Turns Out the Electron Isn’t Exactly What We Expected

Turns Out the Electron Isn’t Exactly What We Expected

Understanding and refining the gyromagnetic factor, or “g factor,” is more than a theoretical pursuit—it directly impacts how we improve real-world tools like MRI machines, atomic clocks, and quantum sensors. These technologies depend on precisely...
Strange Magnetic Behavior Just Got a Whole Lot Clearer

Strange Magnetic Behavior Just Got a Whole Lot Clearer

Pushing the limits of how we see and manage magnetic behavior in tiny structures is key to developing future technologies, especially in electronics that use the spin of particles—a property related to quantum mechanics that influences magnetic behavior. This new...
Light Moves Faster Than Ever in New Chip Device

Light Moves Faster Than Ever in New Chip Device

Harnessing the power of special light-based technologies has long promised stable and efficient ways to control how light moves through devices. But one major limitation has been the need for slow and careful changes to maintain something called “adiabaticity” — a...