Update 2:

3. Note that MOS FET (Metal-oxide-semiconductor Field Effect Transistor), the building block of semiconductor industry, needs improvement by shrinking voltage and energy, in addition to the shrinking of gate size. So, we can solve the problem by manufacturing SOS FET (Superconductor-oxide-semiconductor Field effect transistor), employing our room temperature ambient pressure superconductor, CES-2023. We are planning to manufacture prototype SOS FET and semiconductor chip, with CES-2023 interconnect, replacing copper interconnect, within this year. This SOS FET has great potential for revolutionize the semiconductor industry.

=> https://www.linkedin.com/posts/andercot_semiconductors-energyefficiency-nanotechnology-activity-7327192927762292736-e9qH?utm_source=share&utm_medium=member_desktop&rcm=ACoAAASiAOwBkwYIxDc5jbBsc2FBtK4LAZzaT9c

=> https://www.linkedin.com/pulse/thermodynamics-computing-substrates-andrew-c%C3%B4t%C3%A9-u1tyf/?trackingId=Kj9AMiCDSSAQdp%2FALyQZHg%3D%3D

Recent update:

1. For funding, i) we submitted a proposal of $200,000 to Puerto Rican government one month ago. The decision can be made within a few months. ii) next week we will submit another one for $150,000, upon the invitation for full proposal. iii) Yesterday we will submit a 3 pages of white paper for $125,000 funding.

2. For investment, a few venture capitals and family offices are doing due diligence to invest in our company, from $0.5M - $2M investment. We may know the decision soon.

One of Korean Presidential Candidate said if he is elected, his government will invest $50 Billion in AI and Room Temperature Ambient Pressure Superconductor Projects. April 16, 2025.

https://www.edaily.co.kr/News/Read?ne...

=> We expect that New Korean government may initiate Projects for commercializing Room Temperature Ambient Pressure Superconductor. We hope to join the initiative soon.

Progress update, => We are trying to find the optimum manufacturing conditions for our Room Temperature Ambient Pressure Superconductor, CES-2023, according to the identified composition. => This material is more difficult to manufacture than we expected. => Currently we made a few batches of samples. The samples are not well made and fragile. => Nevertheless, we see the superconducting diamagnetic behavior of small samples, as shown below. => We hope to show the full levitation in one month.

=> https://www.youtube.com/shorts/sRB2zpAa9Fw

=> https://www.youtube.com/shorts/IFjyxD3c6ls

=> Once we get the 3rd party validation, we can start to prepare IPO through NASDAQ! Stay tuned!

For the initial review by CDVCA,

=> We think we can get the 3rd party validation in one month or two months’ time scale.

=> Detailed business plan and financial projections can be done in one month.

• Initial Business Review of Cutting Edge Superconductors by CDVCA (Community Development Venture Capital Alliance) Unlock Capital Team, including many investors and mentors, April 11, 2025.

=> 3rd party validation of our Room Temperature Ambient Pressure Superconductor, CES-2023 => detailed business plan and financial projections for potential investors.

The 1st week, April 7 - April 11, of Fusion42 Global Super Accelerator (GSA) was great! => Many startups, investors, and mentors. => Intensive master classes and expert panels were excellent. => Investors Invest in People. => Execution is Everything.

https://www.linkedin.com/posts/fusion42_fusion42-global-super-accelerator-week-activity-7316374514869657600-vUxZ/?utm_source=share&utm_medium=member_desktop&rcm=ACoAAABOu3EBJ_NgFxmdwVW1uqASmA38NMOAolA

Cutting Edge Superconductors and RoomCon signed Research Funding Agreement with initial investment, March 28, 2025. (5) ROOMCON (@roomconglobal) / X

RoomCon has issued RoomCon token for supporting Room Temperature Superconductor research and development.

four.meme/token/0x999e62f80d2c8ec8adfbf041b06239c6ae6d8492

Cutting Edge Superconductors has been invited to Global Super Accelerator (GSA) 2025 by Fusion42. The ultimate execution accelerator for serious founders. ​ https://gsa.fusion-42.com/

We are preparing our company token, “CES Token”.

