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A pitch to offer artists a way to give geo-fenced, live events to fans around the world has brought the new Los Angeles startup Moment House $1.5 million in seed funding.

The money came from heavy hitters in the Los Angeles entertainment and investment scene including Scooter Braun, Troy Carter, Kygo’s Palm Tree Crew and Jared Leto. Patreon chief executive Jack Conte and Sequoia Capital partner Jess Lee also participated in the round.

Forerunner Ventures led the deal and the investment was made by Kirsten Green, the firm’s famous founder and managing partner. Kevin Mayer, the former chief executive of TikTok; GV chief David Krane; Aaron Levie from Box; the tech media and entertainment guru, Matthew Ball; and product maestro Eugene Wei all participated in the round as well.

Founded by Arjun Mehta, Shray Bansal, and Nigel Egrari, the company grew out of work the three men did while attending USC and the USC Jimmy Iovine & Dr. Dre Academy for the Arts, Technology and the Business of Innovation. 

The company touts itself as the simplest way for artists to create online events for their fans.

For its first foray into live entertainment, Moment House is going to host a geo-fenced, location-specific tour for the musician Yungblud. Other ticketed events from Kygo, blackbear, Kaytranada, Denzel Curry and Ruel will follow, the company said.

For musicians, the company’s pitch of ticketing security, merchandise integrations global payments support, must have been music to their ears — because all of those features add up to one thing… cash.

And performers on the platform take all of the ticket revenues, with Moment House earning money by charging fans a small fee.

In a statement, company co-founder Arjun Mehta said that the company’s technology and service wasn’t a response to the COVID-19 pandemic, but rather a way to amplify the concert going experience with an online approximation.

“Moment House is empowering artists to deliver digital experiences that feel authentic and compelling,” said Leto, in a statement. “I was drawn to the unique design-driven approach because that’s what is needed to create a new category here.”

 

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Khosla Ventures, the eponymous venture firm helmed by longtime Silicon Valley rainmaker, Vinod Khosla, is raising  $1.1 billion for its latest venture fund, according to documents from the Securities and Exchange Commission.

The filing was first spotted by Ari Levy over at CNBC.

Khosla, whose investing career began at Kleiner Perkins Caufield & Byers (back when it was still called Kleiner Perkins Caufield & Byers) is rightly famous for a number of bets on enterprise software companies and was a richly rewarded co-founder of Sun Microsystems before venturing into the world of venture capital.

Like his former partner, John Doerr, Khosla also went all-in on renewable energy and sustainability both at Kleiner Perkins and then later at his own fund, which he reportedly launched with several hundreds of millions of dollars from his personal fortune.

Over the years Khosla Ventures has placed bets and scored big wins across a wide range of industries including cybersecurity (with the over $1 billion acquisition of portfolio company Cylance), sustainability (with the Climate Corp. acquisition), and healthcare (through the public offering of Editas).

And the current portfolio should also have some big exits with a roster that includes: the unicorn lending company, Affirm; the nuclear fusion technology developer, Commonwealth Fusion Systems (maybe not a winner, but so so so cool); delivery company, DoorDash; the meat replacement maker, Impossible Foods; grocery delivery service, Instacart; security technology developer, Okta; the health insurance provider, Oscar; and the payment companies Square and Stripe .

That’s quite a string of unicorn (and would-be unicorn) investments. And it speaks to the breadth of the firm’s interests that run the gamut from healthcare to fintech to sustainability and the future of food.

Khosla will likely benefit from the surge of interest in investments that adhere to new environmental, social responsibility and corporate governance standards.

There are billions of dollars that are looking for a home that can invest along those criteria, and for the last 16 years or so, that’s exactly what Khosla Ventures has been doing.

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Brighteye Ventures, the European edtech VC firm, is announcing the $54 million first close of its second fund, bringing total assets under management to over $112 million.

Backing comes from a mixture of existing and new investors, made up primarily of unnamed international family offices. The fund’s second close is expected to take place next year and will include additional institutional investors.

Founded in 2017, Brighteye describes itself as a thesis-driven fund investing in startups that enhance learning. Unsurprisingly, the VC says it sees an unprecedented opportunity within the $7 trillion global education sector “as educators and students are adapting to distance learning en masse and millions of displaced workers are seeking to upskill’.

Out of this new fund, Brighteye will invest in 15-20 companies over the next three years at the seed and Series A stage and write cheques of up to $5 million.

