Projects

As DLR QCI, we commission industrial companies to develop quantum computers and the necessary auxiliary technologies. In addition, DLR institutes are working on hardware technologies as part of QCI projects. These industrial and research projects are our hardware projects.

At the same time, DLR institutes are developing software and applications for these quantum computers. These are our software and application projects. They develop both software technologies for controlling quantum computers and applications for commercial use.

One of our most important goals is a lively technology transfer between research and industry. That is why within the framework of DLR QCI industry and DLR research work together in partnership: Our software and application projects use the QCI hardware and award specific orders to external industrial partners for the joint further development of quantum technologies.

Our projects | Hardware

COMIQC

Customized Organic Molecules for Quantum Computing

Quantencomputer Solid-State Spin

Künstlicher Diamant

DIAQ

Diamond material for room temperature quantum computer

Spin-enabling Technologies

DiNAQC

Digitaler Neutralatom-Quantencomputer

Neutral Atoms Quantencomputer

KompaQD

Compact quantum computing demonstrator

Quantum Computer Solid-State Spin

Legato

Prototype trapped ion quantum computer with four interconnected modules

Ion traps Quantum Computer

PiQ

Photon source for Integrated Quantum processors

Enabling technologies Photons

QSea I

Remote access 10-qubit ion trap-based quantum computer demonstrator

Ion traps Quantum Computer

QSea II

Modular and scalable ion trap quantum computer

Ion traps Quantum Computer

REDAC

Reconfigurable Discrete Analog Computer

Analogue Computers Computer

SQuAp

Spin Qubit Analysis platform for hardware based on colour centres

Spin-enabling

StarQ

Surface Treatment at Atomic Resolution for Quantum Computing

Enabling technologies NV Centers

SuNQC

Quantum computer based on NV centres in diamond with sulphur doping

NV Centers Quantum Computer

TeufIQ

Technology development and support for ion-trap quantum computers

Enabling technologies Ion traps

Toccata

Trapped-ion quantum computer with at least 50 qubits and error correction

Ion traps Quantum Computer

UPQC

Universal photonic quantum computer with up to 64 qubits

Photons Quantum Computer

XAPHIRO

Prototype trapped-ion quantum computer with at least 50 qubits

Ion traps Quantum Computer

XQi

Quantum computer based on NV centers in diamonds

NV Centers Quantum Computer

Our projects | Software and Applications

ALQU

Algorithms for quantum computer development in hardware-software codesign

Hardware-related Software HW/SW codesign

AQuRA

Development of an analogue quantum computing machine

Analogue quantum computer Hardware-related Software

Attraqt’em

Applications, interfaces and data formats for quantum computing algorithms in energy system modelling

Applications Optimization

Open positions

BASIQ

Battery materials simulation using quantum computers

Applications Materials science

CLIQUE

Classical Integration of Quantum Computers

Applications QC remote access

IQDA

Ionenfallen-basierte Quantencomputer mit Co-Design-Elementen

Applications Hardware-nahe Software

Klim-QML

Improving climate models using quantum machine learning

Applications Quantum Machine Learning

NeMoQC

Neuromorphic Quantum Computing

Applications Optimierung

QCMobility

Quantum computing & Mobility

Applications Optimization

QCoKaIn

Hybrid Quantum High-Performance Computing using Causal Inference

Applications Quantum Machine Learning

QCOptSens

Quantum Computation for Optical Sensor Design

Applications Optimization

QI-TraSiCo

Quantum-Inspired Traffic Signal Control

Applications Optimization

QLearning

Quantum processors for reinforcement learning

Applications Quantum Machine Learning

QMPC

Quantum Mission Planning Challenges

Applications Optimization

QUA-SAR

Quantum computing for radar remote sensing

Applications Optimization

Quant²AI

Quantifying the benefits of quantum AI systems

Applications Middleware Quantum Machine Learning

QuantiCoM

QuantiCoM: Quantum Computing for Materials Science and Engineering

Applications Materials science

QUANTITY

Quantum-assisted Cryptanalysis

Applications Quanten-Kryptoanalyse

QuTeNet

Quantum Tensor Networks for Quantum Simulations and Artificial Intelligence

Applications Middleware Quantum Machine Learning

R-QIP

Reliable Quantum Information Processing

Applications Middleware

ToQuaFlics

Towards Quantum Fluid Dynamics

Applications Quantum Machine Learning

Cookie Consent with Real Cookie Banner