CES Token is a DeSci (Decentralized Science) token to support research on our ​Room-Temperature Ambient-Pressure Superconductor, CES-2023.

The launching date is delayed due to the more thorough preparations.

• Dr. Kim gave an oral talk on our Room Temperature Ambient Pressure Superconductor, CES-2023, at the American Physical Society (APS) March meeting in Anaheim Convention Center on March 23, 2025.

Summary: 1. quasi-1 dimensional superconductivity cannot have bulk high Tc, because the required intrinsic Josephson coupling between superconducting filaments in 2-dimensional directions are not possible, as confirmed by organic superconductors with chain structure.

                2. Manufacturing issues and characterization issues for small samples and impure samples were discussed.
                3. The composition of pure CES-2023 has been identified EDS. It is different from LK-99.
                    Lead (Pb) is the backbone of our CES-2023, as shown by the EDS Pb distribution mapping.

We are so happy that Cutting Edge Superconductors has been selected to participate in Unlock Capital, the Community Development Venture Capital Alliance’s (CDVCA) investment readiness program.

https://www.unlockcapital.org/

The kickoff event is March 20, 2025 at 5:00PM at Banco Popular Center, Hato Rey.

https://www.eventbrite.com/e/unlock-capital-2025-kickoff-and-networking-event-tickets-1253380768619?aff=oddtdtcreator&fbclid=IwY2xjawJFIp5leHRuA2FlbQIxMAABHeaAkoA-hWm__CL1G7syVehFVGakS9uqZPvTFQrD0Dms_cThNyZPBnYSwA_aem_S7bsMkoleGOs7Quns3SBew

Video for Live Q&A through Netcapital, March 6, 2025.

=> Netcapital Live Q&A with Cutting Edge Superconductors

Video for New Industrial Era due to Room Temperature Ambient Pressure Superconductor,

https://www.youtube.com/watch?v=gLhcrfoLSkk

Industrial Revolution due to Room Temperature Ambient Pressure Superconductor, ChatGPT.

1. Energy Transformation Lossless Power Grids → Zero energy loss in transmission. Efficient Energy Storage → Instant discharge, better renewable integration.

2. Computing & Electronics Quantum Computing Mainstream → No extreme cooling needed Ultra-fast, Energy-efficient Processors

3. Transportation Revolution Maglev Trains & Hyper-Speed Travel Superconducting EV & Aircraft Motors

4. Healthcare & Medical Advances Affordable MRI Machines Brain-Computer Interfaces

5. Manufacturing & Industry Superconducting Magnets Wireless Power Transfer

6. Space & Fusion Energy Fusion Reactors Feasible → Superconducting magnets sustain nuclear fusion. Magnetic Launch Systems → Efficient space travel.

Conclusion Room-temperature superconductors would revolutionize energy, computing, transport, and healthcare, launching a new industrial era of limitless efficiency.

Our Live Q&A is tomorrow, March 6, at 4:00PM EST. You are cordially invited to join us.

ChatGPT says “Room Temperature Ambient Pressure Superconductor will launch a New Industrial Era of Limitless Efficiency”!

https://us06web.zoom.us/webinar/register/7617334113265/WN_X_Ymt7kJQCS3bSE_mLn10Q#/registration

Cutting Edge Superconductors will have a Live Q&A through Netcapital on March 6th at 4:00PM EST next Thursday. You are cordially invited to join us.

https://us06web.zoom.us/webinar/register/9017329141108/WN_X_Ymt7kJQCS3bSE_mLn10Q?utm_source=Main+List+%28Offerings%29&utm_campaign=e858f8833a-Newsletter+2-27-2025&utm_medium=email&utm_term=0_-cf23157b38-336663490#/registration

• Cutting Edge Superconductors is collaborating with Q.media to improve the PCB (Printed Circuit Board) Wilkinson power divider by replacing copper on the PCB by our Room Temperature Superconductor, CES-2023.

It can revolutionize wireless communications by providing more efficient and safer performance because of no energy loss and no heating. Note that the PCB with copper can be burned due to heating.

Q.media is a BNO (Broadcast Network Operator) in Puerto Rico. Stay tuned!