“We invest in startups that use technology to directly enable learning, skills acquisition or research as well as companies whose products address structural needs in the education sector,” Alex Spiro Latsis, managing partner at Brighteye Ventures, tells me.

“For example, Zen Educate addresses the systemic issue of teacher supply shortages in the U.K., via an on-demand platform that saves schools money whilst allowing educators to earn more. Litigate is an AI-driven coach and workflow tool improving results for legal associates, while Ironhack, the largest tech bootcamp in Europe and Latin America, gives young professionals the skills needed to enter the innovation economy and connects them to employers with a 90% job placement rate”.

The VC’s investments also includes Ornikar, the online driving school in France and Spain serving more than 1.6 million students; Tandem, the Berlin-based peer-to-peer language learning platform with over 10 million members; and Epic!, a reading platform said to be used in more than 90% of U.S. schools.

“Sector specialisation means that our entire team is devoted to mapping, evaluating and building networks in the learning industry,” adds Spiro Latsis, when asked how Brighteye will compete for edtech deals when many generalist VCs are eyeing up the sector. “We understand what a differentiated approach looks like, can develop conviction quickly and make an offer based on that conviction. Once we invest, portfolio companies benefit from a network that includes not just potential clients and investors but also some of the best performing edtech companies in Europe”.

Meanwhile, Brighteye says it will be expanding its advisory team to support the new fund and expects to grow from three members to 10 within the next 12 months. In addition, David Guerin has been promoted to principal to manage deal making and portfolio support in Paris, and the firm expects to open a DACH region presence by summer 2022.

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Zoom has a new marketplace and new integrations, Spotify gets a new format and we review Microsoft’s Surface Laptop Go. This is your Daily Crunch for October 14, 2020.

The big story: Zoom launches its events marketplace

Zoom’s new OnZoom marketplace allows anyone to host and sell tickets for virtual events. It’s also integrating the ability for nonprofits to accept donations.

The company made a couple other announcements at its Zoomtopia user conference. For one thing, it’s also integrating with a starting lineup of 35 third-party “Zapps,” allowing products like Asana and Dropbox to integrate directly into the Zoom experience.

In addition, Zoom said it will begin rolling out end-to-end encryption (a feature it’s been promising since acquiring Keybase in May) to users next week.

The tech giants

Spotify introduces a new music-and-spoken word format, open to all creators — The new format is designed to reproduce the radio-like experience of listening to a DJ talk about the music, and it also enables the creation of music-filled podcasts.

Microsoft reverse engineers a budget computer with the Surface Laptop Go — Brian Heater writes that the Laptop Go is a strange and sometimes successful mix of Surface design and budget decisions.

Google launches a suite of tech-powered tools for reporters, Journalist Studio — The suite includes a host of existing tools as well as two new products aimed at helping reporters search across large documents and visualizing data.

Startups, funding and venture capital

Getaround raises a $140M Series E amid rebound in short-distance travel — The rebound is real: I took my first Getaround this weekend.

Augury taps $55M for tech that predicts machine faults from vibration, sound and temperature — The startup works with large enterprises like Colgate and Heineken to maintain machines in their production and distribution lines.

Plenty has raised over $500M to grow fruits and veggies indoors — The funding was led by existing investor SoftBank Vision Fund and included the berry farming giant Driscoll’s.

Advice and analysis from Extra Crunch

What the iPhone 12 tells us about the state of the smartphone industry in 2020 — While the iPhone 12 was no doubt in development long before the current pandemic, the pandemic’s global shutdown has only exacerbated many existing problems for smartphone makers.

Databricks crossed $350M run rate in Q3, up from $200M one year ago — The data analytics company scaled rapidly to put itself on an obvious IPO path.

Dear Sophie: I came on a B-1 visa, then COVID-19 happened. How can I stay? — The latest advice from immigration lawyer Sophie Alcorn.

(Reminder: Extra Crunch is our subscription membership program, which aims to democratize information about startups. And we’re having a fall sale!)

Everything else

NASA loads 14 companies with $370M for ‘tipping point’ technologies — NASA has announced more than a third of a billion dollars’ worth of “Tipping Point” contracts awarded to over a dozen companies pursuing potentially transformative space technologies.

Harley-Davidson should keep making e-motorcycles — That’s Jake Bright’s takeaway after three weeks with the LiveWire e-motorcycle.

The Daily Crunch is TechCrunch’s roundup of our biggest and most important stories. If you’d like to get this delivered to your inbox every day at around 3pm Pacific, you can subscribe here.

