very exploratory, transformative time, Harlow says. Im still exploring a lot of the paths that I started there.

After a second postdoc at Harvard University, Harlow joined MIT as a junior faculty member in 2017, where he continues to make surprising connections in the study of quantum gravity and quantum information science. At the Institute, and in the field of theoretical physics more broadly, hes enjoyed a collegial, productive disregard for authority.

This is a community where I can go up to the most famous theoretical physicist in the world, tell them that theyre wrong, and if I have an argument, theyll listen to me, Harlow says. People are open. Theres this core shared agreement that, what matters is that we find the right answer. It matters less who finds it.

Among Harlow's accomplishments since coming to MIT are a proof that there are strong restrictions on the possible symmetries of quantum gravity, a deeper understanding of the nature of energy in gravitational systems, and a concrete mathematical framework for understanding the interiors of quantum mechanical black holes.

Beyond research, Harlow is working to bring more diverse voices and perspectives into the field of physics. In addition to mentoring and advocacy work outside of MIT, he is running a program within the physics department that invites students from underrepresented and underprivileged backgrounds to carry out physics research at MIT each summer.

Unfortunately physics remains rather white and male, and making it more welcoming and accessible to a broader slice of humanity is one of my priorities going forward, he says.

Looking ahead, Harlow is considering taking a new turn in his research path, perhaps to focus less on black holes in a hologram universe, and more on cosmology, and the quantum structure and evolution of our actual universe.

Ive been living in anti-de Sitter space for a long time, Harlow says. Thats fine, but I do want to understand the world we live in too. And that should be fun.

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If Black Holes Evaporate, Everything Evaporates – Universe Today

Posted: at 8:26 pm

Hawking radiation is one of the most famous physical processes in astronomy. Through Hawking radiation, the mass, and energy of a black hole escape over time. Its a brilliant theory, and it means that black holes have a finite lifetime. If Hawking radiation is true. Because as famous as it is, Hawking radiation is unproven. The theory is not even theoretically proven.

Hawking proposed the idea of black hole radiation while studying ways to integrate Einsteins classical theory of gravity with the quantum theory of atoms and light. We dont have a fully quantum theory of gravity, so Hawking used a semiclassical approach, where matter is treated as quantum while gravity is treated classically. From this, Hawking showed that quantum fields could escape the event horizon of a black hole.

The Hawking process is typically represented by virtual pair production. One approach to quantum physics argues that within the vacuum of empty space pairs of particles can appear and disappear spontaneously due to Heisenbergs uncertainty principle. The fuzziness of quantum theory means that space can never be truly empty. In empty regions of space, these particles dont have any real effect and thus are virtual particles. But near the event horizon of a black hole one member of a virtual pair could be trapped by the black hole, leaving the other to escape as real radiation.

The virtual particle visualization is appealing, but it isnt without its problems. Hawkings approach can lead to things such as the firewall paradox, where the region near a black hole event horizon should be both empty and ablaze with realized virtual particles. Without a fully quantum approach to gravity, we cant resolve these paradoxes easily.

There are, however, other semi-classical approaches to gravity than the one Hawking used. Most of them also predict black holes will radiate, but argue it from a different approach. For example, one approach is to look at the matter trapped within a black hole as a quantum wavefunction bound by intense gravity. Since the gravitational pull of a black hole is never infinite at the event horizon, the wavefunction is essentially bound within a finite container. Through a process called quantum tunneling, quantum objects can escape any finite container in time. So, you get black hole radiation without the need for virtual particles.

This is where a new study comes in. For this work, the team looked at a different formulation of Hawking radiation, somewhat similar to the wavefunction approach. They found that when it comes to Hawking radiation, the event horizon of a black hole isnt particularly special. Any concentrated mass, from neutron stars to pet rocks, has a gravitational well that acts like a finite container. So quantum particles can always escape. This has long been known, but what the team showed was that if you express this in terms of Hawkings virtual particles, then virtual particles can become real near any mass, not just black holes. Black holes are by far the most effective generators of Hawking radiation, but if you wait long enough, even your favorite rock will radiate its mass away.

This model doesnt change our understanding of black holes, but it could have significant consequences for long-term cosmology. If everything disappears in a poof of radiation given enough time, then the universe will fade into a cold sea of radiation.

Reference: Wondrak, Michael F., Walter D. van Suijlekom, and Heino Falcke. Gravitational Pair Production and Black Hole Evaporation. Physical Review Letters 130.22 (2023): 221502.

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Clever Ant-Man Easter Egg Links The Movie to the Real World’s … – Startefacts

Posted: at 8:26 pm

It's not like Marvel Studios are the only ones enchanted by the possibility of multiverse.

The release of Quantumania was another disappointing flop of the MCU's Phase 4 for many fans. However, the movie has many interesting aspects, especially regarding the cameos.

The latest Ant-Man was not loved by audiences or critics. Although the creators managed to include not only interesting plot details, but also surprising references.

We all love cameos in Marvel movies. Some of them are just for fun, but this time the authors of Quantumania made a very cool reference for fans of science and good music.

One such cameo was the appearance of Mark Everett, the creator of the band Eels. Some may have heard their song I Need Some Sleep in Shrek 2.

The lead singer of Eels appears in a scene where he asks the main character Scott Lang to take a picture with his dog.

The musician's cameo itself doesn't seem very surprising, but many admirers have pointed out that Mark is the son of the famous physicist Hugh Everett III.

It was Hugh Everett III who introduced the concept of the many-worlds interpretation of quantum mechanics in his doctoral thesis in 1957.

This theory states that every quantum measurement causes the universe to split into multiple parallel universes, each representing a different outcome of the measurement.

The thesis was widely debated and remains controversial among physicists today. Everett also worked on several other topics in physics, including nuclear weapons and the theory of relativity.

Despite his contributions to the field of physics, Everett struggled for recognition during his lifetime and passed away in 1982 at the age of 51.

Fans believe that the writers of the Ant-Man movie honored the creator of the theory on which the superhero flick is based.

And while audiences agree that Quantumania was a rather disappointing film, many fans claim that it was the movie with the best cameos and small roles in the history of the Marvel Cinematic Universe.

Source: Reddit

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