Kling 3.0 AI + GPT image 2 Prompt: - A premium fast-food product photograph of a loaded hot dog centered against a bold red-and-yellow seamless studio background. The hot dog features a grilled sausage with char texture, soft bun, mustard drizzle, ketchup, onions, and pickles. Dramatic commercial lighting creates vibrant highlights and realistic shadows beneath the hot dog. Ultra-sharp focus, DSLR macro food photography, premium fast-food advertisement style, hyper realistic, 8K. Prompt 2 :- Create a hyper-realistic exploded vertical infographic composition of a hot dog. Top → Bottom structure: Mustard & Ketchup Layer (glossy sauce drizzle texture) → Onion & Pickles (fresh chopped topping detail) → Grilled Sausage (charred grilled texture with shine) → Bun Layer (soft toasted bread texture) → Tray Base (minimal serving tray) Perfect vertical spacing, bold studio background, soft shadows, premium food commercial aesthetic. Add clean infographic labels with thin pointer lines using these exact labels: “Sauce” “Toppings” “Sausage” “Bun” “Tray” Ultra-realistic texture detail, premium food advertisement style, 8K.

Kling 3.0 + GPT image 2 Motion Prompt: The tacos start to slowly spin while the ingredients separate gently and precisely, maintaining alignment and scale. The motion is smooth, vibrant, and controlled with no extra effects. Image Prompt: Create a hyper-realistic exploded vertical infographic composition of tacos. Top → Bottom structure: Fresh Lettuce (crisp green texture with natural folds) → Tomato & Salsa Layer (juicy diced tomatoes and salsa mix) → Melted Cheese (smooth cheddar texture) → Grilled Meat Filling (juicy seasoned meat detail) → Taco Shell Base (crispy golden shell texture) Perfect vertical alignment, rustic background, soft studio lighting, realistic shadows beneath each floating element. Add clean infographic text labels with thin pointer lines using these exact labels: “Lettuce” “Salsa” “Cheese” “Meat” “Shell” Ultra-detailed food textures, premium commercial aesthetic, 8K.

Kling AI is heading to Cannes 2026! 🎬 As part of the Cannes Conference at the Marché du Film, Kling AI will present a dedicated session exploring the current landscape and future evolution of AI-supported filmmaking. Conference Topic From Creative Possibility to Production Reality: Kling AI in Cinematic Workflows Date & Time May 18, 2026 | 3:30–5:30 PM CEST Location Main Stage, Palais des Festivals, Cannes From the Hollywood-scale production House of David, to fully AI-generated animation Born of the Tide and theatrical feature filmmaking RAPHAEL, Kling AI proudly support these visionary projects showcase how AI is being applied in real-world cinematic production.

Kling 3 vs Seedance 2 Original image generated by Seedream 5 Prompt: Live-action cinematic sequence. Another young woman, wearing a luxurious black two-piece bathing suit, enters the scene from the left (inside the house) and closes the drapes as they float in the gentle breeze. The woman walks, as the camera tracks her from behind, as she goes inside the room, where a suitcase is open on the bed. The woman is annoyed. We cut to a medium close-up of her. She mumbles to herself: "Fucking Italians... I hate this place!"

Forget killing cancer cells. South Korea just figured out how to talk them back into being normal. Scientists at KAIST in Daejeon have done something the world has been chasing for decades. They found a molecular switch that flips cancer cells back into healthy cells. No chemo. No radiation. No destroying anything. Just… reversal. Professor Kwang-Hyun Cho and his team caught cancer in the act. That tiny window where a normal cell is on the edge of turning malignant but hasn't fully crossed over yet. They call it the "critical transition" — the same kind of jump that happens when water hits 100°C and becomes steam. In that split-second window, the cell is unstable. Normal and cancerous at the same time. And that's exactly where they hit the switch. In colon cancer trials, they targeted three master genes — MYB, HDAC2, and FOXA2 — and the cancer cells didn't die. They went back to being healthy intestinal cells. Like nothing ever happened. The team built a digital twin of the gene network to map every move a cell makes on its way to becoming cancerous. Then they reverse-engineered the path home. Their paper landed in Advanced Science, published by Wiley. It's still early. Lab trials and mice. Human treatment is years away. But the idea of curing cancer without killing a single cell is no longer science fiction. Source: KAIST (Korea Advanced Institute of Science and Technology), published in Advanced Science journal

Stop Killing Games has joined a big coalition pushing back against new age verification laws that claim to be for our safety. Big companies can afford the costly ID checks and rules, while small teams, fan fixes for private game servers, and community projects usually cannot. These are exactly what keep old games alive after the makers stop supporting them. One example is the free browser game Urban Dead, which ran for nearly 20 years until its solo developer shut it down in 2025 because UK rules made it too hard to continue. Stop Killing Games signed an open letter with groups like Mozilla and the Electronic Frontier Foundation. The letter says that while protecting kids online matters, these wide age checks create new gatekeepers, collect private data, and shrink the open web. Some of that the rules could make private servers and even some Linux systems illegal in places like California. Games we own should stay playable

The killing of Alex Pretti is a heartbreaking tragedy. It should also be a wake-up call to every American, regardless of party, that many of our core values as a nation are increasingly under assault.