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Audrey Gelman, the former CEO of The Wing who resigned in June, today posted a letter she sent to former employees of The Wing last week. In it, Gelman apologized for not taking action to combat mistreatment of women of color at The Wing. She also acknowledged that her drive for success and scaling quickly “came at the expense of a healthy and sustainable culture that matched our projected values, and workplace practices that made our team feel valued and respected.”

That meant, Gelman said, The Wing “had not subverted the historical oppression and racist roots of the hospitality industry; we had dressed it up as a kindler [sic], gentler version.”

Here are some other highlights from her letter:

  • “Members’ needs came first, and those members were often white, and affluent enough to afford The Wing’s membership dues.”
  • “White privilege and power trips were rewarded with acquiescence, as opposed to us doubling down on our projected values.”
  • “When the realization set in that The Wing wasn’t institutionally different in the ways it had proclaimed, it hurt more because the space we claimed was different reinforced the age-old patterns of women of color and especially Black women being disappointed by white women and our limited feminist values.”

A public apology from Gelman and The Wing COO Lauren Kassan is just one of the demands from members of Flew the Coup, a group of former staffers at The Wing. Another demand is for The Wing to drop the non-disclosure agreements in their contracts.

“Collectively, we have faced racism and anti-LGBTQIA rhetoric from management, HQ staff, and members,” the group wrote on Instagram back in June. “We have faced physical and psychological violence within the various Wing locations, and discrimination when attempting to move up within the company.”

The group went on to say that while The Wing was built on the idea of being a safe and inclusive place for women and non-binary folks, “we have continuously seen the exact opposite of this mission.”

The Wing has raised $117.5 million from a number of investors, including New Enterprise Associates, AlleyCorp, Sequoia Capital, Serena Williams and Kerry Washington. At TechCrunch Disrupt, Washington told me a bit about how she felt about the drama at The Wing.

“Well, you know, I’m not new to scandal, so there’s that,” Washington said. “I was and I am really deeply still inspired by the original vision of the company. And, I think like a lot of companies in this time, because of the several pandemics that we’re facing, whether it’s our awareness around racial injustice, or COVID, lots of people are in a moment of recalibration and self-reflection. So I think that there is incredible space to improve the dynamics. And as somebody who’s an investor, as a woman of color, it’s important to me that there is increased transparency and also accountability.”

Over the past few months, Washington said her role as an investor has been “really just supporting leadership in this transition,” as well as expressing to those leaders a “deep desire” for transparency and accountability.

The Wing, like many other tech companies, struggled during the COVID-19 pandemic. In April, The Wing laid off or furloughed “the majority” of its workers, the company said. Then, in July, The Wing laid off another 56 people.

As part of Flew the Coup’s organizing, it’s also raising money to help support people who were laid off from The Wing. As of today, the group has raised more than $15,000 for its grant program. Its goal is to raise $100,000.

We’ve reached out to The Wing and will update this story if we hear back.

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AI can read your emotional response to advertising and your facial expressions in a job interview. But if it can already do all this, what happens next? In part two of a series on emotion AI, Jennifer Strong and the team at MIT Technology Review explore the implications of how it’s used and where it’s heading in the future.

We meet:

  • Shruti Sharma, VSCO 
  • Gabi Zijderveld, Affectiva
  • Tim VanGoethem, Harman
  • Rohit Prasad, Amazon
  • Meredith Whittaker, NYU’s AI Now Institute

Credits: This episode was reported and produced by Jennifer Strong, Karen Hao, Tate Ryan-Mosley, and Emma Cillekens. We had help from Benji Rosen. We’re edited by Michael Reilly and Gideon Lichfield. 

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Since December 2018, the OSIRIS-REx spacecraft has been orbiting the asteroid Bennu and trying to find out more about its chemistry and geology. And for good reason: “Bennu is a time capsule,” says Thomas Zurbuchen, the head of NASA’s Science Mission Directorate. “It has been out there for 4.5 billion years, and carries the history of that environment with it.” 

If we study 1,640-meter-long Bennu and other asteroids like it in deep detail, we can potentially unravel how the ingredients that lead to the formation of planets like Earth—and, eventually, life—come together. Now comes the hard bit: getting a sample.

OSIRIS-REx has already paid off to some extent. In less than two years we’ve confirmed that Bennu is rich in organics and hydrated minerals. We’ve learned it probably once had massive rivers of water flowing through its insides. We’ve seen it’s an “active” asteroid—it loses mass through the ejection of debris. We’ve also learned, contrary to our initial beliefs, that the surface of the asteroid isn’t caked in fine grains like a sandy beach, but rather covered in boulders. It’s rough, rocky, and rugged. 

