Stay Ahead of the Curve

Civil engineers in Sweden have developed a carbon-negative concrete alternative that actually absorbs CO2 over its lifetime.

The latest batch of satellites aims to provide high-speed internet to the most remote regions on Earth using inter-satellite laser communications.

A new study shows that fine-tuned Llama-3 models are now more accurate at writing VHDL and Verilog code than closed-source alternatives.

Engineers at GE Aerospace have completed testing on a new turbine blade that increases fuel efficiency by 15% using generative design.

A new brain-computer interface (BCI) developed by Neuralink competitors has successfully helped a paralyzed patient walk again using exoskeleton control.

A startup led by Stanford chemical engineers has secured funding to build a plant that can break down all types of plastic into their original monomers.

NASA and major aerospace firms are increasingly adopting Rust for mission-critical systems to eliminate memory safety vulnerabilities.

Utility companies are deploying neural networks to predict solar and wind output, balancing the grid in real-time with unprecedented efficiency.

Mechanical and chemical engineers at a Japanese automotive giant have achieved a density breakthrough in solid-state battery tech.

Civil engineering firms are using AI-powered drones to detect structural cracks and rust on bridges faster than human inspectors.

Computer engineers have demonstrated a new method for stabilizing qubits, bringing us one step closer to commercially viable quantum computers.

A new bio-ink developed by researchers in Toronto allows for the 3D printing of tissues that can support blood flow immediately.

Aerospace engineers at the Air Force Research Lab have validated a new scramjet design that could enable global travel in under 2 hours.

Chemical engineers have discovered a cobalt-based catalyst that significantly reduces the energy required for water electrolysis.

Cloud architects are moving away from traditional server management in favor of event-driven, serverless computing for internal tools.