Microsoft Paint Gets New Copilot Menu; Windows Search Now Supports OneDrive Files

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Microsoft Enhances Paint with Copilot Menu, Expands Windows Search for OneDrive Files

Microsoft has introduced a new Windows 11 Insider Preview build, bringing updates to the Paint app and enhancing Windows Search functionality. Available for users in the Canary and Dev channels, the latest beta update adds a Copilot menu to Microsoft Paint, integrating AI-powered features for enhanced creativity. Additionally, Windows Search now supports semantic indexing for OneDrive files, improving search accuracy and accessibility. These updates are also expected to be a part of Snapdragon-powered Copilot+ PCs.

Copilot Integration in Microsoft Paint

In its latest blog post, Microsoft outlined the new enhancements introduced in Windows 11 Insider Preview build 26120.3073 (KB5050090). The Paint app now includes a dedicated Copilot button, allowing users to access AI-assisted features more seamlessly. While these updates are currently in testing, Microsoft has not confirmed a global rollout timeline.

Microsoft has gradually introduced AI-based capabilities to Paint, including the Cocreator feature, which generates images based on user input. Users can fine-tune the AI-generated enhancements to match their artistic vision. Another feature, Image Creator, transforms text prompts into visuals, offering multiple art styles to choose from.

Expanded Search Capabilities with OneDrive Integration

Alongside the Paint update, Microsoft has also improved Windows Search. With the new semantic indexing feature, Windows Search now better understands queries and retrieves relevant OneDrive files more efficiently. This upgrade is particularly beneficial for professionals who rely on cloud storage for document management.

These enhancements reflect Microsoft’s ongoing push to integrate AI into its core applications, offering users smarter tools for both creativity and productivity. While currently limited to Insider Preview users, these features are expected to arrive on mainstream Windows 11 devices later this year.

Honor X9c Set for India Launch with Amazon Availability Confirmed

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Honor X9c Set to Launch in India with Amazon Availability Confirmed

Honor is gearing up to launch the X9c in India, with the company teasing the arrival of the smartphone in the country. Having been introduced in select global markets in November 2024, the phone’s design in the teaser matches the global variant, suggesting that the Indian version will carry over similar specifications. The Honor X9c is expected to succeed the Honor X9b, which was launched in India in February 2024, and offers notable improvements in features and performance.

Key Features and Specifications of the Honor X9c

As per the teaser, the Honor X9c is confirmed to be available for purchase in India through Amazon, with a dedicated microsite already live on the e-commerce platform. The upcoming smartphone is expected to come with impressive features, including a large battery and a camera system equipped with Optical Image Stabilization (OIS) and Electronic Image Stabilization (EIS). The display is also teased to have an eye-friendly dimming rate, making it easier on the eyes during extended use. While the company has not explicitly named the device in the teaser, the design closely resembles the global Honor X9c.

Similarities to the Global Variant

The Honor X9c’s Indian variant is expected to closely mirror the specifications of the global model. The global version of the Honor X9c features a 6.78-inch 1.5K AMOLED display with a 120Hz refresh rate and an impressive 3,840Hz dimming rate, ensuring smooth visuals and enhanced battery efficiency. The phone is powered by the Snapdragon 6 Gen 1 chipset, paired with up to 12GB of RAM and 512GB of onboard storage. It runs on Android 14-based MagicOS 8.0, providing a smooth and responsive user experience.

Camera and Battery Features

The Honor X9c boasts a 108-megapixel primary camera, accompanied by a 5-megapixel ultra-wide lens, making it a solid option for photography enthusiasts. Additionally, the smartphone features a 16-megapixel front-facing camera, perfect for high-quality selfies. In terms of battery life, the device is equipped with a 6,600mAh battery, which supports 66W wired fast charging, ensuring that users can quickly recharge their device. These features position the Honor X9c as a well-rounded smartphone, offering high-end performance at an attractive price point for Indian consumers.

AI Study Suggests Asteroid Impacts Likely Delivered Organic Molecules to Ceres

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AI Study Suggests Asteroid Impacts Delivered Organic Molecules to Ceres

A new study utilizing AI analysis of data from NASA’s Dawn spacecraft has offered fresh insights into the presence of organic molecules on the dwarf planet Ceres. Researchers have mapped regions rich in these compounds to understand whether they originated on Ceres itself or were brought from external sources. While it was previously assumed that cryovolcanic activity transported these molecules from beneath the surface, the latest findings point to asteroid impacts as the likely source, challenging earlier theories about Ceres’ internal processes.

AI Analysis Reveals Organic Molecule Distribution

The study, led by scientists from the Max Planck Institute for Solar System Research (MPS) in Germany, used AI-powered analysis of spectral imaging data from the Dawn spacecraft. The results revealed a clear map of areas on Ceres with high concentrations of organic material. Interestingly, these organic deposits were not associated with cryovolcanic sites. Ranjan Sarkar, one of the researchers, noted that such organic-rich areas are rare on Ceres and lack any signs of cryovolcanic activity. This finding contradicts previous assumptions that cryovolcanoes were the primary mechanism for transporting organic compounds to the surface.

Asteroids from the Outer Belt: A Likely Source of Organics

The study suggests that low-velocity asteroid impacts, particularly from the outer asteroid belt, were likely responsible for delivering the organic molecules to Ceres. Simulations conducted as part of the research show that these asteroids frequently collide with Ceres, but their slower speeds prevent the destruction of organic materials by heat. According to Martin Hoffmann, a researcher at MPS, the lack of any evidence of volcanic or tectonic activity at the sites of organic deposits further supports the idea that these compounds were delivered externally, rather than originating from internal geological processes.

Implications for Understanding Organic Chemistry in the Solar System

These findings have significant implications for our understanding of organic chemistry and the potential for life in the solar system. The presence of organic molecules on Ceres, now thought to be brought by asteroid impacts, suggests that organic materials could be more widespread across the solar system than previously thought. It also raises intriguing possibilities about the role of such compounds in the early development of life on Earth and other celestial bodies. As researchers continue to study Ceres and other objects in the asteroid belt, this new perspective could open up fresh avenues for investigating the origins of organic chemistry in space.