Connect with us

Technologies

Major Energy Breakthrough: Milestone Achieved in US Fusion Experiment

For the first time, the National Ignition Facility officially achieved ignition in a fusion reactor.

It was touted as a «major scientific breakthrough» and, it seems, the rumors were true: On Tuesday, scientists at Lawrence Livermore National Laboratory announced that they have, for the first time, achieved net energy gain in a controlled fusion experiment.

«We have taken the first tentative steps toward a clean energy source that could revolutionize the world,» Jill Hruby, administrator of the National Nuclear Security Administration, said in a press conference Tuesday.

The triumph comes courtesy of the National Ignition Facility at LLNL in San Francisco. This facility has long tried to master nuclear fusion — a process that powers the sun and other stars — in an effort to harness the massive amounts of energy released during the reaction because, as Hruby points out, all that energy is «clean» energy.

Despite decades of effort, however, there had been a major kink in these fusion experiments: the amount of energy used to achieve fusion has far outweighed the energy coming out. As part of the NIF mission, scientists had long hoped to achieve «ignition,» where the energy output is «greater than or equal to laser drive energy.»

Some experts have remained skeptical that such a feat was even possible with fusion reactors currently in operation. But slowly, NIF pushed forward. In August last year, LLNL revealed it had come close to this threshold by generating around 1.3 megajoules (a measure of energy) against a laser drive using 1.9 megajoules.

But on Dec. 5, LLNL’s scientists say, they managed to cross the threshold.

They achieved ignition.

All in all, this achievement is cause for celebration. It’s the culmination of decades of scientific research and incremental progress. It’s a critical, albeit small, step forward, to demonstrate that this type of reactor can, in fact, generate energy.

«Reaching ignition in a controlled fusion experiment is an achievement that has come after more than 60 years of global research, development, engineering and experimentation,» Hruby said.

«It’s a scientific milestone,» Arati Prabhakar, policy director for the White House Office of Science and Technology, said during the conference, «but it’s also an engineering marvel.»

Still, a fully operational platform, connected to the grid and used to power homes and businesses, likely remains a few decades away.

«This is one igniting capsule at one time,» Kim Budil, director of LLNL, said. «To realize commercial fusion energy you have to do many things. You have to be able to produce many, many fusion ignition events per minute, and you have to have a robust system of drivers to enable that.»

So how did we get here? And what does the future hold for fusion energy?

Simulating stars

The underlying physics of nuclear fusion has been well understood for almost a century.

Fusion is a reaction between the nuclei of atoms that occurs under extreme conditions, like those present in stars. The sun, for instance, is about 75% hydrogen and, because of the all-encompassing heat and pressure at its core, these hydrogen atoms are squeezed together, fusing to form helium atoms.

If atoms had feelings, it would be easy to say they don’t particularly like being squished together. It takes a lot of energy to do so. Stars are fusion powerhouses; their gravity creates the perfect conditions for a self-sustaining fusion reaction and they keep burning until all their fuel — those atoms — are used up.

This idea forms the basis of fusion reactors.

Building a unit that can artificially re-create the conditions within the sun would allow for an extremely green source of energy. Fusion doesn’t directly produce greenhouse gases, like carbon dioxide and methane, which contribute to global warming.

And critically, a fusion reactor also doesn’t have the downsides of nuclear fission, the splitting of atoms used in nuclear bombs and reactors today.

In other words, a fusion power plant wouldn’t produce the radioactive waste associated with nuclear fission.

The big fusion experiment

The NIF, which takes up the space of around three football fields at LLNL, is the most powerful «inertial confinement fusion» experiment in the world.

In the center of the chamber lies a target: a «hohlraum,» or cylinder-shaped device that houses a tiny capsule. The capsule, about as big as a peppercorn, is filled with isotopes of hydrogen, deuterium and tritium, or D-T fuel, for short. The NIF focuses all 192 lasers at the target, creating extreme heat that produces plasma and kicks off an implosion. As a result, the D-T fuel is subject to extreme temperatures and pressures, fusing the hydrogen isotopes into helium — and a consequence of the reaction is a ton of extra energy and the release of neutrons.

