Overview
DRY eWorks is at the frontier of quantum computer engineering, focusing on QDM-based (Quantum Dot Molecule) qubits. These scalable, semiconductor-compatible architectures allow us to design robust quantum processors using electron spin and charge state manipulation.
QDM-Based Qubits
Quantum Dot Molecules enable precise qubit manipulation through controllable coupling of quantum dots. Key innovations include:
- Spin and Charge Encoding
- Hybrid Qubits
- Scalable Fabrication
- Error-Tolerant Architectures
Join us on our Journey
Technology Comparison
Here's how QDM-based qubits compare with other leading quantum technologies:
| Method | Mechanism | Hardware | Advantages | Challenges | Companies |
|---|---|---|---|---|---|
| Quantum Dot Molecules | Coupled quantum dots with tunable electron states | Semiconductor nanofabrication | Room-temp operation, scalable, CMOS-compatible | Precise control, quantum coupling complexity | DRY eWorks |
| Superconducting | Josephson junctions and microwave signals | Dilution refrigerators, RF equipment | Fast gate times, commercial momentum | Cryogenic needs, decoherence | IBM, Google |
| Trapped Ions | Laser-controlled ion states | Vacuum chambers, lasers | Long coherence times | Complex optics, low gate speeds | IonQ, Honeywell |
| Photonic | Photon entanglement & interference | Waveguides, detectors | Room-temp, low noise | Photon loss, scaling | Xanadu, PsiQuantum |
| Topological | Non-abelian quasiparticles | Exotic materials | Fault-tolerant by nature | Still theoretical | Microsoft |
| Neutral Atoms | Trapped in optical tweezers | Precision lasers, cooling systems | High flexibility, 3D scalability | Latency in gate ops | Pasqal, ColdQuanta |
Our Vision
We envision quantum computers that are affordable, reliable, and ready for integration across domains. DRY eWorks is pushing quantum hardware toward nanoscale solutions that eliminate bulky cryogenic systems.
- Scalable Design: Architectures that scale with classical chip infrastructure.
- Cost-Effectiveness: Using standard fab processes for affordability.
- Real-World Readiness: Qubits that operate at or near room temperature.