QT: Quantum Computing Reasearch

Oct 17, 2025

• Assigned members to Quantum Computing Research Team
• Created the Quantum Computing Research Website

Oct 29, 2025

• Reviewed IBM’s basic-level course covering the Fundamentals of Quantum Information
• Reviewed an MSN article discussing findings that a Quantum ‘lie detector’ confirms real quantum entanglement in modern Quantum Processors
• Researched an experiment that demonstrates genuine Quantum Entanglement in large-scale processors and provides a benchmark for evaluating future Quantum Computing Systems

Oct 29, 2025 - Nov 4, 2025

• Met with Faulty Advisor
• Reviewed our core focus on assessing the investment potential of Quantum Computing
• Examined anticipated areas of Quantum Computing adoption over the next 5–10 years

Nov 10, 2025 - Nov 15, 2025

• Communicated with group members to align on the goals and research findings we have developed so far regarding Quantum Computing
• Created a presentation summarizing research on Quantum Computing, including its basics, potential benefits and drawbacks, and possible adoption timeframe in the IT industry/workforce

Nov 17, 2025

• Presented our research to the CAIR team/members and outlined the tasks each member was assigned for further investigation
• Highlighted the need to continue exploring this evolving field and proposed creating a progress report to track findings

Nov 19, 2025 — Nov 20, 2025

• Discussed the need to research how Quantum Computing could affect cybersecurity, including its impact on encryption systems and commonly used algorithms like AES, 3DES, and DES
• Observed that Quantum Computers are unlikely to improve attacks drastically on symmetric algorithms, but may significantly impact the security of asymmetric algorithms like RSA and ECC

Nov 26, 2025

• Reviewed an article describing a recent experiment that provides new evidence of unusually complex Quantum Behavior, highlighting phenomena that go beyond previously understood Quantum Principles
• Researched an experiment showing Qubits exhibiting stronger than expected Quantum Behavior, even under environmental noise

Nov 28, 2025 — Nov 30, 2025

• Collaborated as a team to confirm additional research findings on Quantum Computing
• Updated our presentation to incorporate new research and insights on Quantum Computing

Dec 8, 2025

• Reviewed an article discussing the concept of “teleporting” information using Quantum Entanglement, explaining how a Quantum State can be transmitted across a distance without moving the particle itself
• Researched that actual Quantum Teleportation involves transferring a Quantum State via shared entanglement combined with classical communication, preserving the Quantum Information at the destination
• Delivered a final presentation on our Quantum Computing Research, sharing key findings and providing the team’s final insights and conclusions, moving forward with Quantum Computing