You can think of this experiment as briefly simulating the conditions of a star.

The complicated part, though, is that the reaction also requires a ton of energy to start. Powering the entire laser system used by the NIF requires more than 400 megajoules — but only a small percentage actually hits the hohlraum with each firing of the beams. Previously, the NIF had been able to pretty consistently hit the target with around 2 megajoules from its lasers.

But on Dec. 5, during one run, something changed.

«Last week, for the first time, they designed this experiment so that the fusion fuel stayed hot enough, dense enough and round enough for long enough that it ignited,» Marv Adams, deputy administrator at the NNSA, said during the conference. «And it produced more energy than the lasers had deposited.»

More specifically, scientists at NIF kickstarted a fusion reaction using about 2 megajoules of energy to power the lasers and were able to get about 3 megajoules out. Based on the definition of ignition used by NIF, the benchmark has been passed during this one short pulse.

You might also see that energy gain in a fusion reaction is denoted by a variable, Q.

Like ignition, the Q value can refer to different things for different experiments. But here, it’s referring to the energy input from the lasers versus the energy output from the capsule. If Q = 1, scientists say they have achieved «breakeven,» where energy in equals energy out.

The Q value for this run, for context, was around 1.5.

In the grand scheme of things, the energy created with this Q value is only about enough to boil water in a kettle.

«The calculation of energy gain only considers the energy that hit the target, and not the [very large] energy consumption that goes into supporting the infrastructure,» said Patrick Burr, a nuclear engineer at the University of New South Wales.

The NIF is not the only facility chasing fusion — and inertial confinement is not the only way to kickstart the process. «The more common approach is magnetically confined fusion,» said Richard Garrett, senior advisor on strategic projects at the Australian Nuclear Science and Technology Organization. These reactors use magnetic fields to control the fusion reaction in a gas, typically in a giant, hollow donut reactor known as a tokamak.

Those devices have a much lower density than NIF’s pellets, so temperatures need to be increased to well over 100 million degrees. Garrett said he does not expect the NIF result to accelerate tokamak fusion programs because, fundamentally, the two processes work quite differently.

However, significant progress is also being made with magnetically confined fusion. For instance, the ITER experiment, under construction in France, uses a tokamak and is expected to begin testing in the next decade. It has lofty goals, aiming to achieve a Q greater than 10 and to develop commercial fusion by 2050.

The future of fusion

The experiment at NIF might be transformative for research, but it won’t immediately translate to a fusion energy revolution. This isn’t a power-generating experiment. It’s a proof of concept.

This is a point worth paying attention to today, especially as fusion has often been touted as a way to combat the climate crisis and reduce reliance on fossil fuels or as a salve for the world’s energy problems. Construction and utilization of fusion energy to power homes and businesses is still a ways off — decades, conservatively — and inherently reliant on technological improvements and investment in alternative energy sources.

Generating around 2.5 megajoules of energy when the total input from the laser system is well above 400 megajoules is, of course, not efficient. And in the case of the NIF experiment, it was one short pulse.

Looking further ahead, constant, reliable, long pulses will be required if this is to become sustainable enough to power kettles, homes or entire cities.

«It’s unlikely that fusion power … will save us from climate change,» said Ken Baldwin, a physicist at the Australian National University. If we are to prevent the largest increases in global average temperature, fusion power is likely going to be a little too late.

Other investment is going to come from private companies, which are seeking to operate tokamak fusion reactors in the next few years. For instance, Tokamak Energy in the UK is building a spherical tokamak reactor and seeks to hit breakeven by the middle of this decade.

Then there’s Commonwealth Fusion Systems, spun out of MIT, which is hoping to generate around 400 megawatts of power, enough for tens of thousands of homes, by the 2030s. Modern nuclear power plants can produce almost three times as much.

And as CNET editor Stephen Shankland noted in a recent piece, fusion reactors will also need to compete against solar and wind power — so even with today’s revelatory findings, fusion energy remains entrenched in the experimental phase of its existence.