Yesterday we did EDS (energy-dispersive x-ray spectroscopy) measurements of our room temperature superconductor, CES-2023. We got the compositions of CES-2023 sample. We are figuring out the possible chemical formula of our CES-2023. The result will be reported at the APS March Meeting on March 21, 2025. Stay tuned!

Next Tuesday, February 11, we will do EDS (Energy-dispersive X-ray spectroscopy) experiment to figure out the composition and chemical formula of our room temperature superconductor, CES-2023. Note that only Cutting Edge Superconductors produces a room temperature superconductor. Stay tuned!

We have recruited Mr. Mike Hines, a seasoned business development professional with over 20 years of experience as a Vice President, Business Development and Manager in major corporations. Computer and electronics major Silver Bullet Award, United States Army Veteran.

We are in the process of extending our netcapital offering until April 15, 2025. We will continue equity crowdfunding to raise $600,000.

Merry Christmas and Happy New Year!

We are truly grateful for your continued support.

Dr. Yong-Jihn Kim, CEO, will give a talk on our Room Temperature Superconductor, at the 2025 APS (American Physical Society) March Meeting, in Anaheim, CA, March 16 - 21, 2025.

Title of the talk: Room Temperature Ambient Pressure Superconductor, CES-2023: Manufacturing and Characterization.

https://summit.aps.org/events/MAR-W23/14

A Federal Funding Agency asked Cutting Edge Superconductors (CES) to revise the budget and the Letter of Commitment (LOC) from our collaborator late November. CES revised both the budget and LOC on time. So, our understanding is that CES may get a Federal Grant for commercializing our room temperature superconductor in January, 2025.

• Cutting Edge Superconductors is preparing a proposal for $100 million Competition to Accelerate R&D and AI Technologies for Sustainable Semiconductor Materials by Biden-Harris Administration:

Tentative title: Room Temperature Superconductor Integrated Circuits (ICs) for AI Technology and Sustainable Semiconductor Materials

https://www.commerce.gov/news/press-releases/2024/10/biden-harris-administration-opens-100-million-competition-accelerate-rd

• For investors with $10,000+ investment, we would like to invite the investors as our Advisory Board Members, with annual compensation in company shares and/or cash.

​For more information, please contact kim@ceswire.com.

We are in the process of extending our netcapital offering until December 28, 2024. We will continue equity crowdfunding to raise $600,000.

Summary of Dr. Yong-Jihn Kim’s talk at the 3rd International Conference on Physics and Its Applications, in Boston, MA, October 22, 2024.

1. Reason why LK-99 related material is difficult to fabricate.
2. CES-2023 is a room temperature ambient pressure superconductor, according to the Superconductor Exclusion Principle that is the Meissner effect for small samples.
3. SEM image (attached) of 100% pure CES-2023 shows that 2d layer structure on a micron scale. It is the evidence of 2d superconductivity in our CES-2023, like high Tc curates. It seems to form infinite layers.
4. Magnetization measurement of impure sample shows the weak superconducting diamagnetism, after subtracting the background paramagnetic contribution.

• Cutting Edge Superconductors submitted a proposal to 2024 LIFT Ecosystem Accelerator Program (LEAP). Oct.11, 2024.

Title of the Project: Developing Room Temperature Ambient Pressure Superconductor, CES-2023, for High Temperature Materials and Advanced Materials.

Budget: $250,000

https://lift.technology/project-calls/

Cutting Edge Superconductors submitted a proposal to DOE SBIR, in collaboration with Princeton Plasma Physics Laboratory. October 8, 2024.

Title of the proposal: Room Temperature Ambient Pressure Superconductor for Superconducting Magnets => This project is for building “no cooling superconducting tokamak”. Budget: Phase I, $200,000, Phase II, $1.1M.

=> https://science.osti.gov/sbir => https://www.pppl.gov/

Dr. Yong-Jihn Kim, CEO, will give an invited talk on October 22, 2024, at the 3rd International Conference on Physics and Its Applications, Boston, MA.

Title of the talk: Room Temperature Ambient Pressure Superconductor, CES-2023, and Its Applications.

