How to Use AI to Edit and Generate Stunning Photos

Photo credit: Charles Desmarais
Photo credit: Charles Desmarais
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How to Use AI to Edit and Generate Stunning Photos

Photo credit: Charles Desmarais
Photo credit: Charles Desmarais

By Brian X. Chen

Much of the hype and fears around generative AI has been about text. But there have also been rapid and dramatic developments in systems that can generate images. In many cases, these share a similar structure to text-based generative AI, but they can also be much weirder — and lend themselves to some very fun creative pursuits.

Image generators are trained on billions of images, which enable them to produce new creations that were once the sole dominion of painters and other artists. Sometimes experts can’t tell the difference between AI-created images and actual photographs (a circumstance that has fueled dangerous misinformation campaigns in addition to fun creations).

Compared to products like ChatGPT, image generating AI tools are not as well developed. They require jumping through a few more hoops and may cost a bit of money. But if you’re interested in learning the ropes there’s no better time to start.

AI Photoshop

Last week, Adobe added a generative AI feature into a beta version of Photoshop, its iconic graphics software, and creators on social networks like TikTok and Instagram have been buzzing about it ever since.

When I tested the new feature, called “generative fill,” I was impressed with how quickly and competently the AI carried out tasks that would have taken me at least an hour to do on my own. In less than five minutes and with only a few clicks, I used the feature to remove objects, add objects and swap backgrounds.

(To experiment with these tools yourself, start by signing up for a free trial of Adobe Creative Suite. Then, install the new Adobe Photoshop beta, which includes generative fill.)

Once you have Photoshop beta installed, import a photo and try these tricks:

To change a background, click the “object selection” icon (it has an arrow pointed at a box), then under the Select menu, click “inverse” to select the background. Next, click the “generative fill” box and type in a prompt — or leave it blank to let Photoshop come up with a new background concept for you.

I used these steps to edit a photo of my corgi, Max. I typed “kennel” for the prompt and clicked “generate" to replace the background.

To remove objects, use the lasso tool. In this photo of my motorcycle, I wanted to erase a tractor behind a fence in the background. I traced around the tractor, and then I clicked the “generative fill” box and hit “generate” without entering a prompt. The software correctly removed the tractor and filled in the background while leaving the fence intact.

Photo editors at The New York Times do not enhance or alter photos or generate images using artificial intelligence. But my first thought after testing generative fill was that photo editors working in other contexts, like marketing, could be soon out of work. When I shared this theory with Adobe’s chief technology officer, Ely Greenfield, he said that it might make photo editing more accessible, but he was optimistic that humans would still be needed.

“I can make really pretty images with it, but frankly, I still make boring images,” he said. “When I look at the content that artists create when you put this in their hands versus what I create, their stuff is so much more interesting because they know how to tell a story.”

I confess that what I’ve done with generative fill is far less exciting than what others have been posting on social media. Lorenzo Green, who tweets about AI, posted a collage of famous album covers, including Michael Jackson’s “Thriller” and Adele’s “21” that were expanded with generative fill. The results were quite entertaining.

(One note: If installing Photoshop feels daunting, a quicker way to test Adobe’s AI is to visit the Adobe Firefly website. There, you can open the generative fill tool, upload an image and click the “add” tool to trace around a subject, such as a dog. Then click “background” and type in a prompt like “beach.”)

More image generators

Tools like DALL-E and Midjourney can create entirely new images in seconds. They work similarly to chatbots: You type in a text prompt — the more specific, the better.

To write a quality prompt, start with the medium you’d like to emulate, followed by the subject and any extra details. For example, typing “a photograph of a cat wearing a sweater in a brightly lit room” in the DALL-E prompt box will generate it.

DALL-E, which is owned by Open AI, the maker of ChatGPT, was one of the first widely available AI image generators that was simple for people to use. For $15, you get 115 credits; one credit can be used to generate a set of four images.