But we can now cast one eye toward the future.

It may not prevent the worst of climate change but, harnessed to its full potential, it could produce a near-limitless supply of energy for generations to come. It’s one thing to think about the future of energy on Earth and how it will be utilized, but our eyes may fall on horizons even further out — deep space travel could utilize fusion reactors that blast us well beyond the reaches of our sun’s gravity, the very thing that helped teach us about fusion reactions, and into interstellar space.

Perhaps then, we’d remember Dec. 5, 2022, as the first tiny step toward places we dared once only dream about.

Correction, 8:44 a.m. PT: This article initially misstated the amount of energy in the fusion reaction. NIF powered the lasers with about 2 megajoules and produced 3 megajoules as a result.

Technologies

How to Add These Hidden Music and Apple Intelligence Controls to Your iPhone

One control can Apple’s Visual Intelligence to more devices besides the iPhone 16 lineup.

Apple released iOS 18.4 on March 31, and the update brought bug fixes, new emoji and a new recipes section in Apple News to all iPhones. The update also brought a handful of new controls to the iPhone Control Center, including one that brings Visual Intelligence to the iPhone 15 Pro and iPhone 15 Pro Max.

When Apple released iOS 18 in September, the update remodeled the Control Center to give you more control over how the feature functions. With iOS 18, you can resize controls, assign some controls to their own dedicated page and adjust the placement of controls to your liking. Apple also introduced more controls to the feature, making it a central hub for all your most-used iPhone features.

Read more: Everything You Need to Know About iOS 18

With iOS 18.4, Apple continues to expand the number of controls you can add to the Control Center. If you have the update on your iPhone, you can add ambient music controls, and Apple Intelligence-enabled iPhones get a few AI controls in the menu, too. Here’s what you need to know about the new controls and how to add them to your Control Center.

Ambient Music controls

Apple gave everyone four new controls in the Control Center library under the Ambient Music category. These controls are Sleep, Chill, Productivity and Wellbeing. Each of these controls can activate a playlist filled with music that corresponds to the specific control. Sleep, for instance, plays ambient music to help lull you to bed.

Some studies suggest white noise could help adults learn words and improve learning in environments full of distractions. According to the mental health company Calm, certain kinds of music can help you fall asleep faster and improve the quality of your sleep. So these new controls can help you learn, fall asleep and more.

Here’s how to find these controls.

1. Swipe down from the top-right corner of your Home Screen to open your Control Center. 
2. Tap the plus (+) sign in the top-left corner of your screen.
3. Tap Add a Control.

You’ll see a section of controls called Ambient Music. You can also search for «Ambient Music» in the search bar at the top of the control library. Under Ambient Music, you’ll see all four controls. Tap one (or all) of them to add them to your Control Center. Once you’ve added one or all the controls to your Control Center, go back to your Control Center and tap one to start playing music.

Here’s how to change the playlist for each control.

1. Swipe down from the top-right corner of your Home Screen to open your Control Center.
2. Tap the plus (+) sign in the top-left corner of your screen.
3. Tap the Ambient Music control you want to edit.
4. Tap the playlist to the right of Playlist.

A dropdown menu will appear with additional playlists for each control. If you’re in the Sleep control, you’ll see playlists like Restful Notes and Lo-Fi Snooze. If you have playlists in your Music app, then you’ll also see an option From Library, which pulls music from your library. Tap whichever playlist you want and it will be assigned to that control.

Apple already lets you transform your iPhone into a white noise machine with Background Sounds, like ocean and rain. But Ambient Music is actual music as opposed to more static sounds like in that feature.

Both of these features feel like a way for Apple to present itself as the first option for whenever you want some background music to help you fall asleep or be productive. Other services, like Spotify and YouTube, already have ambient music playlists like these, so this could be Apple’s way of taking some of those service’s audience.

Apple Intelligence controls

Only people with an iPhone 15 Pro, iPhone 15 Pro Max or the iPhone 16 lineup can access Apple Intelligence features for now, and those people got three new dedicated Apple Intelligence controls with iOS 18.4. Those controls are Talk to Siri, Type to Siri and Visual Intelligence.

