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Japan Display OLED iPhone screens could still be at least two years away, according to a new report today.

Apple has been working hard to diversify its supply chain for OLED screens for its flagship iPhone models, working with multiple suppliers to break Samsung’s monopoly — even injecting funds into two of them…


Samsung has a strong technical lead over other OLED display manufacturers and was the only company able to meet Apple’s quality and volume production requirements for the iPhone X family. However, LG, Japan Display, and BOE are all hoping to win future orders.

Apple has taken a very active role in working to bring additional suppliers on board. Back in 2023, the Cupertino company reportedly made a massive $2.7B investment in the setup costs for LG OLED production lines in return for repayment over time and the lines being exclusively used for iPhone screens. That has seemingly paid off, with LG now believed to have two production lines making OLED screens for this year’s iPhones.

Chinese display maker BOE is also reported to be close to winning its first-ever OLED screen orders from Apple but is not expected to actually begin supplies until next year.

Which brings us to the long-running Japan Display saga. The company has almost gone bust twice. It was rescued back in 2024 by a $636M government bailout but was so slow to recognize the industry shift from LCD to OLED that it ran into difficulties again. A second rescue plan was supposedly finalized back in April, helped by Apple agreeing to wait for repayment of a $1.5B loan made back in 2024.

Things started to unravel in June, after a major backer pulled out before things were resolved with Apple chipping in a reported $100M.

Japan Display OLED iPhone screens not imminent

However, a piece in today’s Japan Times suggests that we may not be seeing any Japan Display OLED iPhone screens anytime soon. It says that the earliest time products will roll off a planned OLED production line is two years from now.

Japan Display Inc. is exploring the idea of mass producing next-generation organic electroluminescent panels for smartphones at a domestic plant, according to the CEO of a China-Hong Kong consortium that is bailing out the troubled Apple Inc. supplier.

Winston Lee, CEO of Suwa Investment Holdings LLC, said making the OLED panels at JDI’s Hakusan plant in Ishikawa Prefecture will allow the product to hit the market within 2½ years.

“To build a full OLED production plant in China will take three to four years before the product comes off the line. To build in Hakusan, it may take only 2 to 2½. The cost at Hakusan would be half or less,” Lee said in a recent interview in Tokyo.

“We don’t have three or four years to wait for JDI’s OLED to reach the market. Our major customer cannot wait that long,” Lee said. “The market changes rapidly, the Chinese OLED manufacturers will eventually catch up.”

Lee cited the company’s status as an Apple supplier (for LCD iPhones, and OLED screens for Apple Watches) as evidence of the quality of its products.

“When you are an Apple supplier, it means your product is the best because they take the best product only,” Lee said.

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Golang Program To Display Armstrong Number Between Two Intervals

An Armstrong number, also known as a narcissistic number, is a number that is equal to the sum of its own digits each raised to the power of the number of digits. Here we will show different approaches about how we can print the Armstrong numbers in go programming language.

Method 1: By Using Math Package

In this example we will use different functions present in math package in order to print the Armstrong numbers between said limits.

Syntax func Pow(a, b float64) float64

The pow() function is present in math package and is used to raise one number to the exponential of another. The function takes two numbers as arguments in float64 format and returns the result by performing ab operation.

func Log(x float64) float64

The log() function is present in math package and is used to find the natural logarithm of a number. it takes the number whose natural log is to be calculated as argument in float64 format and returns the final result in the same format.


Step 1 − Import the fmt and math package.

Step 2 − Start the main() function.

Step 3 − Inside the main() initialize two integer variables to hold the numbers

Step 4 − Use a for loop to iterate over each number in between the limits.

Step 5 − Now, take each digit of the number one by one and add them together by multiplying them with the 10th place number.