But all these revelations pale in comparison to what we might learn if we’re able to get some samples of Bennu here for scientists to study in the lab. That’s precisely the goal come October 20, when OSIRIS-REx will plunge down toward the surface of the asteroid and attempt to scoop up some rubble and dust from the surface. It will be one of the hardest things NASA has ever attempted, taking place over a fraught 4.5 hours more than 200 million miles away from Earth. Then it has to bring the sample safely back over the course of the next three years.

Asteroid sample returns might already sound familiar to you—Japan’s Hayabusa 2 mission collected some material from asteroid Ryugu, and will bring them back this December. But unlike Hayabusa 2, which used high-speed space bullets to retrieve these samples, OSIRIS-REx will use what could be described as a “reverse vacuum cleaner.”

It’s called TAGSAM, short for “touch-and-go sample acquisition mechanism.” It’s an 11-foot-long arm with a collection head fitted on the end. As the head gets closer to the asteroid, it fires nitrogen gas onto the surface in an effort to stir up material toward the collection head—ideally any particles that are two centimeters or smaller. According to Olivia Billett, the mission science lead at Lockheed Martin, it’s an entirely new concept for extraterrestrial sample collection. “The TAGSAM head was designed by a Lockheed Martin engineer in his garage, just working with a can of compressed air and a plastic cup,” she says.

The sampler was initially designed for a sandy space beach with an area of 165 feet. As we now know, nothing like that exists on Bennu. So instead, the team has now settled on Nightingale, a 52-foot-diameter site sitting inside a crater that’s thought to be well preserved. There are boulders the size of buildings surrounding the site, and many other large rocks that could disrupt the sample collection or totally wreck the TAGSAM arm. But it still affords the best opportunity for a safe collection of meaningful material.

A couple of new capabilities were also developed to try to keep the probe safe during the procedure. One was to nix an imprecise lidar-based navigation and guidance system in favor of natural feature tracking (NFT), in which an optical camera continuously takes images of the surface throughout the 4.5-hour TAGSAM procedure and processes them to update the estimate of the spacecraft’s trajectory. According to Billett, this is the first time NFT is being used as part of a space mission. Since it takes more than 18 minutes for communications to go one way between Earth and OSIRIS-REx, autonomous control will be critical for adjusting maneuvers on the fly. 

Here’s how the sample collection will work:

In preparation 

The OSIRIS-REx team has spent weeks inputting all the proper command prompts to painstakingly maneuver the spacecraft so that by October 20, it will be in exactly the right spot to begin the sample collection process. 

2,500 feet above the surface—4.5 hours from touchdown

The spacecraft begins a maneuver to depart orbit and transit toward Nightingale. Shortly after it leaves orbit, the TAGSAM arm is deployed, the spacecraft rotates into the proper orientation, and the navigation camera that enables the NFT system is redirected toward Bennu’s surface. From here, the NFT will be working to constantly determine OSIRIS-REx’s position and ensure its safety relative to a map of hazards on the surface.

410 feet—20 minutes from touchdown

The spacecraft’s solar arrays are folded into a “Y-wing” position. OSIRIS-REx fires its thrusters to perform a “checkpoint burn,” which ensures that the spacecraft is heading toward Nightingale. 

177 feet—10 minutes from touchdown

Thrusters fire again for the “matchpoint burn” to match the spacecraft’s speed with the asteroid’s rotation. This sets up the precise contact and velocity for the touchdown, and the spacecraft is essentially in a free-fall descent to the surface. 

16 feet

This is the final benchmark before the actual sample collection occurs. If the NFT thinks the TAGSAM arm is coming down on something dangerous flagged by the hazard map, it will automatically execute an abort burn that moves the spacecraft up and away from the surface. Billett says there’s about a 5.8% chance this might happen. Otherwise, it keeps heading down. 

Touchdown

TAGSAM will make brief and very gentle contact with the surface for five to 10 seconds. During that time, the nitrogen gas bottle fires, and sample collection gets under way. Once it’s over, the thrusters will fire again and the spacecraft will head out to a safe distance from the asteroid.

An animation of the sample collection by TAGSAM in the low-gravity environment of Bennu.

