Academia

Insti­tute for Microelec­tro­nics Stutt­gart, IMS CHIPS

IMS CHIPS resear­ches and develops innova­tive soluti­ons in microelec­tro­nics, micro­sys­tems enginee­ring, and photo­nics. With state-of-the-art clean­room infra­struc­ture located at the Vaihin­gen research campus, it provi­des tailo­red techno­lo­gies from design to produc­tion and, as part of the Innova­tion Alliance Baden-Württem­berg (innBW), supports partners in reali­zing forward-looking applications.

Research

  • Develo­p­ment of photo­nic quantum chips and integra­ted circuits for quantum sensing, quantum compu­ting, and quantum communication.
  • Techno­logy platforms for scalable quantum systems: micro and nanofa­bri­ca­tion, packa­ging, and hybrid integration.
  • Photo­nics foundry for all quantum appli­ca­ti­ons with numerous techno­logy options (Si, SiN, LiNbO3)

Contact

Prof. Dr. Jens Anders

Direc­tor and Deputy Chair­man of the Board of the Insti­tute for Microelec­tro­nics Stuttgart

Stutt­gart

Activities

QHMI2: magne­tic quantum sensors for human-machine inter­faces to diagnose and support lost bodily functions.

QVOL2: key techno­lo­gies for silicon carbide (SiC) quantum sensors to enable scala­bi­lity and high-volume indus­trial manufacturing.

QSCALE: enabling techno­lo­gies for scalable diamond quantum sensors, laying the founda­tion for indus­trial applications.

PhotonQ: a measu­re­ment-based photo­nic quantum proces­sor with integra­ted chips to demons­trate scalable quantum computing.

Licht­BriQ: is a LNOI material platform for scalable photo­nic quantum chips and indus­trial manufac­tu­ring in Germany. 

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