Step 5 − Print the output


Go language program to display armstrong numbers between two intervals by using math package

package main import ( "fmt" "math" ) func main() { var n int = 100 var m int = 1000 fmt.Println("Armstrong numbers between", n, "and", m, "are:") fmt.Println() for i := n; i <= m; i++ { num := i sum := 0 n := int64(math.Floor(math.Log10(float64(num))) + 1) sum += int(math.Pow(float64(num%10), float64(n))) } if i == sum { fmt.Printf("%d ", i) } } } Output Armstrong numbers between 100 and 1000 are: 153 370 371 407 Method 2: By Using Strconv Package

In this method, we will use strconv package in order to find the Armstrong numbers between two limits.

Syntax func Itoa(x int) string

The Itoa() function is present in strconv package and is used to get the string representation of an integer variable when the base is 10. The function accepts the variable whose string equivalent is to be obtained as argument and returns the string representation which we can store and print on the screen.

func len(v Type) int

The len() function is used to get the length of a any parameter. It takes one parameter as the data type variable whose length we wish to find and returns the integer value which is the length of the variable.

func Atoi(s string) (int, error)

The Atoi() function is present in strconv package and is used to convert a string value in a given base to integer. The function takes a string variable as argument and returns the integer equivalent of that string along with an error variable. The error variable has a value if there is a problem in performing the respective conversion.


Step 1 − First, we need to import the fmt and strconv package.

Step 2 − Then, start the main() function. Inside the main() initialize two integer type variables to store the upper and lower limit of numbers

Step 3 − Print both these numbers

Step 4 − Use a for loop to iterate over each element present between these numbers.

Step 5 − Use Itoa() function of strconv package to convert the current number to string

Step 6 − find the length of that number by using len() function.

Step 7 − Now, call the pow() function to find the sum of digits of the numbers together by multiplying them with the 10place of the number

Step 8 − Store the value returned by the function in a variable.


Go language program to display armstrong numbers between two intervals by using strconv package

package main import ( "fmt" "strconv" ) func main() { var n int = 1000 var m int = 10000 fmt.Println("Armstrong numbers between", n, "and", m, "are:") fmt.Println() for i := n; i <= m; i++ { num := strconv.Itoa(i) sum := 0 n := len(num) for _, digit := range num { d, _ := strconv.Atoi(string(digit)) sum += pow(d, n) } if i == sum { fmt.Printf("%d ", i) } } } func pow(a, b int) int { res := 1 for i := 0; i < b; i++ { res *= a } return res } Output Armstrong numbers between 1000 and 10000 are: 1634 8208 9474 Conclusion

We have successfully compiled and executed a go language program to display Armstrong numbers between two intervals along with examples. We have taken two examples here. In the first example we are using functions present in math package in order to find narcissistic number while in the second example we are using strconv package to achieve the result.

A Look At Tim Cook’s First Two Years As Apple’s Ceo

Two years ago today, to the date, Tim Cook officially took over the reigns as Apple’s CEO. Cook had long been handling the position’s day-to-day duties, and had played interim CEO on a few occasions, but on August 24, 2011, Steve stepped down and Tim stepped up.

One can only imagine what it’s like to try and take over a chief executive role for a company as big as Apple, following up someone like Steve Jobs. But Tim Cook has thus far managed to do it. Here are some of the more notable moments from his two-year tenure…

Foxconn problems

Less than 6 months after taking office, Tim Cook was confronted with a major PR problem. The New York times published a scathing article on Foxconn, Apple’s largest manufacturing partner, for its poor employee working and living conditions. While it’s true, the company had long been under scrutiny for its labor problems, this report suggested that Apple was aware of the infractions, and intentionally not doing anything about them.

Cook reacted quickly, sending out letters to employees and the press, ensuring them that “Apple cares about every worker in its worldwide supply chain,” and is doing everything in its power to improve their working conditions. As a result, Apple opened up its supply chain to inspection by the Fair Labor Association, and recent reports say Foxconn has shown signs of improvement.

iOS 6 Maps app

In late 2012, Apple made the decision to drop Google’s Maps app in iOS 6 and replace it with its own mapping software. But it quickly found out how difficult the task was, and Tim Cook found himself in another PR fiasco. Consumers everywhere complained of missing data points, location inaccuracies and poor turn-by-turn directions. Some government agencies even started issuing warnings about the app.

