Programmable Surface Technologies are changing the way researchers think about walls, panels, interfaces, building materials, wireless systems, and everyday objects. Instead of treating a surface as something fixed and passive, programmable systems can be designed to change how they interact with light, radio waves, touch, air, force, shape, or information.…
Temperature-Sensing Technologies are becoming increasingly important as machines, buildings, vehicles, medical devices, factories, and electronic systems need to understand changes in heat. Instead of simply showing a temperature reading, modern sensors can convert thermal changes into electrical or digital signals that computers can process, analyze, and use for automated decisions.…
Building Sensor Technologies are changing ordinary buildings into intelligent environments that can understand what is happening inside them. Instead of relying only on fixed schedules and manual controls, modern buildings can use sensors to monitor occupancy, temperature, humidity, air quality, lighting, equipment performance, and even structural conditions. These technologies allow…
Radio Imaging Technologies are changing the way machines detect and visualize objects, environments, and hidden information. Instead of depending only on visible light, these systems use radio-frequency and microwave signals to collect information from objects and surfaces. Advanced radar and computational imaging can transform returned radio signals into images that…
Around-Corner Technologies are creating a new generation of machines that can detect objects and movement beyond a normal camera’s direct field of view. Instead of simply looking straight ahead, these technologies use reflected light, radio signals, LiDAR measurements, computational imaging, and advanced sensing algorithms to recover information from hidden areas.…
Thermal Technologies are changing the way machines, buildings, vehicles, factories, and safety systems understand heat. Instead of depending only on visible light, modern thermal systems can detect infrared energy and turn invisible temperature differences into useful information. Thermal cameras, infrared sensors, smart heat detectors, and AI-powered thermal analysis can reveal…
Invisible Touch Interface Technologies are changing the way people can interact with digital devices without relying entirely on physical buttons, keyboards, or conventional touchscreens. Instead of pressing a visible surface, users can interact through gestures, mid-air haptics, electromagnetic sensing, wearable interfaces, and other technologies that detect or simulate touch without…
Sound-to-3D Image Technologies are creating new ways to turn acoustic information into detailed three-dimensional representations of objects, environments, and biological structures. Instead of depending entirely on visible light, these technologies use sound waves, ultrasound, acoustic reflections, or sound-generated signals to understand what exists around or inside a target. Recent research…
Battery-Free Sensor Technologies are changing how connected devices can collect information without depending on conventional batteries. As the Internet of Things (IoT) expands into buildings, healthcare, agriculture, factories, transportation, and environmental monitoring, replacing or recharging thousands of small batteries can become difficult and expensive. New sensor designs can instead harvest…
Air-Purifying Paint Technologies are creating a new direction in building materials by turning ordinary painted surfaces into functional air-cleaning surfaces. Instead of using paint only for decoration and protection, researchers and manufacturers are developing coatings that can interact with pollutants, moisture, light, and harmful chemicals in the surrounding environment. This…