Check out our viral video on TikTok of our room temperature ambient pressure superconductor, CES-2023.

Cutting Edge Superconductors submitted a Letter of Intent (LOI) to DOE SBIR, entitled “Room Temperature Ambient Pressure Superconductor for Superconducting Magnets”, August 26, 2024.

https://science.osti.gov/SBIR

Phase I: $200,000 for 6 - 12 months, Phase II: $1.1M for 2 years.

We are happy that Cutting Edge Superconductors has been accepted for the DOE (Department of Energy) PHASE 0 Assistance Program for DOE SBIR Applications.

https://doephase0.dawnbreaker.com/

We are preparing a DOE SBIR Proposal, entitled “Manufacturing No Cooling Superconducting Magnets for Fusion Pilot Plants, Employing a Room Temperature Ambient Pressure Superconductor, CES-2023”. The deadline is October 8, 2024.

Dr. Yong-Jihn Kim attended the BE (Boricua Emprende) FEST 2024, held in Ponce, Puerto Rico, on August 23, 2024.

He talked to Puerto Rico Government Officers for Small Business Incentives and Support from DDEC (Department of Economic Development and Commerce), including the Secretary of DDEC.

https://boricuaentrepreneurfest.com/

The following question was asked, and we believe that it is a good question to address. What is your Exit strategy?

Our exit strategy is IPO through NASDAQ and it may take a few years.

We are in the process of extending our netcapital offering two more months, until October 28, 2024. We will continue equity crowdfunding to raise $600,000.

Dr. Yong-Jihn Kim’s invited talk is one of the featured talks at the 3rd International Conference on Physics and Its Applications that will be held in Boston, MA, October 21 - 23, 2024.

Title of the talk: “Room Temperature Ambient Pressure Superconductor, CES-2023, and Its Applications”.

https://physics.unitedscientificgroup.org/

• NextBigFuture.com featured Cutting Edge Superconductors, “Startup Works to Prove a Room Temperature Superconductor LK99 Variant”, August 1, 2024, Brian Wang,

https://www.nextbigfuture.com/2024/08/startup-works-to-prove-a-room-temperature-superconductor-lk99-variant.html

Cutting Edge Superconductors submitted a proposal to NASA SBIR Ignite, July 30, 2024. The title of the proposal is “Optimization of a Novel Room Temperature Ambient Pressure Superconductor for Aviation Applications”. Phase I: $150,000, 6 months Phase II: $850,000, 2 years

https://www.nasa.gov/sbir_sttr/sbir-ignite/

Business-oriented pitch deck, July 15, 2024.

https://www.youtube.com/watch?v=w_ULfVptMrI&t=0s

New Pitch deck, July 2024.

https://www.youtube.com/watch?v=XBE2xdNSoog&t=0s

Highlights:

1. CES-2023 can revolutionize the most Tech Industries of over $5 Trillion value.
2. Both preliminary resistance measurement and quantum locking show Tc = 104 C = 377 K.
3. Almost ready for mass production of CES-2023 for commercialization.

We are in the process of extending our offering two more months, until the end of August. We may increase our share price from September, because we are getting closer to commercializing our CES-2023, Room Temperature Ambient Pressure Superconductor.

Dr. Kim will give an invited talk on our CES-2023, room temperature ambient pressure superconductor, at the 3rd International Conference on Physics and Its application, that will be held in Boston, MA, in October 21 - 23, 2024.

The title of the talk is “Room Temperature Ambident Pressure Superconductor, CES-2023, and Its Applications”.

https://physics.unitedscientificgroup.org/experts

Summary of Materials - 2024 presentation by Dr. Kim.

1. Superconductor Exclusion Principle for a small size room temperature superconductor was proposed.
2. CES-2023 has the transition temperature Tc=104 degrees C, according to the quantum locking, based on the Meissner effect and the preliminary resistance measurement.
3. CES-2023 is formed as an impurity phase in the modified LK-99 that can be made by adding catalysts and some other elements.
4. Modified LK-99 has crystalline phase and amorphous phase, including ferromagnetic whiskers.
5. Preliminary resistance measurement with low purity CES-2023 sample, with a few percent of superconducting part shows Tc around 104-degree C. (Resistance vs T of LBCO by Bednorz and Muller is also included for comparison.)
6. Resistance measurement with pure CES-2023 will be done soon. Stay tuned!