Once again, Cook reacted quickly and penned a well thought-out letter to the public, this time apologizing for Apple Maps falling short of expectations. He admitted that his team had failed to deliver “the best experience possible” to customers, and promised to put the weight of the company behind making it right. And for what it’s worth, Maps is significantly better than it was.

Apple stock crosses $700 per share

Despite the Maps debacle, Apple went on to sell its iPhone 5 in record numbers. Pre-orders for the handset crossed 2 million in the first 24 hours, and total sales topped 5 million during its opening weekend. This led to Apple’s stock crossing the $700 per share mark for the first time in the company’s history.

Admittedly, at $501 and some change, AAPL has since fallen quite a bit from its peak. But at the time, crossing that $700 mark signified that Wall Street had faith in the one-year veteran and his Cupertino gang to continue their run without Steve Jobs at the helm. And without question, I think that this was a major high point for Cook.

Executive Shakeup

On October 29 of last year, Apple issued a surprising press release announcing that SVP of iOS software, Scott Forstall, would be leaving the company as part of a major executive shakeup. Forstall had been leading iOS development since the platform’s inception, and was said to be a Jobs favorite. So needless to say, this was one of Cook’s biggest moves at the time as CEO.

A recent Reuters profile cites sources saying that the shakeup was a direct result of the Maps fiasco, and Cook moved quickly and decisively. He fired Forstall, and handed off Maps to Eddy Cue, design to Jony Ive, and the iOS team to Craig Federighi. We don’t yet know how effective the reorganization has been, or will be, but we should get a better idea this fall.

iPad mini launch

Even though Apple has been making tablets since 2010, it didn’t start offering a 7.9-inch version until late last year. In November of 2012 Apple launched the iPad mini, and by all counts it’s been a resounding success. Even without a Retina display, most analysts believe it’s outselling the larger iPad by a significant margin.

While Tim Cook might not be the visionary that Steve Jobs was, he still has to sign off on new products. And his thumbs up or thumbs down can have a huge impact on not only Apple’s profits, but its brand image and investor relations as well. Here, he made the right call in green-lighting the iPad mini, making his first new product launch as CEO a success.

So as you can see, Cook has overseen some major issues, changes and product launches (and many more we didn’t list) at Apple in the last two years, and has managed to keep the ship steady. Sure, APPL has slid 200 points from its peak, but it’s also moving upward right now, and has gained more than 100 points in the last two months.

But the next two years will really show Cook’s abilities. Apple has a big fall of product refreshes coming up, and there is said to be a number of all-new products—iTV, iWatch, etc.—in the pipeline. And he has to preside over all of this with investors and, from what we’ve been hearing, Apple’s board breathing down his neck, calling for more “innovation.” It’ll be interesting to see how he responds to the added pressure. So far, I think he’s done a great job.

What do you think?

Hotter Weather Could Be Changing Baseball

As average global temperatures continue to rise, America’s pastime could be entering the “climate-ball era.” A report published April 7 in the Bulletin of the American Meteorological Society found that since 2010, more than 500 home runs can be attributed to higher-than-average temperatures. These higher-than-average temperatures are due to human-made global warming.

While the authors of this study only attribute one percent of recent home runs to climate change, their study found that warmer temperatures could account for 10 percent or more of home runs by 2100, if emissions and climate change continue on their current trajectory.

[Related: What’s really behind baseball’s recent home run surge.]

“Global warming is not just a phenomenon that shows up in hurricanes and heat waves—it’s going to alter every aspect of how we live and play,” study co-author and doctoral candidate in geography at Dartmouth University Chris Callahan tells PopSci in an email. “Reducing human emissions of greenhouse gasses is the only way to prevent these effects from accelerating.”

