Latest Articles for Innovation

New methods improve performance of quantum computers by addressing computation errors.

A method to streamline automotive technology development through collaboration.

The Tangerine Project develops sensors for precise particle detection in high-energy physics.

Concerns about reliability cloud claims of a room temperature superconductor.

A platform for open sharing and peer feedback in scientific research.

An open-source actuation module enhances continuum robots and eases research challenges.

IMUPoser estimates body pose using everyday devices like smartphones and smartwatches.

A look at two key platforms in quantum computing and their potential.

GazeSAM uses eye-tracking tech to speed up medical image segmentation.

A new method enhances robot safety while maintaining speed in collaborative environments.

Explore how Blockchain and IOTA enhance IoT and edge computing technologies.

A new method enhances safety control in autonomous vehicles and robots.

Researchers enhance cesium vapor cells by controlling nitrogen gas pressure for better sensors.

A new aerial robot features a lightweight, foldable arm for precise tasks.

New method enhances user control in 3D model creation.

A simple guide to how generative AI creates images from text prompts.

A new approach to light communication offers faster, more secure data transfer.

Examining Majorana fermions and their role in quantum computing.

Exploring how quantum computing can enhance financial calculations and pricing strategies.

New techniques improve accuracy in streaming and non-streaming speech recognition.

Exploring how self-driving cars can communicate to enhance safety on the roads.

Non-Autoregressive Proxy models enhance data assessments without full output generation.

Research on optimizing quantum circuits for better efficiency and performance.

ARDIE enhances communication between humans and robots using augmented reality and eye gaze.

A new framework enhances 3D printing simulation for better quality and efficiency.

Examining the current state and future potential of 3D technology.

Exploring how exceptional points enhance quantum sensing precision and their simulation with quantum computers.

A new method generates audio from text using modern models.

Synthetic biology integrates biology and engineering for innovative solutions.

Addressing vulnerabilities in 5G systems with new testing methods.

A new approach enhances control over the Lamb shift in quantum technology.

Using multiple simulators enhances the testing of autonomous vehicle software.

A new method speeds up Y-mixer design using TetraOpt and quantum computing.

3D-ICs stack layers for better performance and efficiency.

A new approach improves vehicle teleoperation efficiency and overcomes network delays.

Exploring the impact of social networks on the acceptance of new ideas.

Research focuses on efficient motion planning for robots to detect paths and obstacles.

Investigating how strain influences electronic properties and the AHE in FGT.

Research focuses on improving protocols for creating and controlling quantum gates.

New methods optimize light control for vibrant holographic images.