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CLASS: PUBLIC
SUMMARY:ETIT-OVE High-Profile Lecture Series: Quantum Inside
DESCRIPTION:This edition of the High-Profile Lecture Series on March 17, 20
 26 deals with the topic "Quantum Inside: How Lab Experiments Become Daily 
 Products"\n\nSpeaker: Dr. André Kretschmann (Bosch)\n\nIn the quest for 
 enhanced sensitivity and accuracy in sensor technology, traditional MEMS s
 ensors face inherent limitations that necessitate the exploration of advan
 ced alternatives. Quantum technologies have emerged as a revolutionary fie
 ld, promising unprecedented advancements in various domains, particularly 
 in sensing applications. By leveraging qubits to interrogate the environme
 nt, quantum sensors offer significant advantages over classical counterpar
 ts, including unprecedented precision and sensitivity.\n\nOne promising ap
 proach in quantum sensing involves the use of alkali vapor cells with xeno
 n as gyroscopes. These gyroscopes operate based on the principles of atomi
 c spin precession, where the interaction of alkali atoms with xenon gas al
 lows for highly accurate measurements of rotational motion. The system arc
 hitecture typically includes a laser to polarize the atoms, a magnetic fie
 ld to induce precession, and detectors to measure the resulting signals. A
 pplications of these gyroscopes span from navigation systems in autonomous
  vehicles to precision instrumentation in aerospace.\n\nAnother cutting-ed
 ge quantum sensing technology involves nitrogen-vacancy (NV) centers in di
 amond as magnetometers. NV centers are defects in the diamond lattice that
  exhibit remarkable sensitivity to magnetic fields while giving full acces
 s to the vectorial information of the magnetic field. The working principl
 e involves optically detecting the spin state of the NV centers, which cha
 nges in response to external magnetic fields. The system architecture incl
 udes a laser for spin initialization and readout, microwave sources for sp
 in manipulation, and photodetectors for signal acquisition. There are nume
 rous applications of highly sensitive NV center magnetometers ranging from
  medical uses cases like magnetocardiography to EV battery monitoring and 
 geological exploration.\n\nThe journey from laboratory research to industr
 ialization of quantum sensors presents several challenges and success fact
 ors. At Bosch, we have established an internal startup to drive the develo
 pment and commercialization of quantum sensors. Key challenges include ens
 uring the robustness and reliability of quantum devices, shrinking size an
 d power demand, and scaling up production processes to achieve competitive
  cost structures. Our market strategy focuses on identifying high-impact a
 pplications devoted to our philosophy invented for life.\n\nIn conclusion,
  quantum sensors represent a transformative leap in sensing technology, of
 fering capabilities that were previously unattainable with classical appro
 aches. The advancements in alkali vapor cell gyroscopes and NV center magn
 etometers demonstrate the practical potential of quantum sensing. As we co
 ntinue to address industrialization challenges, the integration of quantum
  sensors into daily life is becoming increasingly feasible. The future out
 look for quantum sensors is promising, with ongoing research and developme
 nt paving the way for new applications and enhanced performance across var
 ious industries.\n\n18:00 pm Registration 18:30 pm Start of the Lecture fo
 llowed by a discussion\n\nThe event is free of charge, but registration is
  required. \n\nThe ETIT-OVE High-Profile Lecture Series is a partner event
  of Vienna University of Technology (TU Wien) and OVE Austrian Electrotech
 nical Association.\n\nThe cover image is AI-generated.\n\n\n\n
LOCATION:TU Wien
DTSTAMP:20260119T092300Z
DTSTART:20260317T170000Z
DTEND:20260317T193000Z
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