The aftermath

The goal is for the TAGSAM head to pick up at least 60 grams of material (although it could potentially acquire as much as two kilograms). The team will run a series of experiments over the next week or so to verify if this has been achieved. It’ll start with visual evidence of the TAGSAM head from one of the onboard cameras. Then the team will measure the mass of the sample inside the TAGSAM head. You can’t really weigh things in the microgravity field of Bennu (a millionth the gravity at Earth’s surface), so this will focus on observing the spacecraft’s spin (which should change with added mass). If the team thinks a sufficient sample has been collected, it will be stowed in the sample return capsule.

But there’s actually a 30% chance OSIRIS-REx fails to pick up enough material. TAGSAM has two more nitrogen gas bottles for two more collection attempts. Because Nightingale will already have been disturbed by the first touchdown, a second attempt would most likely occur in January at a site called Osprey. That means we could potentially get samples from two different sites on Bennu—and it would be up to researchers on Earth to disentangle everything and figure out what originated from where. 

That might seem like a hassle, but it would be a small price to pay to get some rubble from a rock 200 million miles away. Either way, OSIRIS-REx would be scheduled to leave Bennu later in 2021, and deliver the collected samples back home on September 24, 2023.

Correction 10/14: the initial version of the story stated that NFT was developed by Lockheed Martin for the US Army. NFT was developed as part of internal research and development by the company, not for the US military.

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Room-temperature superconductors—materials that conduct electricity with zero resistance without needing special cooling—are the sort of technological miracle that would upend daily life. They could revolutionize the electric grid and enable levitating trains, among many other potential applications. But until now, superconductors have had to be cooled to extremely low temperatures, which has restricted them to use as a niche technology (albeit an important one). For decades it seemed that room-temperature superconductivity might be forever out of reach, but in the last five years a few research groups around the world have been engaged in a race to attain it in the lab.

One of them just won.

In a paper published today in Nature, researchers report achieving room-temperature superconductivity in a compound containing hydrogen, sulfur, and carbon at temperatures as high as 58 °F (13.3 °C, or 287.7 K). The previous highest temperature had been 260 K, or 8 °F, achieved by a rival group at George Washington University and the Carnegie Institution in Washington, DC, in 2018. (Another group at the Max Planck Institute for Chemistry in Mainz, Germany, achieved 250 K, or -9.7 °F, at around this same time.) Like the previous records, the new record was attained under extremely high pressures—roughly two and a half million times greater than that of the air we breathe.

“It’s a landmark,” says José Flores-Livas, a computational physicist at the Sapienza University of Rome, who creates models that explain high-temperature superconductivity and was not directly involved in the work. “In a couple of years,” he says, “we went from 200 [K] to 250 and now 290. I’m pretty sure we will reach 300.”

Electric currents are flowing electric charges, most commonly made up of electrons. Conductors like copper wires have lots of loosely bound electrons. When an electric field is applied, those electrons flow relatively freely. But even good conductors like copper have resistance: they heat up when carrying electricity.

Superconductivity—in which electrons flow through a material without resistance—sounds impossible at first blush. It’s as though one could drive at high speed through a congested city center, never hitting a traffic light. But in 1911, Dutch physicist Heike Kamerlingh Onnes found that mercury becomes a superconductor when cooled to a few degrees above absolute zero (about -460 °F, or -273 °C). He soon observed the phenomenon in other metals like tin and lead.

For many decades afterwards, superconductivity was created only at extremely low temperatures. Then, in late 1986 and early 1987, a group of researchers at IBM’s Zurich laboratory found that certain ceramic oxides can be superconductors at temperatures as high as 92 K—crucially, over the boiling temperature of liquid nitrogen, which is 77 K. This transformed the study of superconductivity, and its applications in things like hospital MRIs, because liquid nitrogen is cheap and easy to handle. (Liquid helium, though colder, is much more finicky and expensive.) The huge leap in the 1980s led to feverish speculation that room-temperature superconductivity might be possible. But that dream had proved elusive until the research being reported today.

Under pressure

One way that superconductors work is when the electrons flowing through them are “coupled” to phonons—vibrations in the lattice of atoms the material is made out of. The fact that the two are in sync, theorists believe, allows electrons to flow without resistance. Low temperatures can create the circumstances for such pairs to form in a wide variety of materials. In 1968, Neil Ashcroft, of Cornell University, posited that under high pressures, hydrogen would also be a superconductor. By forcing atoms to pack closely together, high pressures change the way electrons behave and, in some circumstances, enable electron-phonon pairs to form.

