Massachusetts Institute of Technology patent applications published on October 10th, 2024
Summary of the patent applications from Massachusetts Institute of Technology on October 10th, 2024
1. **Summary**: Massachusetts Institute of Technology has recently filed patents for innovative technologies. One patent describes a quantum register made of fermionic atom pairs in an optical lattice, providing long coherence times and universal control for qubits. Another patent focuses on a high-temperature superconductor cable with optical fibers to detect quench events, enhancing safety and reliability. Additionally, a patent details a construction system for mechanical metamaterials using modular parts for various properties. Lastly, there's a patent for covalent protein dimers targeting MYC-related disorders like cancer.
2. **Key Points of Patents**:
* Quantum Register with Fermionic Atom Pairs: - Trapped fermionic atom pairs in an optical lattice for qubits. - Long coherence times and universal control through interactions modulation. - Coherent conversion of atom pairs into molecules for entanglement. * High-Temperature Superconductor Cable: - Includes optical fibers with gratings for early quench detection. - Enhances safety and reliability in superconductor applications. * Construction System for Mechanical Metamaterials: - Discrete assembly of modular parts for various mechanical properties. - Efficient and low-cost production of metamaterial structures. * Covalent Protein Dimers for MYC-Related Disorders: - Focus on MYC, MAX, and Omomyc protein dimers for treating disorders. - Potential applications in oncology for targeted cancer therapy.
3. **Notable Applications**:
* Quantum computing, communication, and cryptography. * Power transmission systems, MRI machines, and particle accelerators. * Aerospace, automotive, robotics, and construction industries for lightweight and strong structures. * Treatment of MYC-related disorders, particularly cancer therapy.
Contents
- 1 Patent applications for Massachusetts Institute of Technology on October 10th, 2024
- 1.1 ELECTROCHEMICAL DEVICES OR SYSTEMS COMPRISING REDOX-FUNCTIONALIZED ELECTRODES AND USES THEREOF (18440702)
- 1.2 SYNTHESIS OF COVALENT PROTEIN DIMERS THAT CAN INHIBIT MYC-DRIVEN TRANSCRIPTION (18572247)
- 1.3 DISCRETE MACROSCOPIC METAMATERIAL SYSTEMS (18746851)
- 1.4 FIBER OPTIC QUENCH DETECTION (18681295)
- 1.5 Quantum Computing Architecture based on Entangled Fermions (17357270)
Patent applications for Massachusetts Institute of Technology on October 10th, 2024
ELECTROCHEMICAL DEVICES OR SYSTEMS COMPRISING REDOX-FUNCTIONALIZED ELECTRODES AND USES THEREOF (18440702)
Main Inventor
Xiao Su
SYNTHESIS OF COVALENT PROTEIN DIMERS THAT CAN INHIBIT MYC-DRIVEN TRANSCRIPTION (18572247)
Main Inventor
ANDREI LOAS
DISCRETE MACROSCOPIC METAMATERIAL SYSTEMS (18746851)
Main Inventor
Benjamin Jenett
FIBER OPTIC QUENCH DETECTION (18681295)
Main Inventor
Erica SALAZAR
Quantum Computing Architecture based on Entangled Fermions (17357270)
Main Inventor
Martin Zwierlein