Here’s how to find these controls.

1. Swipe down from the top-right corner of your Home Screen to open your Control Center.
2. Tap the plus (+) sign in the top-left corner of your screen.
3. Tap Add a Control.

Then you can use the search bar near the top of the screen to search for «Apple Intelligence» or you can scroll through the menu to find the Apple Intelligence & Siri section. Tap any (or all) of these controls to add them to your Control Center. While Talk to Siri and Type to Siri controls can be helpful if you have trouble accessing the digital assistant, the Visual Intelligence control is important because it brings the Apple Intelligence feature to the iPhone 15 Pro and Pro Max.

Visual Intelligence was originally only accessible on the iPhone 16 lineup because those devices have the Camera Control button. With iOS 18.4, Visual Intelligence is now accessible on more devices and people thanks to the titular control in Control Center. But remember, Visual Intelligence is like any other AI tool so it won’t always be accurate. You should double check results and important information it shows you.

For more on iOS 18, here are all the new emoji you can use now and everything you should to know about the recipes section in Apple News. You can also check out all the features included in iOS 18.5 and our iOS 18 cheat sheet.

Continue Reading

Technologies

Tariffs Explained: How Trump’s Ever-Changing Trade Policy Will Affect You

While Donald Trump’s wide-ranging taxes on imports face scrutiny in court, he also continues to alter them and introduce or propose others. Here’s what it will mean for you.

President Donald Trump’s second-term economic plan can be summed up in one word: tariffs. When his barrage of import taxes went into overdrive a month ago, markets trembled and business leaders sounded alarms about the economic damage they would cause. After weeks of uncertainty and clashes with major companies, Trump’s tariffs hit their biggest roadblock yet in court before being reinstated ahead of a final ruling, allowing him to double the rate on imported steel and aluminum this week.

Late Wednesday, the US Court of International Trade ruled that Trump had overstepped his authority when he imposed tariffs, effectively nullifying the tariffs, after concluding that Congress has the sole authority to issue tariffs and decide other foreign trade matters, and that the International Emergency Economic Powers Act of 1977 — which Trump has used to justify his ability to impose them — doesn’t grant the president «unlimited» authority on tariffs. The next day, an appeals court allowed the tariffs to go back into effect for the time being, while the administration calls for the Supreme Court to overturn the trade court ruling altogether. 

However things shake out in the end, the initial ruling certainly came as a relief to many, given the chaos and uncertainty that Trump’s tariffs how caused thus far. For his part, Trump has recently lashed out against companies — like Apple and Walmart — that have reacted to the tariffs or discussed their impacts in ways he dislikes. Apple has been working to move manufacturing for the US market from China to relatively less-tariffed India, to which Trump has threatened them with a 25% penalty rate if they don’t bring manufacturing to the US instead. Experts have predicted that a US-made iPhone, for example, would cost consumers about $3,500. During a recent earnings call, Walmart warned that prices would rise on things like toys, tech and food at some point in the summer, which prompted Trump to demand the chain eat the costs themselves, another unlikely scenario.

Amid all this noise, you might still be wondering: What exactly are tariffs and what will they mean for me?

The short answer: Expect to pay more for at least some goods and services. For the long answer, keep reading, and for more, check out CNET’s price tracker for 11 popular and tariff-vulnerable products.

What are tariffs?

Put simply, a tariff is a tax on the cost of importing or exporting goods by a particular country. So, for example, a «60% tariff» on Chinese imports would be a 60% tax on the price of importing, say, computer components from China.

Trump has been fixated on imports as the centerpiece of his economic plans, often claiming that the money collected from taxes on imported goods would help finance other parts of his agenda. The US imports $3 trillion of goods from other countries annually. 

The president has also, more recently, shown a particular fixation on trade deficits, claiming that the US having a trade deficit with any country means that country is ripping the US off. This is a flawed understanding of the matter, as a lot of economists have said, deficits are often a simple case of resource realities: Wealthy nations like the US buy specific things from nations that have them, while those nations might in turn not be wealthy enough to buy much of anything from the US.

