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OpenAI Introduces ChatGPT App for Windows Users

# OpenAI Unveils ChatGPT Application for Windows: Alt+Space Shortcut Makes AI Assistant More Accessible Than Ever

In a thrilling advancement for AI fans and those seeking to boost productivity, OpenAI has rolled out an early edition of its ChatGPT application for Windows. This launch follows the triumphant introduction of the ChatGPT app for macOS in May 2024. At this time, the Windows version is available solely to ChatGPT’s Plus, Team, Enterprise, and Edu plan subscribers, and can be acquired for free from the Microsoft Store.

## A Beta Trial for Windows Users

OpenAI has branded this release as a beta trial, with intentions to deliver a complete experience to all users later in 2024. The app’s listing on the Microsoft Store features a note from OpenAI stating, “This is an early version, and we aim to provide the full experience to everyone later this year.” Notably, the app holds a “T for Teen” rating from the ESRB, a classification more frequently associated with video games than productivity applications.

### Highlighted Features of the Windows ChatGPT Application

After downloading and installing the app, users must log into a paid ChatGPT account. Upon logging in, the app operates similarly to the web-based version of ChatGPT, granting access to a variety of advanced AI models, such as:

– **GPT-4o**: OpenAI’s latest premier language model.
– **GPT-4o with Canvas**: A collaborative resource that enriches interaction with the AI.
– **01-preview** and **01-mini**: Experimental models for early access participants.
– **DALL-E 3**: An AI image creator that generates visuals from text prompts.

Beyond generating text and images, the app can also analyze uploaded files and images, positioning it as a flexible tool for both personal and business applications.

### The Alt+Space Shortcut: A Revolutionary Feature for Windows 11 Users

Among the remarkable features of the new Windows ChatGPT application is the **Alt+Space** keyboard shortcut. When the app is active, pressing this combination promptly opens a compact ChatGPT window, enabling users to quickly pose questions or request assistance without disrupting their workflow. This feature is currently limited to Windows 11, as it was non-functional on Windows 10 during testing.

This shortcut may revolutionize the experience for users who regularly depend on ChatGPT for swift responses, brainstorming, or creative help. With the AI assistant merely a key press away, it becomes simpler than ever to weave ChatGPT into everyday activities, whether drafting emails, conducting research, or resolving technical difficulties.

### Cloud-Based Processing and Constraints

Similar to the web version, all AI processing within the Windows app is executed in the cloud on OpenAI’s servers. This requires an active internet connection to utilize the app. While this ensures users always access the most current AI models and updates, it also means the app faces the same limitations as its web counterpart.

OpenAI includes a disclaimer at the bottom of the app window, reminding users that “ChatGPT can make mistakes.” This serves as a precaution for those who might be inclined to over-rely on the AI for critical or factual details. As with any AI tool, it’s crucial to verify information and treat ChatGPT as a supplement rather than a substitute for human judgment.

### A Peek Into the Future

The launch of the ChatGPT application for Windows signifies another step in OpenAI’s quest to enhance AI accessibility and incorporation into daily life. By providing a dedicated app that seamlessly integrates with the Windows operating system, OpenAI seeks to position ChatGPT as a resource that can augment productivity, creativity, and collaboration across various sectors.

As this is a preliminary version of the app, users should anticipate more features and enhancements in the forthcoming months. OpenAI has already indicated plans to broaden access to the app beyond paying subscribers, with a goal to make it available to all users later this year.

### Conclusion

The new ChatGPT app for Windows positions OpenAI’s robust AI assistant closer to users than ever before. With the **Alt+Space** shortcut, Windows 11 users can swiftly access ChatGPT at any moment, rendering it a valuable tool for both personal and professional endeavors. Although the app is still in its nascent stages and restricted to paid subscribers, its promise is evident. As OpenAI continues to refine and expand the app, it may evolve into an essential component of the contemporary digital toolkit.

For now, users can acquire the app from the Microsoft Store and begin exploring its features. Just keep in mind: while ChatGPT is an effective tool, it’s wise to verify its responses—after all, even AI can err.

