Ferdinand-Braun-Institut

Hidden within Berlin’s Adlershof district lies the Ferdinand-Braun-Institut. It’s a place where cutting-edge technology meets the rich history of German innovation. The Ferdinand-Braun-Institut isn’t just a building; it’s a living testament to the legacy of Ferdinand Braun, the Nobel laureate who revolutionized wireless communication. Established in 1992, the Ferdinand-Braun-Institut rose from the ashes of former East German research institutions. It was a rebirth, a fusion of the Zentralinstitut für Optik und Spektroskopie and parts of the Zentralinstitut für Elektronenphysik. The Wissenschaftsrat saw the potential, and the Ferdinand-Braun-Institut was given a new life. Today, the Ferdinand-Braun-Institut stands at the forefront of III-V semiconductor technology research. Inside its walls, scientists delve into the intricate worlds of electronics, photonics, and integrated quantum technology. Their work powers advancements in information and communication technology. They also work on sensor technology and laser technology. The Ferdinand-Braun-Institut is a hive of activity. They design and fabricate transistors. They develop integrated microwave circuits, atmospheric plasma sources, terahertz electronics, and GaN power electronics. In the realm of photonics, they create high-power laser diodes and high-brilliance lasers. They also develop hybrid-integrated laser systems and crucial components for quantum technology. Even UV laser diodes and UV LEDs are part of their impressive portfolio. The Ferdinand-Braun-Institut isn’t an isolated entity. It thrives on collaboration. It partners with universities, research institutions, and industrial companies, both nationally and internationally, offering a wide range of services. From epitaxy and process development to complete device prototyping, the Ferdinand-Braun-Institut is a one-stop shop for innovation. The institute’s clean room facility, equipped with MOVPE and HVPE on 2″ to 4″ wafers, is a testament to its commitment to cutting-edge research. It’s a place where groundbreaking discoveries are made, pushing the boundaries of what’s possible. The Ferdinand-Braun-Institut also plays a key role in fostering the next generation of scientists. With around 200 scientists, 30 students, and numerous doctoral candidates, it’s a hub of learning and discovery. The Ferdinand-Braun-Institut’s impact extends beyond its walls. Its spin-offs, like Three-Five Epitaxial Services AG (now part of Jenoptik), eagleyard Photonics, and BeMiTec, are transforming scientific breakthroughs into real-world products. This is the Ferdinand-Braun-Institut, a place where the past meets the future. A place where innovation thrives.