Scientists have for decades sought to understand just what those circumstances are, and to figure out what other elements might be mixed in with hydrogen to achieve superconductivity at progressively higher temperatures and lower pressures.

In the work reported in today’s paper, researchers from the University of Rochester and colleagues first mixed carbon and sulfur in a one-to-one ratio, milled the mixture down to tiny balls, and then squeezed those balls between two diamonds while injecting hydrogen gas. A laser was shined at the compound for several hours to break down bonds between the sulfur atoms, thus changing the chemistry of the system and the behavior of electrons in the sample. The resulting crystal is not stable at low pressures—but it is superconducting. It is also very small—under the high pressures at which it superconducts, it is about 30 millionths of a meter in diameter.

The exact details of why this compound works are not fully understood—the researchers aren’t even sure exactly what compound they made. But they are developing new tools to figure out what it is and are optimistic that once they are able to do so, they will be able to tweak the composition so that the compound might remain superconducting even at lower pressures.

Getting down to 100 gigapascal—about half of the pressures used in today’s Nature paper—would make it possible to begin industrializing “super tiny sensors with very high resolution,” Flores-Livas speculates. Precise magnetic sensors are used in mineral prospecting and also to detect the firing of neurons in the human brain, as well as in fabricating new materials for data storage. A low-cost, precise magnetic sensor is the type of technology that doesn’t sound sexy on its own but makes many others possible.

And if these materials can be scaled up from tiny pressurized crystals into larger sizes that work not only at room temperature but also at ambient pressure, that would be the beginning of an even more profound technological shift. Ralph Scheicher, a computational modeler at Uppsala University in Sweden, says that he would not be surprised if this happened “within the next decade.”

Resistance is futile

The ways in which electricity is generated, transmitted, and distributed would be fundamentally transformed by cheap and effective room-temperature superconductors bigger than a few millionths of a meter. About 5% of the electricity generated in the United States is lost in transmission and distribution, according to the Energy Information Administration. Eliminating this loss would, for starters, save billions of dollars and have a significant climate impact. But room-temperature superconductors wouldn’t just change the system we have—they’d enable a whole new system. Transformers, which are crucial to the electric grid, could be made smaller, cheaper, and more efficient. So too could electric motors and generators. Superconducting energy storage is currently used to smooth out short-term fluctuations in the electric grid, but it still remains relatively niche because it takes a lot of energy to keep superconductors cold. Room-temperature superconductors, especially if they could be engineered to withstand strong magnetic fields, might serve as very efficient way to store larger amounts of energy for longer periods of time, making renewable but intermittent energy sources like wind turbines or solar cells more effective.

And because flowing electricity creates magnetic fields, superconductors can also be used to create powerful magnets for applications as diverse as MRI machines and levitating trains. Superconductors are of great potential importance in the nascent field of quantum computing, too. Superconducting qubits are already the basis of some of the world’s most powerful quantum computers. Being able to make such qubits without having to cool them down would not only make quantum computers simpler, smaller, and cheaper, but could lead to more rapid progress in creating systems of many qubits, depending on the exact properties of the superconductors that are created.

All these applications are in principle attainable with superconductors that need to be cooled to low temperatures in order to work. But if you have to cool them so radically, you lose many—in some cases all—of the benefits you get from the lack of electrical resistance. It also makes them more complicated, expensive, and prone to failure.

It remains to be seen whether scientists can devise stable compounds that are superconducting not only at ambient temperature, but also at ambient pressure. But the researchers are optimistic. They conclude their paper with this tantalizing claim: “A robust room-temperature superconducting material that will transform the energy economy, quantum information processing and sensing may be achievable.”

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Even before the covid-19 pandemic and the resulting collapse of much the world’s economy, a crisis in capitalism was plainly evident. Unfettered free markets had pushed inequality of income and wealth to extremely high levels in the United States. Slow productivity growth in many rich countries had stunted financial opportunities for a generation. Businesses, if no longer quite oblivious to global warming, seemed impotent to make changes that might slow it.

And then came the pandemic, with millions losing their jobs, and then the raging wildfires, fueled by climate change, that blazed up and down the US West Coast. All the simmering signs of a dysfunctional economic system suddenly became fully evident, full-blown disasters.

No wonder many in the US and Europe have begun questioning the underpinnings of capitalism—particularly its devotion to free markets and its faith in the power of economic growth to create prosperity and solve our problems. 

The antipathy to growth is not new; the term “degrowth” was coined in the early 1970s. But these days, worries over climate change, as well as rising inequality, are prompting its reemergence as a movement. 

