Starting from a single Nano Banana image, Gemini 4 Argon created this finished 3D cathedral audio-reactive scene.

Driving Blender MCP in an autonomous loop in @Antigravity to:

🏛️ Sculpt intricate Gothic architecture
🎥 Align complex camera grids
🔊 Stage dynamic, audio-reactive lighting

Let your video create its own soundtrack 🎶

Using Canvas in @GeminiApp, Gemini 4 Argon created a tool that traces musical scale lines across live video — triggering notes whenever motion crosses the screen.

Step inside 1,000-year-old ruins: see how Gemini 4 Argon turns fragmented archaeological records into an explorable 3D digital heritage site.

We dropped raw LiDAR scans and archives of Chaco Canyon into @antigravity, using Argon and Blender MCP to build it in 3D 🏛️

Gemini is now available in @googlemaps navigation on CarPlay. Find the best place to park, report a traffic incident, or change your route with just a quick conversation.

Tap the Gemini icon in Google Maps CarPlay during your next drive to try it out 🚘

Researchers at @wiz_io put Gemini 4 Argon to the test against complex cyber threats.

In real-world testing, it found more than two times more vulnerabilities than baseline models — catching a critical risk that previous frontier models missed.

See how they did it ↓

Personal Intelligence is now rolling out for Gemini on Android Auto and in the coming months to cars with Google built-in, so you can get even better hands-free help on the road.

With your permission, Personal Intelligence securely connects information from the Google apps you l, Google Calendar, and Search — so you can make complex requests, get personalized recommendations, retrieve details from past conversations and more.

Studio-grade 3D fur dynamics, running live in your browser with Gemini 4 Argon.

In @Antigravity, Argon coded a custom WebGL2 fur engine with automatic lightweight fallback — using GPU groom shaders, procedural character meshes, and animations for interactive, real-time hair physics.

With Gemini 4 Argon, any builder can transform physical spaces into interactive games 🏁

We snapped a photo of a real desk and used Argon to orchestrate subagents, Blender MCP, and Nano Banana to transform everyday objects into this playable 3D track.

Gemini 4 Argon can turn messy data into clean, visual narratives in just minutes 🪐

Here’s how it processed 80,000 files from @NASA's open archives (CSVs, images, PDFs, web articles, XML logs, and raw videos) to build a Google Slides deck based on strict design guidelines.

At @IsomorphicLabs, researchers are using Gemini 4 Argon as a partner to accelerate drug discovery and design research 🧬

Argon quickly synthesizes complex PDFs and patents to extract pertinent information, reducing a process that typically takes weeks into just hours.

With Gemini 4 Argon, your research has new ways to tell its story 📖

We used Nano Banana, Veo, and Argon to turn a dense academic PDF into a full-color, animated storybook in the @GeminiApp.

Our researchers also used Argon in @Antigravity to optimize xTB, one of the most-cited open-source quantum chemistry packages for predicting molecules' 3D shapes and screening drug and materials candidates.

They made xTB up to 2.3x faster at predicting molecular structures and r search, contributing the changes to the official xTB repository on GitHub → goo.gle/4s6dko0

For Google's open-source Agent Development Kit (ADK), the team gave Argon a skills rulebook and one goal: eliminate framework overhead without breaking existing apps.

Working autonomously overnight, Argon surfaced optimizations that cut in-memory session prep time by 40% in long ld imports by 21%.

See it live in google/adk-python → goo.gle/4eAtLDA

Software engineers at Google using Argon in @Antigravity are shipping high-quality code faster than ever.

Over the past few weeks, agentic code submissions increased by more than 35% — while cutting code rollbacks by nearly a third.

Read more about the impact of Gemini 4 Argon goo.gle/4hPJbGo

In @GoogleChrome, Gemini 4 Argon helped our team separate core webpage handling from a 6-million-line legacy folder of browser features in Chromium’s 40-million-line codebase — completing months of work in just weeks.

The result for Chrome's billions of users: eliminating an ser crashes, and letting live webpages move fluidly between tabs, side panels, and floating windows without reloading.

Teams across Google put Gemini 4 Argon to work on our hardest engineering problems.

Here’s what happened 🧵

View the source code → goo.gle/4jYmj8R

We asked Gemini 4 Argon to make a realistic 3D scene in pure Python with zero external libraries.

It wrote 5,000+ lines of code and built its own 3D ray-tracing engine, custom video tool, and audio mixer to render and document this sunlit library from scratch — producing, ng this video with Gemini 3.8 TTS and music by Lyria 3.5.

From optimizing codebases to creative writing, here's how @TulseeDoshi and other Google teams are using Gemini 4 Argon 👇

Today, at our Research@ event, we shared research breakthroughs that can help amplify human ingenuity. From agents that can help solve real-world problems, like public health threats and environmental crises like extreme flooding, to models that can aid advanced medical workflows ent relations, our latest updates will help advance science and technology.

