Maths, Physics & Chemistry
Taking off with quantum sensors on unstaffed aerial vehicles
Today, we use unstaffed aerial vehicles (UAVs) with a diverse array of sensors in a wide range of applications including aerial photography, precision agriculture, environmental monitoring (i.e. forest fire and river monitoring), and infrastructure inspections. For instance, magnetometers are used on UAVs in archeological applications... click to read more
Smaller, faster, more complex? Watching a phase transition with X-ray eyes
Vapor condensing on your mirror after a shower, molten iron cooling into solid bars, and diamonds forming under intense pressure – these are all examples of phase transitions, when a material transforms from one state to another. But while phase transitions are defined by their... click to read more
Three’s a crowd: group interactions in the real-world data, and how to find them
Time flies when you're having fun. But what if you could capture that flight of time and analyze it for patterns and trends? That's where time series data comes in. It's like a time capsule, capturing changes and patterns in various phenomena over time. Think... click to read more
Vascular Health: The Power of Implantable Wireless Electronics
Vascular diseases, which impact arteries and the heart, account for more than 30% of deaths across the world and are the leading cause of death. These diseases encompass cardiovascular diseases, hypertension, atherosclerosis, aneurysm, and more. Hemodynamics, which are measurements related to the flow of blood,... click to read more
A laser proton accelerator targeting tumors in mice
After developing the first laser in 1960, Theodore Maiman dubbed it “a solution looking for a problem”. Now, lasers are among the most important problem solvers in your everyday life: Your glasses are bothering you? Lasers! You want to get rid of that tattoo spelling... click to read more
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