• Updated Presentation Day: On June 10, 2024, at 12:00PM, in San Francisco, CA, Dr. Kim will give an Invited Talk on our CES-2023, Room Temperature Ambient Pressure Superconductor at the 5th International Conference on Materials Science and Engineering.

https://materials-meetings.com/program/MAT-PROGRAM.pdf

• Cutting Edge Superconductors has advanced to the Round 2 Quarter-Finals of the 2024 Pepperdine Most Fundable Companies Competition.

Most Fundable Companies - Discover the Next Big Thing (pepperdine.edu)

Testing the resistance vs temperature measurement for Bi-2223 sample. You can see the result here, https://www.youtube.com/@CuttingEdgeSuperconductors/community

We need to use a more powerful power supply.

We are building a resistance measurement setup from room temperature to 125 degrees Celsius. We need to get good resistance measurement data before the 5th International Conference on Materials Science and Engineering, in San Francisco, CA, June 10 - 12.

You can see the resistance measurement setup on our company YouTube,

https://www.youtube.com/@CuttingEdgeSuperconductors/community

On June 11, at 11:40AM, in San Francisco, CA, Dr. Kim will give an invited talk on “Superconductor Exclusion Principle for identifying a room temperature ambient pressure superconductor” at the 5th International Conference on Materials Science and Engineering. Stay tuned!

https://materials-meetings.com/program/MAT-PROGRAM.pdf

NSF SBIR Phase I Proposal, submitted on May 14, 2024. Title: Manufacturing and characterization of Room Temperature Ambient Pressure Superconductor Phase I: $275,000 + $100,000 (cash match, Puerto Rico Science Trust). Collaborators: UPRM (Prof. O Suarez), William & Mary (Prof. M. Qazilbash & Prof. Hyun-Tak Kim)

https://seedfund.nsf.gov/

Netcapital May Demo Day, May 10, YouTube link,

https://www.youtube.com/watch?v=ABTt-gj4ZA4

It is interesting that some CES-2023 sample shows ceramic structure, including Hexagon shape, from SEM (Scanning Electron Microscope) image.

Thank you for joining us on Netcapital May Demo Day, May 8th. Dr. Kim gave a short presentation on our company projects and Victor talked about the advantages of investing in Puerto Rico.

The Netcapital May Demo day starts at 4:00PM EST on May 8th, next Wednesday. (There may be some confusion on the time.) You can see the zoom registration website,

https://us06web.zoom.us/webinar/register/8717144977269/WN_ootDU7XZTCeNhWa2r8G_ZA#/registration

Cutting Edge Superconductors will give a presentation on May DEMO day by Netcapital on May 8, at 3:45 - 5:00PM, AST. We will provide the information on the current status of our CES-2023 R&D and NSF SBIR proposal submission.

Please come join us!

=> Invitation: HOLD: May Demo Day @ Wed May 8, 2024 3:45pm - 5pm (AST) (kim@ceswire.com)

You can see the heat treated pellet sample of CES-2023 in our youtube community. https://www.youtube.com/@CuttingEdgeSuperconductors/community

We will measure its resistance as a function of temperature. We can determine the Tc from the temperature dependence of resistance. Stay tuned!

Two pellet samples, made last week. We are testing these samples. We are getting close to make good quality pellet samples of CES-2023. Stay tuned!

https://www.youtube.com/@CuttingEdgeSuperconductors/community

We are in the process of extending our offering until the end of June, 2024. We will continue equity crowdfunding to raise $600,000. Currently we are also talking to several big investors who are willing to invest more than $100,000. We will hire a marketing company to boost our campaign soon.

The title of our full proposal for NSF SBIR is “Manufacturing and characterization of Room Temperature Ambient Pressure Superconductor”.