Here are some recent highlights.

We used Gemini 4 Argon in @GoogleAIStudio to build an interactive 3D island sandbox 🏝️

Every brush stroke simulates living terrain, sand, and water physics in real time using custom Three.js and GLSL shaders.

We taught a robot to play cornhole using Gemini 4 Argon 🦾

Just by watching a video of humans playing, Argon mapped the physics, coded its own simulation to practice, and taught @Apptronik's Apollo humanoid to sink 7 shots in a row.

Gemini 4 Argon began rolling out today. See how devs are already putting Argon to work ↓

Our engineers used Gemini 4 Argon to eliminate an entire category of browser crashes in @googlechrome.

Argon helped separate core webpage handling from a 6-million line legacy folder in Chromium's 40-million line codebase, completing months of work in just weeks. Here's how ↓

Gemini 4 Argon is available now for Google AI Ultra and Pro subscribers in @GeminiApp and AI Mode in Search, Ultra subscribers in @Antigravity, and to developers and enterprises via the Gemini API in @GoogleAIStudio and the Gemini platform.

Argon will launch at an introductory input tokens and $10 per million output tokens, with cached input tokens priced at 95% off input token price.

In robotics, Gemini 4 Argon is speeding up real-world physical learning.

We let Argon watch a video of a human playing cornhole. It mapped the environment, calculated whole-body joint movements, and autonomously built the simulation code to practice.

When transferred to noid, the robot sank seven straight shots in a real-world trial.

Argon brings major improvements in spatial reasoning, mathematical precision, and visual coding.

Using multi-agent loops in @antigravity, it autonomously built this entire pagoda complex, sculpting the architecture, foliage, and lighting from scratch in Blender.

Today, Gemini 4 Argon is officially rolling out.

Introducing Fitbit Edge, our next-generation health and fitness tracker. Featuring sleek design, a brilliant display, glanceable fitness guidance and advanced health tracking to support your wellness goals. It's designed for both active lifestyles and everyday wear.

This week, we’re celebrating World Space Week with a series of Google Doodles spotlighting stunning views of the universe, honoring the technology and human ingenuity that make space exploration possible. 🚀🌌Happy Space Week! #GoogleDoodle

Here’s how to get the lowest possible price on your holiday flights, according to five years of aggregated Google Flights data. 👇

✈️ Connecting flights can also be a big money saver. Nonstop tickets are 20% more expensive on average.

✈️ When you travel is key for saving: nd returning on a Tuesday or Wednesday saves about 14% over weekend flights (and up to 20% domestically versus Sunday).

✈️ Wednesday beat Tuesday as the absolute cheapest day to book a flight, but the difference is negligible — buying a ticket on a Wednesday only saves you about 1.4% compared to Sunday, the most expensive day.

Our medical research system, AMIE, is the first patient-facing conversational diagnostic tool of its kind to be studied prospectively in a real-world clinical setting.

In a study, published today in @TheLancet, we found that when patients chatted with AMIE before an in-person ction built their confidence and helped them organize their thoughts. And physicians who reviewed the information from the patient conversation got more time back to focus on collaborative care and shared decision-making instead of digging through data.

In our prospective clinical study, our models were able to pinpoint the gestational age within 4 days of accuracy which is a tight enough zone that can have a really meaningful clinical impact.

If we're able to expand these tools to low resource settings, we can start to move deaths and bridge that gap in care that we see all over the world.

Around two thirds of people around the world lack access to diagnostic health tools, like ultrasounds.

We’re working to change that.

Here’s how ⬇️

What are people craving around the world? Our first-ever @GoogleMaps Fan-Favorite Dining List taps into Maps reviews, ratings, and searches for directions to analyze the biggest dining trends and popular restaurants across 10 global food hot spots: Atlanta, Chicago, London, w York, San Francisco, Santiago, Seattle, and Tokyo.

Some things can only be tested in space — like how the hardware holds up to solar events, cosmic rays, or bitflip errors caused by radiation — which is why we’re putting our first TPUs in orbit.

Project Suncatcher is our moonshot exploring whether we can one day host machine learning infrastructure in space 🚀

To do so, we need to know whether our AI hardware can operate in orbit. Can our TPUs handle the physical stress of spaceflight and the radiation and thermal e are the questions Google researchers have been exploring for the past few years.

Last week, we launched our first test satellite carrying four TPUs into orbit — putting us one step closer to getting answers.

Want to check if an image, video, or audio file was made using AI? Here’s how:

1️⃣ Go to synthid.com and upload an image, video, or audio file

2️⃣ The portal scans the media to detect if the file contains a SynthID watermark from Google or our partners