Calls for “the end of growth” are still on the economic fringe, but degrowth arguments have been taken up by political movements as different as the Extinction Rebellion and the populist Five Star Movement in Italy. “And all you can talk about is money and fairy tales of eternal economic growth. How dare you!” thundered Greta Thunberg, the young Swedish climate activist, to an audience of diplomats and politicians at UN Climate Week last year.

At the core of the degrowth movement is a critique of capitalism itself. In Less Is More: How Degrowth Will Save the World, Jason Hickel writes: “Capitalism is fundamentally dependent on growth.” It is, he says, “not growth for any particular purpose, mind you, but growth for its own sake.”

That mindless growth, Hickel and his fellow degrowth believers contend, is very bad both for the planet and for our spiritual well-being. We need, Hickel writes, to develop “new theories of being” and rethink our place in the “living world.” (Hickel goes on about intelligent plants and their ability to communicate, which is both controversial botany and confusing economics.) It’s tempting to dismiss it all as being more about social engineering of our lifestyles than about actual economic reforms. 

Though Hickel, an anthropologist, offers a few suggestions (“cut advertising” and “end planned obsolescence”), there’s little about the practical steps that would make a no-growth economy work. Sorry, but talking about plant intelligence won’t solve our woes; it won’t feed hungry people or create well-paying jobs. 

Still, the degrowth movement does have a point: faced with climate change and the financial struggles of many workers, capitalism isn’t getting it done. 

Slow growth

Even some economists outside the degrowth camp, while not entirely rejecting the importance of growth, are questioning our blind devotion to it. 

One obvious factor shaking their faith is that growth has been lousy for decades. There have been exceptions to this economic sluggishness—the US during the late 1990s and early 2000s and developing countries like China as they raced to catch up. But some scholars, notably Robert Gordon, whose 2016 book The Rise and Fall of American Growth triggered much economic soul-searching, are realizing that slow growth might be the new normal, not some blip, for much of the world. 

Gordon held that growth “ended on October 16, 1973, or thereabouts,” write MIT economists Esther Duflo and Abhijit Banerjee, who won the 2019 Nobel Prize, in Good Economics for Hard Times. Referencing Gordon, they single out the day when the OPEC oil embargo began; GDP growth in the US and Europe never fully recovered. 

The pair are of course being somewhat facetious in tracing the end of growth to a particular day. Their larger point: robust growth seemingly disappeared almost overnight, and no one knows what happened.

Duflo and Banerjee offer possible explanations, only to dismiss them. They write: “The bottom line is that despite the best efforts of generations of economists, the deep mechanisms of persistent economic growth remain elusive.” Nor do we know how to revive it. They conclude: “Given that, we will argue, it may be time to abandon our profession’s obsession with growth.”

In this perspective, growth is not the villain of today’s capitalism, but—at least as measured by GDP—it’s an aspiration that is losing its relevance. Slow growth is nothing to worry about, says Dietrich Vollrath, an economist at the University of Houston, at least not in rich countries. It’s largely the result of lower birth rates—a shrinking workforce means less output—and a shift to services to meet the demands of wealthier consumers. In any case, says Vollrath, with few ways to change it, we might as well embrace slow growth. “It is what it is,” he says. 

Vollrath says when his book Fully Grown: Why a Stagnant Economy Is a Sign of Success came out last January, he “was adopted by the degrowthers.” But unlike them, he’s indifferent to whether growth ends or not; rather, he wants to shift the discussion to ways of creating more sustainable technologies and achieving other social goals, whether the changes boost growth or not. “There is now a disconnect between GDP and whether things are getting better,” he says.

Living better

Though the US is the world’s largest economy as measured by GDP, it is doing poorly on indicators such as environmental performance and access to quality education and health care, according to the Social Progress Index, released late this summer by a Washington-based think tank. In the annual ranking (done before the covid pandemic), the US came in 28th, far behind other wealthy countries, including ones with slower GDP growth rates.

“You can churn out all the GDP you want,” says Rebecca Henderson, an economist at Harvard Business School, “but if the suicide rates go up, and the depression rates go up, and the rate of children dying before they’re four goes up, it’s not the kind of society you want to build.” We need to “stop relying totally on GDP,” she says. “It should be just one metric among many.”

Part of the problem, she suggests, is “a failure to imagine that capitalism can be done differently, that it can operate without toasting the planet.”

In her perspective, the US needs to start measuring and valuing growth according to its impact on climate change and access to essential services like health care. “We need self-aware growth,” says Henderson. “Not growth at any cost.” 

