As the global energy landscape rapidly transforms, the integration of distributed energy resources (DERs)—such as photovoltaic (PV) systems, energy storage ...
Nuclear microreactors—compact, transportable power sources that can produce up to 20 megawatts of thermal energy—could one ...
A single AI model trained to control numerous robotic bodies can operate unfamiliar hardware and adapt eerily well to serious ...
The algorithm is grounded in math and physics and allows a nuclear microreactor to automatically control its thermal power.
Interesting Engineering on MSN
Physics-based algorithm enables nuclear microreactors to adjust power automatically
Scientists in the United States have come up with a physics-based algorithm that could one day make it possible for nuclear microreactors to adjust the power output based on need. The study was funded ...
Benjamin Homuth, Chief Technology Expert of Phoenix Contact Automation in Germanywill deliver a special report at CAC2025, ...
EUMW 2025, Booth A094 – MathWorks, the leading developer of mathematical computing software, will exhibit at the upcoming ...
Benjamin Homuth, Chief Technology Expert of Phoenix Contact Automation in Germanywill deliver a special report at CAC2025, ...
Abstract: The building sector consumes a substantial portion of the world's energy, surpassing other sectors. In the non-residential area, heating, ventilation, and air conditioning systems contribute ...
Upper limb amputation significantly affects daily functioning and quality of life. Although myoelectric prostheses offer a promising avenue for restoring motor capabilities, high rates of device ...
Abstract: This study proposes a Low-Level Radio Frequency (LLRF) feedback control algorithm based on reinforcement learning using the soft actor-critic and proximal policy optimization algorithms.
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