While Trump deployed tariffs in his first term, notably against China, he ramped up his plans more significantly for the 2024 campaign, promising 60% tariffs against China and a universal 20% tariff on all imports into the US. Now, tariffs against China are more than double that amount and a universal tariff on all exports is a reality.

«Tariffs are the greatest thing ever invented,» Trump said at a campaign stop in Michigan last year. At one point, he called himself «Tariff Man» in a post on Truth Social. 

Who pays the cost of tariffs?

Trump repeatedly claimed, before and immediately after returning to the White House, that the country of origin for an imported good pays the cost of the tariffs and that Americans would not see any price increases from them. However, as economists and fact-checkers stressed, this is not the case.

The companies importing the tariffed goods — American companies or organizations in this case — pay the higher costs. To compensate, companies can raise their prices or absorb the additional costs themselves.

So, who ends up paying the price for tariffs? In the end, usually you, the consumer. For instance, a universal tariff on goods from Canada would increase Canadian lumber prices, which would have the knock-on effect of making construction and home renovations more expensive for US consumers. While it is possible for a company to absorb the costs of tariffs without increasing prices, this is not at all likely, at least for now.

Speaking with CNET, Ryan Reith, vice president of International Data’s worldwide mobile device tracking programs, explained that price hikes from tariffs, especially on technology and hardware, are inevitable in the short term. He estimated that the full amount imposed on imports by Trump’s tariffs would be passed on to consumers, which he called the «cost pass-through.» Any potential efforts for companies to absorb the new costs themselves would come in the future, once they have a better understanding of the tariffs, if at all.

Which Trump tariffs have gone into effect?

Following Trump’s «Liberation Day» announcements on April 2, the following tariffs are in effect:

  • A 50% tariff on all steel and aluminum imports, doubled from 25% as of June 4.
  • A 30% tariff on all Chinese imports until Aug. 10 while negotiations continue. China being a major focus of Trump’s trade agenda, this rate has been notably higher than others and has steadily increased as Beijing returned fire with tariffs of its own, peaking at 145%, which it could return to down the line if a deal is not reached.
  • 25% tariffs on imports from Canada and Mexico not covered under the 2018 USMCA trade agreement brokered during Trump’s first term. The deal covers roughly half of all imports from Canada and about a third of those from Mexico, so the rest are subject to the new tariffs. Energy imports not covered by USMCA only will be taxed at 10%.
  • A 25% tariff on all foreign-made cars and auto parts.
  • A sweeping overall 10% tariff on all imported goods.

For certain countries that Trump said were more responsible for the US trade deficit, Trump imposed what he called «reciprocal» tariffs that exceed the 10% level: 20% for the 27 nations that make up the European Union, 26% for India, 24% for Japan and so on. These were meant to take effect on April 9 but were delayed by 90 days as a result of historic stock market volatility, which makes the new effective date July 8.

Trump’s claim that these reciprocal tariffs are based on high tariffs imposed against the US by the targeted countries has drawn intense pushback from experts and economists, who have argued that some of these numbers are false or potentially inflated. For example, the above chart claims a 39% tariff from the EU, despite its average tariff for US goods being around 3%. Some of the tariffs are against places that are not countries but tiny territories of other nations. The Heard and McDonald Islands, for example, are uninhabited. We’ll dig into the confusion around these calculations below.

Notably, that minimum 10% tariff will not be on top of those steel, aluminum and auto tariffs. Canada and Mexico were also spared from the 10% minimum additional tariff imposed on all countries the US trades with.

On April 11, the administration said smartphones, laptops and other consumer electronics, along with flat panel displays, memory chips and semiconductors, were exempt from reciprocal tariffs. But it wasn’t clear whether that would remain the case or whether such products might face different fees later.

How were the Trump reciprocal tariffs calculated?

