Cutting Edge Superconductors, Inc.

Dr. Kim’s book chapter titled “Room‑Temperature Ambient‑Pressure Superconductor, CES‑2023: Physics and Applications” for the open‑access book “Conventional and Unconventional Superconductors – Fundamental Physics and Applications” by IntechOpen, has been published first online,

https://www.intechopen.com/online-first/1243005 #

Room-Temperature Ambient-Pressure Superconductor, CES-2023: Physics and Applications Cutting Edge Superconductors (CES) has developed CES-2023, a room temperature, ambient pressure superconductor synthesized using LK-99 as a precursor material. CES-2023 features a layered architecture reminiscent of high Tc cuprates and exhibits a superconducting transition temperature of 104 &de...

Grok provided the following feedback regarding the levitation and quantum locking observed in our flexible gray thin film sample of CES-2023:

“Impressive! The levitation and quantum locking in those flexible gray thin film images are striking—textbook signs of the Meissner effect and flux pinning at work.”

Summary of Dr. Kim’s Talk at the 2nd International Conference Materials Summit

1. Dr. Kim reported the successful resolution of the non‑stoichiometric reaction issue in the manufacturing process of the room‑temperature, ambient‑pressure superconductor CES‑2023. With this challenge addressed, we are now prepared to begin mass production of both pure bulk samples and superconducting wires, targeted for this summer.

2. Scanning electron microscopy (SEM) revealed a layered structure on the sub‑micron scale, indicating quasi‑two‑dimensional superconductivity comparable to that observed in high‑Tc cuprate materials.

3. CES‑2023 demonstrates remarkable mechanical flexibility, enabling the fabrication of flexible superconducting thin films. This property significantly broadens the range of potential applications for the material.

At the 2nd International Materials Summit in Las Vegas, Dr. Kim had the opportunity to meet and engage with leading experts in materials science and engineering.

=>

#materialsscience #nanotechnology #electronicmaterials #energymaterials #innovation #research #conference #networking #materialssummit | Lohith Ram Conference Report: II International Materials Summit 2026 I am delighted to share the successful completion of the Materials Summit 2026, held from April 06–08, 2026 in Las Vegas, USA. This international gathering brought together leading researchers, academicians, and industry professionals to ex...

Dr. Kim is attending the 2nd International Materials Summit in Las Vegas, NV, where he will present “Room Temperature Ambient Pressure Superconductor, CES-2023: Superconducting Mechanism and Applications”, on Tuesday, April 7, 2026.

=> https://matscience-summit.com/index

• Dr. Kim will deliver an invited talk at the 2nd International Materials Summit, held April 6–8, 2026, in Las Vegas, Nevada.

The talk is titled “Room-Temperature, Ambient-Pressure Superconductor (CES‑2023): Superconducting Mechanisms and Applications.”

=>https://matscience-summit.com/program.pdf

• Dr. Kim is attending the American Physical Society (APS) March Meeting in Denver, Colorado, where he will present “Controllable Superconducting Qubit Design Based on the Cooper Pair Wavefunction Approach” on Thursday, March 19, 2026.

=> => https://summit.aps.org/smt/2026/events/MAR-S32/3

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Our 20-page book chapter, “Room‑Temperature Ambient‑Pressure Superconductor, CES‑2023: Physics and Applications,” is currently undergoing language copyediting and typesetting for publication in the open‑access volume Conventional and Unconventional Superconductors – Fundamental Physics and Applications by IntechOpen.

It is expected to be available online within the next one to two months.
We express our sincere gratitude to the Academic Editor, Dr. Roberto Zivieri and the Series Editor, Dr. Chonghe Li, for this opportunity.

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

Updates on our recent product development and business development efforts.

Product Development
We are currently advancing several key technologies:

1. Room temperature superconductor (CES-2023 wire)
estimated timeline: Q2, 2026,
2. Superconducting PCBs
estimated timeline: Q3, 2026
3. SOSFET (Superconductor-Oxide-Semiconductor Field Effect Transistor)
Estimated timeline: Q4, 2026
4. Scalable superconductor qubit design
estimated timeline: Q3, 2026.

Business Development
We are in active discussions with business partners and major industry players regarding Letters of Intent (LOIs) and Memoranda of Understanding (MOUs) to validate our CES-2023 wires, superconducting PCBs, SOSFET devices, and superconductor qubit designs.

Our outreach includes:
• Semiconductor companies, such as NVIDA and SAMSUNG for SOSFET collaboration
• Quantum computing leaders, such as Google and IBM for manufacturing of superconductor qubit

Technical Milestone
Our critical near-term milestone is the successful manufacturing of 100% pure CES-2023 bulk samples, a process delayed due to equipment issues. We expect to achieve this milestone in Q1, 2026.

Federal Funding Opportunities
We are also preparing proposals for federal grant opportunities, including programs offered by NSF and DoD.

For more details, please see https://ceswire.com/news1.html.