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**Credit:**
Benj Edwards / OpenAI / Microsoft

Adobe Introduces Innovative 3D Rotation Feature for Converting Flat Illustrations

# Project Turntable: Adobe’s Revolutionary AI Tool for Converting 2D Vectors into 3D Models

In recent times, artificial intelligence (AI) has transformed the creative sector, introducing technologies that significantly decrease the time and effort needed for tasks that were once quite laborious. From enhancing incomplete segments of images to removing undesired elements without disturbing the background, AI-enabled tools have become crucial for artists and designers. Yet, Adobe’s newest advancement, **Project Turntable**, elevates this concept further by turning 2D vector images into entirely posable 3D models—a true breakthrough for digital creators.

## The Wonders of Project Turntable

Revealed at the **Adobe MAX 2024 conference**, Project Turntable is an innovative tool that employs machine learning to change flat 2D vector illustrations into 3D models that can be rotated and viewed from various perspectives. This innovation enables artists to adjust their creations in manners that were formerly time-intensive or even unfeasible without specialized 3D modeling expertise.

During a **five-minute demonstration** given by Adobe researcher **Zhiqin Chen**, the tool was illustrated using a 2D vector depiction of a warrior engaged in battle with a dragon. In the past, if the artist wished to reorient the warrior to confront the dragon, they would have had to redraw the character from another angle—a task that could consume hours. However, with Project Turntable, Chen merely selected the warrior, clicked a “generate views” button, and in mere seconds, the tool produced a 3D model of the warrior that could be rotated vertically. The outcome? A complete 360-degree view of the character, showcasing previously hidden angles such as the back of the warrior’s head and side aspects of his sword.

## How It Operates

Project Turntable utilizes machine learning algorithms trained on extensive datasets comprising 3D models and 2D illustrations. When a 2D vector image is entered into the system, the AI extrapolates the concealed sections of the object, filling in the voids to generate a realistic 3D model. The tool can perform both horizontal and vertical rotations, although the vertical rotations are presently constrained compared to the full 360-degree horizontal spins.

In the demonstration, Chen further showcased how the tool could modify multiple angles of a single object all at once. For instance, after adjusting the original 2D vector of a bat, the AI automatically refreshed all the different viewpoints of the bat, sparing the artist from the need to manually change each angle.

## A Preview into the Future of Digital Art

The potential implications of Project Turntable are extensive, particularly for artists who create 2D illustrations yet require 3D assets for animations, gaming, or virtual settings. The capability to swiftly generate 3D models from 2D vectors could save significant amounts of time and unlock new avenues for creativity.

Throughout the demo, the tool was employed on an array of objects, from symmetrical beings like dragons and horses to more intricate designs such as a bread basket and a quirky character named “Fry Man”—a personified cup of fries complete with arms, legs, and a face. In each instance, the AI performed impressively well in filling in the unseen components of the model, such as the underside of Fry Man’s shoes or the full assembly of legs on the side-view horse.

Nonetheless, it’s important to recognize that the demo was carefully controlled, and the models were likely selected to emphasize the tool’s capabilities. In the absence of a public version of Project Turntable for testing, it remains unclear how effectively it would manage more complicated or abstract designs that don’t closely align with the objects in its training datasets.

## A Tool for Creators, Not a Substitute

One of the most thrilling features of Project Turntable is that it enhances, rather than supplants, the efforts of human artists. While AI-generated art has stirred debate over its potential to replace human creativity, Project Turntable functions differently. It takes an artist’s original 2D creation and augments it, enabling the artist to retain authority over the style and design. As Adobe underscores, the vector graphics remain faithful to the original shape, ensuring that the artist’s vision is preserved even after the image is transformed.

This differentiation is vital in an industry where numerous artists express concerns regarding the rise of AI-generated content. Project Turntable provides a method for artists to optimize their workflow without diminishing their creative contribution. As **Ars Creative Director Aurich Lawson** noted after experiencing the demo, “That’s wizardry. I don’t know how well it really works—I bet not nearly as good as that demo a lot of the time—but I’m impressed.”

