Cutting Edge Superconductors, Inc.

23/12/2025

Dear Valued Investors,
Merry Christmas and Happy New Year, 2026!
Thank you so much for your investment and support.

Yong-Jihn Kim, CEO, Cutting Edge Superconductors

22/12/2025

Dr. Kim will give an oral talk entitled “Controllable Superconducting Qubit Design based on the Cooper Pair Wavefunction Approach” at the 2026 APS (American Physical Society) March meeting in Denver, CO, March 19, 2026.

America/Denver -- 8:00 am – 11:00 am, Thursday March 19, Session MAR-S32, Convention Center, Meeting Room 401/402

10/12/2025

• Update Regarding Company Valuation and Share Price Increase

Dear Valued Investors and Potential Investors,

We are writing to provide an update on our plan to review and increase the company's valuation and share price.

While our initial target was December 2025, the procedure involves several complex administrative steps, including obtaining necessary investor consent and completing a thorough valuation process. To ensure this critical process is handled with the diligence it requires, we have decided to reschedule the final implementation to March or April 2026.

We remain fully committed to enhancing shareholder value. Thank you for your continued investment and support. We will ensure you are promptly informed of our progress.

25/11/2025

Excited to share that Ace Tarakchian, MBA, has joined our team as Business Consultant and Advisor! Welcome, Ace!

• Serial entrepreneur (2 exits)
• Helped startups raise $327M+ in debt & equity financing
• Angel investor advising 100+ portfolio startups

19/11/2025

On AI Bubble

Currently AI is changing the world in many areas, including Go game, protein structure, and Generative AI areas.

That being said, there are some areas for AI to take many years to contribute.

For instance, superconductivity, called macroscopic quantum phenomena, will be very hard for AI to contribute, because superconductivity is due to the quantum mechanical interactions between Avogadro number (10^23) of electrons and Avogadro number of ions, which is impossible to solve exactly, unless we know the answer from experiment or ingenious insight. Specifically high Tc cuprates of Tc about 100K, discovered in 1986, still intrigue scientists for its superconducting mechanism. So, the superconducting mechanism of our room temperature ambient pressure superconductor, CES-2023, is out of the question right now, unless we find the clues from experiments.

For superconducting quantum computers, AI will have limited contributions, because we need to produce scalable superconducting qubits first, which is still on-going. Note that Dr. Kim revised the theory of the Josephson effect, guiding principle of the superconducting qubits, by inventing Cooper pair wavefunction approach [1]. For instance, he determined the maximum thickness of the insulating barrier from “Threshold Resistance”, found from experiment, which was not possible to calculate by previous theory.

The bottom line is that AI can be innovative and efficient in some areas, but in other areas it may need many years of learning and training to contribute.

[1].

09/11/2025

We are pleased to announce that Anthony Young has joined us as a Senior Advisor.

Anthony is a serial entrepreneur, angel investor, and venture capitalist with a focus on early-stage companies. His Angel investment portfolio includes eight unicorn companies.

Please join us in welcoming Anthony to the team.

07/11/2025

• Our Book Chapter Proposal entitled "Room Temperature Ambient Pressure Superconductor, CES-2023: Physics and Applications",

accepted for "Conventional and Unconventional Superconductors - Fundamental Physics and Applications" by IntechOpen,

https://www.intechopen.com/welcome/c7066c5f85fb017f?book_id=1005094&call_email=yongjihn.kim%40upr.edu&src=R-F-1-4D&r=4

05/11/2025

On "Grokene",
Grok and AIs cannot predict a room temperature ambient pressure superconductor now, because we don't know its superconducting mechanism.
It may take 10 - 20 years for Grok and AIs to predict a room temperature superconductor material.

Grok said, "The project lives in crypto-twitter hype; treat market-cap chatter as noise, not evidence."

03/11/2025

• Dr. Kim’s contribution in Superconductivity: New Interpretation of Flux Quantization

In 2004, Dr. Kim revised the theory of Flux Quantization, showing that magnetic field dependence of pairing interaction leads to flux quantization, rather than the magnetic field dependence of kinetic energy for Cooper pairs in superconductors, proposed by Byers and C. N. Yang.

This new interpretation sheds light on the Josephson effect, SQUID, vortex, and superconducting qubits.

=> A new interpretation of flux quantization, M-A Park and Y-J Kim 2004, Supercond. Sci. Technol. 17 L10

https://iopscience.iop.org/article/10.1088/0953-2048/17/1/L03

• We are saddened to hear that Prof. C. N. Yang passed away last month, on Oct. 18, 2025, at age 103. He was inspiring many physicists.

=> https://www.bbc.com/news/articles/cdxrzzk02plo

He is a brilliant physicist. Nevertheless, when the paradigm of superconductivity has some issues, he made a mistake in explaining the flux quantization.

Yang, one of the world's most influential scientists, earned global recognition for his work in theoretical physics.

30/10/2025

• Unlock Capital 2025 Cohort Certificate of Completion

=> We are happy to successfully complete the Unlock Capital 2025 Cohort for Investment Readiness.
Currently we are talking to a few VCs and Accredited Investor groups for investment.

20/10/2025

• To Our Valued Investors and Potential Investors,
We are planning to increase our company Valuation and share price in December 2025, because our company is getting closer to mass production of our Room temperature Superconductor products
and other progress related to Superconducting Qubits for Superconducting Quantum Computer.

Thank you for your support.

18/10/2025

• Dr. Kim gave a seminar on 2025 Nobel Prize in Physics at the University of Puerto Rico. Oct. 14, 2025.
He provided some insight how to improve the current Superconducting Qubits for manufacturing Superconducting Quantum Computer.

Note that Prof. John Martinis said "Now I am stepping back and saying let's really focus on good qubits, but making them in a scalable way. And my hope is once we get a few qubits and we understand what we're doing, then we know how to engineer big systems and then we can do that rapidly."

https://www.youtube.com/watch?v=uEpBLHoeZ20&t=1667s

Watch from 27:17. August 17, 2025.

=> Dr. Kim already pinpointed these issues, because he revised the theory of the Josephson effect by inventing Cooper pair wavefunction approach in 2008.