Midjourney, another popular image generator, is a work in progress, so the user experience is not as polished. The service costs $10 a month, and entering prompts can be a little more complicated, because it requires joining a separate messaging app, Discord. Nonetheless, the project can create high-quality, realistic images.

To use it, join Discord and then request an invitation to the Midjourney server. After joining the server, inside the chat box, type “/imagine” followed by a prompt. I typed “/imagine a manga cover of a corgi in a ninja turtle costume” and generated a set of convincing images.

Though it’s fine to type in a basic request, some have found obscure prompts that generated exceptional results. At Columbia University, Lance Weiler is teaching students how to leverage AI, including Midjourney, to produce artwork.

Whichever tool you use, bear in mind that the onus is on you to use this tech responsibly.

Technologists warn that image generators can increase the spread of deepfakes and misinformation. But the tools can also be used in positive and constructive ways, like making family photos look better and brainstorming artistic concepts.

The New York Times



Samsung Electronics Says Customers Praised Competitiveness of HBM4 Chip

FILE PHOTO: A Samsung Electronics logo and a computer motherboard appear in this illustration taken August 25, 2025. REUTERS/Dado Ruvic/Illustration/File Photo
FILE PHOTO: A Samsung Electronics logo and a computer motherboard appear in this illustration taken August 25, 2025. REUTERS/Dado Ruvic/Illustration/File Photo
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Samsung Electronics Says Customers Praised Competitiveness of HBM4 Chip

FILE PHOTO: A Samsung Electronics logo and a computer motherboard appear in this illustration taken August 25, 2025. REUTERS/Dado Ruvic/Illustration/File Photo
FILE PHOTO: A Samsung Electronics logo and a computer motherboard appear in this illustration taken August 25, 2025. REUTERS/Dado Ruvic/Illustration/File Photo

Samsung Electronics customers have praised the differentiated competitiveness of its next-generation high-bandwidth memory (HBM) chips, or HBM4, saying "Samsung is back", co-CEO and chip chief Jun Young-hyun said in a New Year address.

In October, Samsung said it was in "close discussion" to supply its HBM4 to US artificial intelligence leader Nvidia , as the South Korean chipmaker scrambles to catch rivals including compatriot SK Hynix in AI chips.

"On HBM4 in particular, customers have even ‌stated that 'Samsung ‌is back'," Jun said in remarks reviewed ‌by ⁠Reuters, adding that ‌the company still had work to do to further improve competitiveness.

SK Hynix CEO Kwak Noh-Jung said in New Year remarks reviewed by Reuters that the company benefited from favorable external conditions as demand for artificial-intelligence chips materialized faster than expected.

He said competition was intensifying rapidly, noting that AI demand was now a given rather than an upside surprise, and that the business environment ⁠in 2026 would be tougher than last year, while stressing that the need for ‌continued bolder investment and effort to prepare for ‍the future.

SK Hynix was the ‍leading player in the HBM market in the third quarter of 2025 ‍with a 53% share, followed by Samsung at 35% and Micron at 11%, data from Counterpoint Research showed.

Shares of Samsung Electronics and SK Hynix ended up 7.2% and 4%, respectively, on the first trading day of the year, hitting record highs and outperforming the benchmark KOSPI’s 2.3% gain.

Turning to the foundry business, which manufactures chips designed by customers, Samsung's ⁠Jun said recent supply deals with major global customers had left the foundry business "primed for a great leap forward."

In July, Samsung Electronics signed a $16.5 billion deal with Tesla.

In a separate address, Samsung Electronics' co-CEO TM Roh, who also heads the company's device experience division overseeing its mobile phone, TV and home appliance businesses, said 2026 was likely to bring greater uncertainty and risks, citing rising component prices and global tariff barriers.

"To position ourselves to maintain a competitive advantage in any situation, we will reinforce our core competitiveness through proactive supply chain diversification and optimization of global operations to ‌address issues like component sourcing and pricing, and global tariff risks," Roh said.