## Will Project Turntable Be Accessible to the Public?

Currently, Project Turntable remains in the experimental stage and has not been made available to the public. Adobe has yet to disclose a timeline for when, or if, the tool will be commercially accessible. However, considering the enthusiastic feedback

Federal Officials Initiate 14th Safety Probe Regarding Tesla, Concentrating on Full Self-Driving (FSD) Technology

# Tesla’s Full Self-Driving (FSD) Under Investigation: Four Accidents, One Fatality, and a Possible Recall

Tesla’s Full Self-Driving (FSD) capability is back in the limelight, following a string of incidents that have sparked serious debates over the safety and dependability of the technology. The National Highway Traffic Safety Administration (NHTSA) has initiated its 14th probe into Tesla’s electric cars, this time scrutinizing the disputed FSD system. This investigation stems from reports of four incidents, one of which led to the death of a pedestrian in Rimrock, Arizona, in November 2023. These events took place while the vehicles were functioning under FSD in conditions of limited visibility, such as fog, bright sunlight, or airborne dust.

## The Inquiry: What’s at Risk?

The NHTSA’s probe focuses on Tesla’s camera-only strategy for FSD, which has been a controversial subject in the automotive sector. Unlike other manufacturers that utilize a mix of cameras, radar, and LiDAR (Light Detection and Ranging) to improve vehicle perception, Tesla depends exclusively on cameras. The incidents that prompted this inquiry occurred when the FSD system inadequately recognized and reacted to low-visibility scenarios, resulting in accidents.

The NHTSA’s investigation intends to determine whether Tesla’s FSD system is equipped to safely navigate such challenging conditions. The agency will also investigate if Tesla has implemented any system updates and what safety implications they carry. Should the inquiry find Tesla’s camera-only strategy lacking, the automaker may be compelled to execute a costly recall, necessitating either hardware modifications or the complete deactivation of the FSD feature.

## Decoding Tesla’s FSD and Its Shortcomings

Public misunderstanding surrounds Tesla’s FSD system, in part due to the company’s marketing and the terminology employed. While the term “Full Self-Driving” implies a vehicle capable of full autonomy, Tesla’s FSD is not genuinely autonomous. It is categorized under “Level 2+” automation, meaning the system can manage certain driving functions—like steering, accelerating, and braking—but the human driver must always remain alert and prepared to take over.

In contrast, truly autonomous vehicles, like those being created by firms such as Waymo and Zoox, function under “Level 4” automation. These vehicles, which incorporate various sensors, can navigate independently without human involvement, although they are typically restricted to specific operational zones, like certain city streets.

Tesla’s FSD, however, does not possess the advanced sensor suite found in Level 4 autonomous vehicles. Instead, it relies on a blend of wide-angle, main, and narrow-angle forward-facing cameras to understand the environment. This method has faced criticism due to its limitations, especially in situations where visibility is diminished, such as during fog or heavy downpours.

## The Hazards of a Camera-Only System

A critical issue at the heart of the NHTSA’s investigation is whether Tesla’s camera-only system can manage the complexities of real-world driving, particularly in adverse conditions. Most other car manufacturers developing advanced driver-assistance systems (ADAS) employ a combination of cameras, radar, and LiDAR to foster a more comprehensive perception of the vehicle’s surroundings. Radar and LiDAR are especially beneficial in low-visibility scenarios, as they can identify objects and obstacles that cameras might overlook.

Tesla’s choice to eliminate radar and LiDAR in favor of a camera-only setup has sparked considerable debate. While cameras can provide high-resolution images, they are vulnerable to being obscured by glare, fog, or dust—conditions linked to the accidents being investigated. If the NHTSA concludes that Tesla’s camera-only method is inadequate, the company may be pushed to implement significant modifications to its vehicles, either by incorporating new hardware or disabling the FSD feature altogether.

## The Possible Ramifications for Tesla

The stakes are significant for Tesla. If the NHTSA determines that the FSD system is unsafe, the agency could require a recall, which would be financially burdensome for the automaker. Such a recall could necessitate retrofitting hundreds of thousands of vehicles with new hardware, like radar or LiDAR sensors, to enhance the system’s capability. Alternatively, Tesla may be compelled to entirely disable the FSD feature, which would not only impact the company’s financial standing but also its reputation as a pioneer in autonomous driving technology.

Tesla’s FSD feature has served as a major source of revenue for the company, with customers investing thousands for the option. Disabling this feature would not only generate financial losses but could also result in legal disputes from customers who paid for a service that is no longer provided. Furthermore, a recall or the elimination of FSD could have wider repercussions on Tesla’s stock price, which has long been supported by the company’s predictions of a future dominated by self-driving vehicles.

## A Crucial Moment for Tesla?

Tesla’s valuation