The numbers released by the Trump administration for its barrage of «reciprocal» tariffs led to widespread confusion among experts. Trump’s own claim that these new rates were derived by halving the tariffs already imposed against the US by certain countries was widely disputed, with critics noting that some of the numbers listed for certain countries were much higher than the actual rates and some countries had tariff rates listed despite not specifically having tariffs against the US at all.

In a post to X that spread fast across social media, finance journalist James Surowiecki said that the new reciprocal rates appeared to have been reached by taking the trade deficit the US has with each country and dividing it by the amount the country exports to the US. This, he explained, consistently produced the reciprocal tariff percentages revealed by the White House across the board.

«What extraordinary nonsense this is,» Surowiecki wrote about the finding.

The White House later attempted to debunk this idea, releasing what it claimed was the real formula, though it was quickly determined that this formula was arguably just a more complex version of the one Surowiecki deduced.

What will the Trump tariffs do to prices?

In short: Prices are almost certainly going up, if not now, then eventually. That is, if the products even make it to US shelves at all, as some tariffs will simply be too high for companies to bother dealing with.

While the effects of a lot of tariffs might not be felt straight away, some potential real-world examples have already emerged. Microsoft has increased prices across the board for its Xbox gaming brand, with its flagship Xbox Series X console jumping 20% from $500 to $600. Elsewhere, Kent International, one of the main suppliers of bicycles to Walmart, announced that it would be stopping imports from China, which account for 90% of its stock.

Speaking about Trump’s tariff plans just before they were announced, White House trade adviser Peter Navarro said that they would generate $6 trillion in revenue over the next decade. Given that tariffs are most often paid by consumers, CNN characterized this as potentially «the largest tax hike in US history.» New estimates from the Yale Budget Lab, cited by Axios, predict that Trump’s new tariffs will cause a 2.3% increase in inflation throughout 2025. This translates to about a $3,800 increase in expenses for the average American household.

Reith, the IDC analyst, told CNET that Chinese-based tech companies, like PC makers Acer, Asus and Lenovo, have «100% exposure» to these import taxes as they currently stand, with products like phones and computers the most likely to take a hit. He also said that the companies best positioned to weather the tariff impacts are those that have moved some of their operations out of China to places like India, Thailand and Vietnam, singling out the likes of Apple, Dell and HP. Samsung, based in South Korea, is also likely to avoid the full force of Trump’s tariffs. 

In an effort to minimize its tariff vulnerability, Apple has begun to move the production of goods for the US market from China to India.

Will tariffs impact prices immediately?

In the short term — the first days or weeks after a tariff takes effect — maybe not. There are still a lot of products in the US imported pre-tariffs and on store shelves, meaning the businesses don’t need a price hike to recoup import taxes. Once new products need to be brought in from overseas, that’s when you’ll see prices start to climb because of tariffs or you’ll see them become unavailable. 

That uncertainty has made consumers anxious. CNET’s survey revealed that about 38% of shoppers feel pressured to make certain purchases before tariffs make them more expensive. About 10% say they have already made certain purchases in hopes of getting them in before the price hikes, while 27% said they have delayed purchases for products that cost more than $500. Generally, this worry is the most acute concerning smartphones, laptops and home appliances.

Mark Cuban, the billionaire businessman and Trump critic, voiced concerns about when to buy certain things in a post on Bluesky just after Trump’s «Liberation Day» announcements. In it, he suggested that consumers might want to stock up on certain items before tariff inflation hits.

«It’s not a bad idea to go to the local Walmart or big box retailer and buy lots of consumables now,» Cuban wrote. «From toothpaste to soap, anything you can find storage space for, buy before they have to replenish inventory. Even if it’s made in the USA, they will jack up the price and blame it on tariffs.»

CNET’s Money team recommends that before you make any purchase, especially of a high-ticket item, be sure that the expenditure fits within your budget and your spending plans in the first place. Buying something you can’t afford now because it might be less affordable later can be burdensome, to say the least.

What is the goal of the White House tariff plan?