This study primarily arose because Callahan, a huge baseball fan, was interested in any possible connections between climate change and home runs. “This simple physical mechanism—higher temperatures mean reduced air density, which means less air resistance to batted balls—had been proposed previously, but no one had tested whether it shows up in the large-scale data. It turns out that it does!” Callahan says. 

Callanhan and his team analyzed more than 100,000 Major League Baseball (MLB) games and 220,000 individual hits to correlate the number of home runs with the occurrence of unseasonably warm temperatures during the game. Next, they estimated how much the reduced air density that results from high air temperature was a possible driving force in the number of home runs on one given day compared to other games. 

Other factors, such as performance-enhancing drugs, bat and ball construction, and technology like launch analytics intended to optimize a batter’s power were also taken into account. While the team does not believe that temperature is the dominant factor in the increase in home runs, particularly because present day batters are primed to hit the ball at optimal angles and speeds, temperature does play a factor.

Increase in average number of home runs per year for each American major league ballpark with every 2 degree Fahrenheit increase in global average temperature. CREDIT: Christopher Callahan

The team particularly looked at the average number of home runs annually compared to every 2 degrees Fahrenheit increase in local average temperature at every MLB ballpark in the US. They found that the open-air Wrigley Field in Chicago would experience the largest spike (more than 15 home runs per season per 2 degree change), while Tampa Bay’s dome roofed Tropicana Field would stay level at one home run or less regardless of how hot it is outside the stadium. 

[Related: Will baseball ever replace umpires with robots?]

Night games lessened temperature and air density’s potential influence on the distance the ball travels, and covered stadiums would nearly eliminate the influence. Additionally, the study did not name precipitation as a factor, after all, most games are postponed or delayed. The number of runs per season due to temperature could be higher or lower depending on the conditions on each game day.

“I think it was surprising that the [heat’s] effect itself, while intuitive, was so clearly detectable in observations. As a non baseball fan, I was astounded by the data,” study co-author and geographer Justin Mankin tells PopSci. Mankin also noted that some next steps for this kind of research could potentially be looking into how wooden bats should change due to warming and how other ballistics based sports (golf, cricket, etc.) are affected by the increased temperature. 

While more home runs arguably makes for more exciting games, exposure to players and fans to extreme heat is a major risk factor that MLB and its teams will need to consider more frequently as the planet warms. 

“A key question for the organization at large is what’s an acceptable level of heat exposure for everybody and what’s the acceptable cost for maximizing home runs,” Mankin said in a statement. “Home runs are one pathway by which temperature is affecting game play, but there are other pathways that are more concerning because they have human risk attached to them.”

Can Samsung Sway You Away From The Iphone?

A new year, a new flagship smartphone. Not Apple this time, but rather from Samsung. The company revealed its latest effort earlier this week, unveiling the Galaxy S21 lineup for the world to see. There are three handsets to choose from this year, but the question is: can Samsung sway you away from the iPhone?

I like to think that, at any point in time, a phone might appear to accomplish that. That’s a holdout from how I used to handle phones, though. Way, way back in the day, I used to go through new phones on a semi-regular basis. I was hopping around from one Android device to another, and then from Android to Windows Phone. Things slowed down a bit when I finally got to use webOS, though. I really loved that operating system, and those phones.

You’ll probably notice I didn’t mention the iPhone in there. That’s because I wasn’t an early adopter.

In fact, I didn’t get on board with the iPhone until the iPhone 4, and even that was short-lived. Nothing about Apple’s iPhone really won me over until the iPhone 5, and then secured that feeling with the iPhone 5s. Those phones were great, and, since then, I’ve picked up a new iPhone every year. I’m fully ensconced within Apple’s ecosystem at this point, and it’s only improved since those days.

But still, I think about switching. I think about just making a wholehearted change. Dropping my MacBook Air for a Surface Laptop or a Dell XPS 13, which I’ve done more than a few times — but always come back to macOS. I think about going with another smartphone from a different manufacturer, and sometimes that means picking up Samsung’s latest effort and giving it a shot. But it doesn’t last.