Daron Acemoglu, another MIT economist, is calling for a “new growth strategy” aimed at creating technologies needed to solve our most pressing problems. Acemoglu describes today’s growth as being driven by large corporations committed to digital technologies, automation, and AI. This concentration of innovation in a few dominant companies has led to inequality and, for many, wage stagnation. 

People in Silicon Valley, he says, often acknowledge to him that this is a problem but argue, “It’s what technology wants. It’s the path of technology.” Acemoglu disagrees; we make deliberate choices about which technologies we invent and use, he says.

Acemoglu argues that growth should be directed by market incentives and by regulation. That, he believes, is the best way to make sure we create and deploy technologies that society needs, rather than ones that simply generate massive profits for a few. 

Which technologies are those? “I don’t know exactly,” he says. “I’m not clairvoyant. It hasn’t been a priority to develop such technologies, and we’re not aware of the capabilities.”

Turning such a strategy into reality will depend on politics. And the reasoning of academic economists like Acemoglu and Henderson, one fears, is not likely to be popular politically—ignoring as it does the loud calls for the end of growth from the left and the self-confident demands for continued unfettered free markets on the right. 

But for those not willing to give up on a future of growth and the vast promise of innovation to improve lives and save the planet, expanding our technological imagination is the only the real choice.

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The news: Global internet freedom has declined for the 10th year in a row as governments use the coronavirus pandemic as cover to restrict people’s rights, according to a report by the think tank Freedom House. Its researchers assessed 65 countries, accounting for 87% of internet users worldwide. The report covers the period from June 2019 to May 2020, but some key changes took place when the pandemic struck.  

The pandemic effect: In at least 20 countries, the pandemic was cited as a reason to introduce sweeping new restrictions on speech and arrest online critics. In 28, governments blocked websites or forced outlets, users, or platforms to censor information in order to suppress critical reporting, unfavorable health statistics, or other content related to the coronavirus. In at least 45 of the countries studied, people were arrested as a result of their online posts about covid-19.

Many countries are also conducting increasingly sweeping surveillance of their populations, with contact tracing or quarantine compliance apps particularly ripe for abuse in places like Bahrain, India, and Russia. In China, the authorities used high- and low-tech tools not just to manage the outbreak of the coronavirus, but also to stop people from sharing information and challenge the official narrative. 

Other non-pandemic-related findings:

  • The US’s standing as a global leader for internet freedom is increasingly under threat. Internet freedom declined in the US for the fourth consecutive year, the report concluded. Federal and local law enforcement agencies have adopted new surveillance tools in response to historic protests against racial injustice, and several people faced criminal charges for online activity related to the demonstrations. The report directly criticized President Donald Trump for issuing draconian executive orders on social-media regulation, and for helping to create and spread dangerous disinformation. 
  • The “splinternet” is well and truly on its way. The US, India, and Pakistan have recently banned Chinese-owned apps, helping to legitimize China’s stance that each state should oversee its own “national internet.” In at least 13 states the internet was fully shut down at some point over the past year, with India leading the pack for internet shutdowns. Russia passed new laws to cut the country off from the global internet during national emergencies. Iran severed international connections to conceal a violent police crackdown amid mass protests. Lawmakers in Brazil, Pakistan, and Turkey passed or considered new regulations requiring companies to stop user data from leaving their countries.
  • China was found to be the world’s worst abuser of internet freedom for the sixth year running. Surprisingly, the report did not mention the use of highly repressive methods China is employing to crack down on the freedoms of the Uighur people both inside the country and beyond.
  • The adoption of new technologies is outpacing our understanding of them. The rollout of facial recognition technology and automated decision-making is happening at a rapid pace, with few safeguards to protect privacy or stop police departments from abusing these sorts of new tools.

What’s needed: The report says, “The internet freedom movement must raise its ambitions from simply demanding policies that respect basic rights, to actually building robust governance structures that enshrine and enforce those protections.” The authors provide a list of recommendations, including calling for policymakers to introduce robust data privacy laws and protect encryption. 

It also calls for them to take steps to ensure that internet connection is accessible and affordable for all, especially in the light of jobs and schooling moving online. The report calls for private companies to ensure “fair and transparent” content moderation while resisting government efforts to ban digital services or shut down internet connectivity. Crucially, it says it’s time for governments to bolster “cyber diplomacy” to defend a free and open internet, coming up with rules to restrict the export of repressive technologies.

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