Plants may be stuck in one place, but the world around them is constantly changing. In order to grow and flower at the right ...

His solution is a temperature controlled iron, but one with no ordinary temperature control. Instead of a normal feedback loop it uses a machine learning algorithm to find the quickest warm-up.

Scientists at the Salk Institute have discovered a genetic mechanism for how plants integrate light and temperature ...

With innovative achievements such as the "adaptive industrial robot gripping device," the company has been recognized as a ...

MEMS wind sensors manufactured from polysilicon semiconductors require precise operating conditions, primarily temperature control, to ensure accurate performance in hot-wire anemometers. These ...

Breaking free from spectral limitsFrom thermal cameras to multispectral sensors, modern surveillance technologies are increasingly difficult to evade ...

Plants flower only when both blue light and cool air signals align. PHOT2 and NPH3 handle light, while CAMTA2 and EHB1 handle ...

The Septentrio module employs multi-frequency, multi-system GNSS receiving technology, capable of simultaneously receiving ...

In order to make the accuracy of temperature control of SIP chips in the aging test not affected by external interference and mathematical models, a paste-adaptive PID temperature control system ...

A temperature control and monitoring system for a wine room and up to 3 external barrels, built on Raspberry Pi 4 with Python (Flask) backend and a Bootstrap-based web frontend. Supports sensor ...

Plants may be stuck in one place, but the world around them is constantly changing. In order to grow and flower at the right time, plants must constantly collect information about their surroundings, ...