But it’s not like Samsung isn’t trying. I think the company had a bit of a misstep last year, with the Galaxy S20 Ultra due to its issues with the camera system. But the Galaxy Note 20 Ultra was a great phone. However, I tried it for a week and ruled that it was just too big. And while I have loved using the S Pen in years past, I realized with this phone that I don’t need it.

I had that same thought, when I saw the Galaxy S21 Ultra. At least, that was a knee-jerk reaction. I don’t think I’m a fan of the rear camera setup on the back. The physical design, at least on the back, doesn’t hold my attention at all. But that front? The Infinity-O hole-punch screen is still pretty attractive, especially for someone who loves to watch stuff on their phone.

And I still really dislike the notch. I really want Apple to figure out what’s next already. This is the one area of impatience I have when it comes to Apple design (mostly).

I think it’s great that companies like Samsung, the ones that have the ability, are trying to build their own ecosystems with features and accessories. Apple’s made this work for them for a long time, and it’s one of the reasons I’m happy where I’m at. But, even with accessories like the Galaxy Buds Pro, I just can’t make the switch.

But what about you? Do you ever find yourself on the brink of leaving Apple’s ecosystem? If so, is it Samsung that might get you to sway? Or another company maybe? And if there is a switch on your horizon, what’s the reason?

These Two Huge Automakers Could Team To Upend Evs

These two huge automakers could team to upend EVs

The electric car world could get another behemoth player, with Fiat Chrysler and the PSA Group reportedly in talks to develop a “super platform” for EVs. The collaboration, though not yet official, would see the two automakers develop an electrified platform that would be used for more cost-effective EVs.

It’s not the first time we’ve seen automakers look to partnerships in order to maximize the potential return on electrification, mind. BMW and Daimler, for example, announced they would be working together in early 2023, eventually inking a $1.1bn agreement earlier this year that will see the two companies collaborate on projects like mobility services and EVs.

Meanwhile, VW Group is maximizing its economies of scale with its own EV platform. The so-called MEB architecture will be shared across all of the automaker group’s nameplates, from affordable electric vehicles from SEAT and Skoda at one extreme, through to Audi at the other. Only that way can the huge investments required for coaxing decent financial returns out of the category be justified.

Even then, it may look externally for greater heft. Talks between VW and Ford are believed to include electrification, with the potential for the MEB platform to be adopted by future Ford EVs.

Now, it’s said to be Fiat Chrysler Automobiles (FCA) and PSA Group, the latter the multinational behind the Peugeot, Citroën, DS, Opel, and Vauxhall brands, which are considering a tie-up. Preliminary talks are underway between the two groups, according to Bloomberg’s sources. Though no deal has been finalized yet, it’s suggested that the talks could go public by the end of June 2023.

The partnership would not see the two companies merge, but instead involve the development of a shared architecture. That platform for cars would presumably be flexible enough for each automaker – and each brand under the umbrella of each group – to differentiate their EVs in showrooms. However a common platform of elements like battery packs, motors, and other components would allow for considerable cost and time savings.

It wouldn’t be the first time the two firms had worked together. Indeed, Fiat and Peugeot have already agreed to extend an existing project making light-duty vans, which will see vehicles launch under the Vauxhall and Opel brands.

Since then, FCA has released more impressive electrified vehicles, like the well-reviewed Chrysler Pacifica Hybrid. Nonetheless, EVs remain a rarity in the automaker’s line-up, a state of play that is looking increasingly untenable.

FCA itself concurs. Back at the start of 2023, it announced a wide-reaching plan to dramatically boost the number of EVs and electrified vehicles in its line-up. Indeed, by 2023 it aims to have 10 pure battery-electric cars.

One of those vehicles could well be based on a recent Fiat concept, the Centoventi shown off at the Geneva Motor Show earlier this year. Intended to preview a modular, highly-customizable electric car that would be both affordable and flexible, the Concept Centoventi featured expandable battery packs and an interior that could be upgraded with 3D printed accessories.

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