The typical goal behind tariffs is to discourage consumers and businesses from buying the tariffed, foreign-sourced goods and encourage them to buy domestically produced goods instead. When implemented in the right way, tariffs are generally seen as a useful way to protect domestic industries. 

One of the stated intentions for Trump’s tariffs is along those lines: to restore American manufacturing and production. However, the White House also claims to be having negotiations with numerous countries looking for tariffs exemptions and some officials have also floated the idea that the tariffs will help finance Trump’s tax cuts.

You don’t have to think about those goals for too long before you realize that they’re contradictory: If manufacturing moves to the US or if a bunch of countries are exempt from tariffs then tariffs aren’t actually being collected and can’t be used to finance anything. This and many other points have led a lot of economists to allege that Trump’s plans are misguided. 

In terms of returning — or «reshoring» — manufacturing in the US, tariffs are a better tool for protecting industries that already exist because importers can fall back on them right away. Building up the factories and plants needed for this in the US could take years, leaving Americans to suffer under higher prices in the interim. 

That problem is worsened by the fact that the materials needed to build those factories will also be tariffed, making the costs of «reshoring» production in the US too heavy for companies to stomach. These issues, and the general instability of American economic policies under Trump, are part of why experts warn that Trump’s tariffs could have the opposite effect: keeping manufacturing out of the US and leaving consumers stuck with inflated prices. Any factories that do get built in the US because of tariffs also have a high chance of being automated, canceling out a lot of job creation potential. To give you one real-world example of this: When warning customers of future price hikes, toy maker Mattel also noted that it had no plans to move manufacturing to the US.

Trump has reportedly been fixated on the notion that Apple’s iPhone — the most popular smartphone in the US market — can be manufactured entirely in the US. This has been broadly dismissed by experts, for a lot of the same reasons mentioned above, but also because an American-made iPhone could cost upward of $3,500. One report from 404 Media dubbed the idea «a pure fantasy.» The overall sophistication and breadth of China’s manufacturing sector has also been cited, with CEO Tim Cook stating in 2017 that the US lacks the number of tooling engineers to make its products.

For more, see how tariffs might raise the prices of Apple products and find some expert tips for saving money.

Continue Reading

Technologies

Today’s NYT Mini Crossword Answers for Sunday, June 8

Here are the answers for The New York Times Mini Crossword for June 8.

Looking for the most recent Mini Crossword answer? Click here for today’s Mini Crossword hints, as well as our daily answers and hints for The New York Times Wordle, Strands, Connections and Connections: Sports Edition puzzles.


Today’s NYT Mini Crossword isn’t too tough, but 1-Across might make you think of the sky, and that’s not the direction you need to go. Need some help with today’s Mini Crossword? Read on. And if you could use some hints and guidance for daily solving, check out our Mini Crossword tips.

The Mini Crossword is just one of many games in the Times’ games collection. If you’re looking for today’s Wordle, Connections, Connections: Sports Edition and Strands answers, you can visit CNET’s NYT puzzle hints page.

Read more: Tips and Tricks for Solving The New York Times Mini Crossword

Let’s get to those Mini Crossword clues and answers.

Mini across clues and answers

1A clue: Org. with shooting stars
Answer: NBA

4A clue: Buildings with weather vanes, stereotypically
Answer: BARNS

6A clue: Swiss watch brand
Answer: OMEGA

7A clue: What Santa, Gandalf and Dumbledore each have
Answer: BEARD

8A clue: Pie in the ___
Answer: SKY

Mini down clues and answers

1D clue: «I’m bad with ___» (party excuse)
Answer: NAMES

2D clue: Start of a billiards game
Answer: BREAK

3D clue: Seeing red
Answer: ANGRY

4D clue: Timothée’s role in «A Complete Unknown»
Answer: BOB

5D clue: Feeling blue
Answer: SAD

How to play more Mini Crosswords

The New York Times Games section offers a large number of online games, but only some of them are free for all to play. You can play the current day’s Mini Crossword for free, but you’ll need a subscription to the Times Games section to play older puzzles from the archives.

Continue Reading

Trending

Copyright © Verum World Media