CreaTec Fischer & Co. GmbH has been develo­ping and manufac­tu­ring highly specia­li­zed systems and compon­ents for research and develo­p­ment for more than 30 years.

Heilbronn Univer­sity of Applied Scien­ces is one of the largest univer­si­ties of applied scien­ces in Baden-Württemberg.

The Research and Innova­tion Center for Applied Quantum AI of Fraunhofer HNFIZ conducts research on the inter­sec­tion of quantum compu­ting and artifi­cial intel­li­gence. Its focus is on issues related to quantum machine learning. 

With around 30,000 employees, EnBW is one of the largest energy compa­nies in Germany and Europe.

Karls­ruhe Univer­sity of Applied Scien­ces is a univer­sity of applied scien­ces with a predo­mi­nantly enginee­ring and techno­­logy-orien­­ted profile.

Quantum for Indus­try – HQS Quantum Simula­ti­ons turns quantum theory into practi­cal tools and algorithms.

Within the QuantumBW network, the TECHNO­SEUM develops acces­si­ble experi­ments, educa­tio­nal materi­als, training programs, and mobile demons­tra­tors to make quantum techno­lo­gies acces­si­ble to schools, educa­tio­nal insti­tu­ti­ons, and the general public.

TESAT supplies key compon­ents for satel­lite commu­ni­ca­ti­ons used in telecom­mu­ni­ca­ti­ons, naviga­tion, climate and Earth obser­va­tion, as well as scien­ti­fic applications.

AITAD is a German embedded AI provi­der with around 30 employees, its own produc­tion facility, and a dedica­ted test hall.

ZEISS is a globally leading techno­logy company in the optical and optoelec­tro­nic industry.

We are the innova­tion network for photo­nic and quantum techno­lo­gies in Baden-Württemberg.

The Depart­ment of Execu­tion Environ­ments at the DLR Insti­tute for AI Safety focuses on the secure imple­men­ta­tion of AI methods on novel systems and their use to extend the capabi­li­ties of AI.

The DLR Quantum Compu­ting Initia­tive (DLR QCI) brings together research, indus­try, and start-ups to jointly develop quantum compu­ters, manufac­tu­ring techno­lo­gies, and relevant appli­ca­tion use cases.

The DLR Insti­tute of Quantum Techno­lo­gies develops and tests precis­ion instru­ments and future-orien­­ted concepts for space applications.

We focus on the theory and multis­cale problem of electro­che­mi­cal materi­als. To this end, we simulate battery materi­als at the atomi­stic level and battery cells at the conti­nuum level using hybrid quantum algorithms.

Advan­ced Quantum is a spin-off from the 3rd Physi­cal Insti­tute of the Univer­sity of Stuttgart.

Baden-Württe­m­­berg Inter­na­tio­nal is the central location promo­tion agency for business and science in the German state of Baden-Württemberg.

Balluff is a medium-sized company that has been family-owned and managed for four genera­ti­ons. Founded in Neuhau­sen auf den Fildern near Stutt­gart, it has grown into an open-minded and leading global player.

As the leading univer­sity for knowledge trans­fer in Baden-Württe­m­­berg, DHBW covers all aspects at the inter­face between funda­men­tal research and indus­trial appli­ca­ti­ons of quantum technologies.

Festo is an indepen­dent family-owned company and a global player in automa­tion techno­logy as well as techni­cal educa­tion and training, headquar­te­red in Esslin­gen am Neckar, Germany.

The Quantum Compu­ting Teams at the Fraunhofer IAO conduct appli­ca­tion orien­ted research in quantum compu­ting and develops practi­cal soluti­ons for indus­try and research.

With its two focus areas, quantum-assis­­ted machine learning and quantum simula­tion, the group inves­ti­ga­tes indus­­try-relevant appli­ca­ti­ons and methods in order to support early trans­fer into broad indus­trial deployment.

The Sensors and Actua­tors Group develops custo­mer speci­fic sensor soluti­ons based on both conven­tio­nal and quantum techno­logy approa­ches, supported by advan­ced packa­ging and inter­con­nec­tion technologies.

IMS CHIPS resear­ches and develops innova­tive soluti­ons in microelec­tro­nics, micro­sys­tems enginee­ring, and photonics.

Quantum Machi­nes (QM) is a global leader in quantum control soluti­ons. Founded in 2018, QM opera­tes its European headquar­ters in Stutt­gart, Baden-Württemberg.

QuiX Quantum develops scalable photo­nic quantum compu­ters based on integra­ted photonics.

We are working on the realiza­tion of fully functional quantum compu­ters and simula­tors based on indivi­du­ally control­led stron­tium atoms.

The high techno­logy company TRUMPF provi­des manufac­tu­ring soluti­ons in the fields of machine tools and laser technology.

Fraunhofer IAF conducts research and develops innova­tive, indus­­try-ready methods and appli­ca­ti­ons based on quantum sensors and quantum computers.

The Materi­als Modeling Team at the Fraunhofer IWM uses and develops methods on both classi­cal and quantum compu­ters for atomi­stic simula­ti­ons of materials.

The Fraunhofer Insti­tute for Physi­cal Measu­re­ment Techni­ques IPM develops and resear­ches innova­tive measu­re­ment methods and appli­ca­ti­ons in quantum sensing, with a parti­cu­lar focus on quantum magne­to­me­try and photo­nic quantum sensing. Our long-standing exper­tise in the develo­p­ment of sensors and measu­re­ment systems provi­des the founda­tion for reali­zing indus­­trial-grade sensing soluti­ons – from the initial idea and design through to the finis­hed product.

As a research based pharmaceu­ti­cal company, we drive medical progress by resear­ching and develo­ping new thera­pies and vaccines.

We act as a middle­ware provi­der and enabler for the adoption of quantum compu­ting (QC) in indus­try and research.

The research focus of Prof. Daniel Braun’s group lies in the theory of quantum metro­logy. It develops novel quantum metro­lo­gi­cal methods for a wide range of areas in physics, from mathe­ma­ti­cal founda­ti­ons to the measu­re­ment of small relati­vi­stic effects,