Foundation Stone Laid for World’s Largest Government Data Center in Riyadh

Officials are seen at Thursday's ceremony. (SPA)
Officials are seen at Thursday's ceremony. (SPA)
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Foundation Stone Laid for World’s Largest Government Data Center in Riyadh

Officials are seen at Thursday's ceremony. (SPA)
Officials are seen at Thursday's ceremony. (SPA)

The foundation stone was laid in Riyadh Thursday for the Saudi Data and Artificial Intelligence Authority (SDAIA) “Hexagon” Data Center, the world’s largest government data center by megawatt capacity.

Classified as Tier IV and holding the highest data center rating by the global Uptime Institute, the facility will have a total capacity of 480 megawatts and will be built on an area exceeding 30 million square feet in the Saudi capital.

Designed to the highest international standards, the center will provide maximum availability, security, and operational readiness for government data centers. It will meet the growing needs of government entities and support the increasing reliance on electronic services.

The project will contribute to strengthening the national economy and reinforce the Kingdom’s position as a key player in the future of the global digital economy.

A ceremony was held on the occasion, attended by senior officials from various government entities. They were received at the venue by President of SDAIA Dr. Abdullah bin Sharaf Alghamdi and SDAIA officials.

Director of the National Information Center at SDAIA Dr. Issam bin Abdullah Alwagait outlined the project’s details, technical and engineering specifications, and the operational architecture ensuring the highest levels of readiness and availability.

He also reviewed the international accreditations obtained for the center’s solutions and engineering design in line with recognized global standards.

In a press statement, SDAIA President Dr. Abdullah bin Sharaf Alghamdi said the landmark national project comes as part of the continued support of Prince Mohammed bin Salman bin Abdulaziz Al Saud, Crown Prince, Prime Minister and Chairman of SDAIA’s Board of Directors.

This support enables the authority, as the Kingdom’s competent body for data, including big data, and artificial intelligence and the national reference for their regulation, development, and use, to contribute to advancing the Kingdom toward leadership among data- and AI-driven economies, he noted.

The Kingdom will continue to strengthen its presence in advanced technologies with the ongoing support of the Crown Prince, he stressed.

SDAIA will pursue pioneering projects that reflect its ambitious path toward building an integrated digital ecosystem, strengthening national enablers in data and artificial intelligence, and developing world-class technical infrastructure that boosts the competitiveness of the national economy and attracts investment. This aligns with Saudi Vision 2030’s objectives of building a sustainable knowledge-based economy and achieving global leadership in advanced technologies.


Neuralink Plans ‘High-Volume’ Brain Implant Production by 2026, Musk Says

Elon Musk steps off Air Force One upon arrival at Morristown Municipal Airport in Morristown, New Jersey, US, March 22, 2025. (AFP)
Elon Musk steps off Air Force One upon arrival at Morristown Municipal Airport in Morristown, New Jersey, US, March 22, 2025. (AFP)
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Neuralink Plans ‘High-Volume’ Brain Implant Production by 2026, Musk Says

Elon Musk steps off Air Force One upon arrival at Morristown Municipal Airport in Morristown, New Jersey, US, March 22, 2025. (AFP)
Elon Musk steps off Air Force One upon arrival at Morristown Municipal Airport in Morristown, New Jersey, US, March 22, 2025. (AFP)

Elon Musk's brain implant company Neuralink will start "high-volume production" of brain-computer interface devices and move to an entirely automated surgical procedure in 2026, Musk said in a post on the social media platform X on ‌Wednesday.

Neuralink did ‌not immediately respond ‌to ⁠a Reuters ‌request for comment.

The implant is designed to help people with conditions such as a spinal cord injury. The first patient has used it to play video ⁠games, browse the internet, post on ‌social media, and ‍move a cursor ‍on a laptop.

The company began ‍human trials of its brain implant in 2024 after addressing safety concerns raised by the US Food and Drug Administration, which had initially rejected its application in ⁠2022.

Neuralink said in September that 12 people worldwide with severe paralysis have received its brain implants and were using them to control digital and physical tools through thought. It also secured $650 million in a June funding round.