Note that the full proposal submission is invitation only, based the submitted Project Pitch. Our Project Pitch was accepted in one business day, whereas it may take up to one month.

https://seedfund.nsf.gov/apply/get-started/

NSF SBIR just informed us that the full proposal submission is accepted from April 15 to May 15, 2024. We will submit our proposal early May, with UPRM (Prof. O. Suarez) and College of William and Mary (Prof. Mumtaz Qazilbash, Prof. Hyun-Tak Kim).

Note that the Phase I budget is $275,000 from NSF SBIR and extra $100,000 matching fund from Puerto Rican Science Trust.

https://seedfund.nsf.gov/

https://prsciencetrust.org/sbir/

We are making pellet samples of our CES-2023. They are shiny before heat treatment. We need to make 100% pure CES-2023 samples with size 10mm for mass production. The preliminary test results can be available within a week. Stay tuned!

https://www.youtube.com/@CuttingEdgeSuperconductors/community

According to the Invitation from NSF SBIR, currently we are writing a full Proposal for NSF SBIR, entitled “Manufacturing and characterization of Room Temperature Ambient Pressure Superconductor”, in collaboration with UPR Mayaguez (Prof. O. Suarez) and College of William and Mary (Prof. Mumtaz Qazilbash, Prof. Hyun-Tak Kim). The draft of Cooperative Research Agreement has been prepared.

NSF SBIR will accept the full proposals in the coming weeks.

https://seedfund.nsf.gov/apply/full-proposal/

You can see title of Dr. Kim’s invited talk at Materials 2024 Conference, “Superconductor Exclusion Principle for identifying a Room temperature Ambient Pressure Superconductor” from the Tentative program.

https://www.youtube.com/channel/UCe8ci00vTNdoj5fyg0e4rvw/community?lb=Ugkx9MHtKqgrSSJn0Ya27vjfvh3ih9greZmo

https://materials-meetings.com/index

You can see the picture of Dr. Kim on the Materials 2024 Conference website presenters’ section. He joined the Conference at the last moment.

https://materials-meetings.com/presenters

Dr. Yong-Jihn Kim, CEO, invited to give an Invited Talk on “Superconductor Exclusion Principle for identifying a Room Temperature Ambient Pressure Superconductor” at the 5th International Conference on Materials Science and Engineering that will be held in San Francisco, CA, June 10 -12, 2024.

https://www.materials-meetings.com/index

Some people asked us when we may do IPO? In fact, our company was preparing S-1 Prospectus form several years ago. So, when our revenue reaches over $1 M, we are planning to prepare S-1 Prospectus form for IPO through NASDAQ. It may take 3 years.

Hi, The applications of our CES-2023, Room Temperature Ambient Pressure Superconductor may be huge, impacting multi-Trillion dollar value markets. You can see the short video for the applications in our company YouTube channel,

https://www.youtube.com/watch?v=z8JIM2BFjvg

We have submitted our preprint entitled “Superconductor Exclusion Principle for Identifying a Room Temperature Ambient Pressure Superconductor” to an International Journal with a good impact factor. Once accepted, we will pay the fee for open access for everyone. #lk99

Dr. Yong-Jihn Kim, CEO, is trying to organize an International Conference on LK-99 related materials this summer (late July 2024) in Korea or China.

Stay tuned!

Our manuscript of “Superconductor Exclusion Principle for Identifying a Room Temperature Ambient Pressure Superconductor” is ready for submission with minor revisions for better chance of acceptance, according to the Submission Readiness Check by an International Journal with a good impact factor. #lk99

https://www.youtube.com/channel/UCe8ci00vTNdoj5fyg0e4rvw/community?pvf=CAI%253D

Part of the Abstract entitled “Superconductor Exclusion Principle for Identifying a Room Temperature Ambient Pressure Superconductor”.

We are getting advice for the preprint from our colleagues. It will be posted on Arxiv and submitted to an International Journal of Superconductor this week.

https://www.linkedin.com/posts/yong-jihn-kim-35004422_lk99-activity-7172573803506577409-fAa1?utm_source=share&utm_medium=member_desktop

Color of our room temperature ambient pressure superconductor: Black. Some gray color samples are barely superconducting. Copper rich samples are not superconducting, although they have very low resistance, like copper.

https://www.youtube.com/@CuttingEdgeSuperconductors/community

The transition temperature of our CES-2023 is 377 K = 104 C with uncertainty of 3 degree. More accurate measurement will be done soon. Stay tuned!

https://www.youtube.com/watch?v=XVgzs_TrSIs

Another levitation video is posted on our Youtube website,

https://www.youtube.com/watch?v=SRHNZfrzHjQ

It shows the flux pinning, clear evidence of room temperature superconductivity, although the response is slow, presumably due to the sample quality.

