Get news on the latest new innovations in technology, health, Robotics, AI and more on Interesting Engineering.
Odys’ flight-tested hybrid power system offers longer range, multi-hour endurance, and lower operating costs for cargo drones.
NVIDIA and Amkor Technology are teaming up on advanced chip packaging as next-gen computing systems demand faster, efficient hardware.
ESS and Juniper Energy plan a 500 MWh-plus sodium-ion storage partnership, with an 80 MWh California project first.
Lyten and Modovolo pair graphene-enhanced filament with a modular US-built 3D printer to manufacture aerospace-grade parts.
IONATE’s Hybrid Intelligent Transformer will help GM monitor and manage power in real time at its Michigan manufacturing plant.
The aircraft features a clean-sheet design.
The U.S. Navy has awarded Hyliion a $41.7 million contract to develop megawatt-scale KARNO power systems.
The Genesis Mission will speed discoveries in energy, science and national security.
A DOE-backed project will test whether deep learning can help predict major US thunderstorm systems weeks before they form.
Standard Nuclear produces TRISO particles, an advanced fuel architecture that supersedes traditional metal-clad fuel rods.
The new 755-foot-long vessel can transport 10,800 vehicles and will operate global shipping routes for Hyundai Glovis after its delivery to South Korea’s KOBC.
Precise mechanical geometry across all adjoining sectors ensures uniform magnetic fields.
The technology could reduce reliance on soy-based protein feed for livestock.
First firing a test beam back in October 2025, HIAF has already gathered early data on nuclear mass measurements and radiation testing.
The signing of the MOU was carried out in Washington D.C. earlier this week.
With just a gentle tilt of a magnetic field, scientists watched an entire electronic landscape transform from a series of parallel stripes into a neat checkerboard.
New computing system aims for 80 percent purity in metals recovered from battery waste.
NANO Nuclear and Fortil are advancing the fuel handling system for the KRONOS MMR microreactor toward preliminary design.
The magnets feature a much larger 150 millimeter aperture for tighter beam focusing.
It could help resolve supply chain limitations, boost national security, and support growth across the AI, defense, and automotive sectors.