Our NSF SBIR Project Pitch was accepted in one business day, whereas the acceptance can take up to 1 month.
I attached the NSF SBIR timeline.

It shows that the NSF SBIR Program Director is very much interested in our CES-2023 NSF SBIR proposal.

Some expert informed me that device physicists can measure the resistance of small samples like our current CES-2023,

Brookhaven National Laboratory, Center for functional nanomaterials, https://www.bnl.gov/cfn/equipment/details.php?q=300090

Prof. Khondaker at Univ. of Central Florida, https://physics.ucf.edu/~khondaker/facilities.htm.

We can contact them for resistance measurement of our CES-2023 within this March. Stay tuned!

Only CES-2023 shows Levitation, Quantum locking, and Diamagnetism in one sample, 100% Proof of the Room Temperature Ambient Pressure Superconductor! #lk99 #science.

https://www.linkedin.com/posts/yong-jihn-kim-35004422_lk99-science-activity-7166439004035366912-ZRhK?utm_source=share&utm_medium=member_desktop

Cutting Edge Superconductors, invited to submit a Full Proposal on CES-2023 to NSF SBIR, Phase I, $275,000, Phase II, $1M. Submission of a Full Proposal to NSF SBIR is Invitation Only.

Collaborators: UPRM (Prof. Suarez), College of William and Mary (Prof. Mumtaz Qazilbash, Prof. Hyun-Tak Kim).

Prof. Hyun-Tak Kim is our company’s Senior Consultant (자문 위원).

Netcapital equity crowdfunding video for discovery of Room Temperature Ambient Pressure Superconductor, named CES-2023.

Press Release on the discovery of Room Temperature Ambient Pressure Superconductor, named CES-2023, on September 28, 2023.

Dear shareholders,

We appreciate your support by participating in our crowdfunding campaign on Netcapital.

Currently we are restructuring our company by recruiting several professionals. In addition, we are working hard testing our proprietary MgB2 wire technology with our business partners, to prove its effectiveness and superiority in the superconductor market.

We want to pause our equity crowdfunding campaign for a few months. We will announce when we resume the equity crowdfunding campaign.

Once again, thank you for your support and stay tuned.

If you have any questions, you can contact me through LinkedIn, https://www.linkedin.com/in/yong-jihn-kim-35004422/, or send me an email at kim@ceswire.com.

1. LK-99 thin film on a magnet,

https://www.linkedin.com/posts/cutting-edge-superconductors-inc-_lk99-activity-7100484895784792064-TKaJ?utm_source=share&utm_medium=member_desktop

2. LK-99 whisker on a magnet,

https://www.linkedin.com/posts/cutting-edge-superconductors-inc-_lk99-activity-7100485726173102080-9oMw?utm_source=share&utm_medium=member_desktop

LK-99, the 1st sample, test results: electrical resistivity ~ 1.77X10^-1 ohm cm, and ferromagnetic. The 2nd sample will be made during this week to reduce the resistivity and induce the diamagnetic behavior. Resistance = 2.65 ohm. Stay tuned. #lk99

Cutting Edge Superconductors is ready to produce lk-99, modified Lead-Apatite. The first sample will be available early next week. We will figure out whether it is a Room Temperature Superconductor or not. Stay tuned. #LK99

Recently we have got $100,000 for equipment purchases from Puerto Rico Department of Economic Development and Commerce (DDEC) and Department of Housing. We will order the necessary equipment to produce our proprietary MgB2 wire soon. Our manufacturing facility can be fully up until the end of this year, and we can produce our proprietary MgB2 wires and tapes early next year.

Leadforce just engaged in our equity crowdfunding campaign. I hope we can get more investors.

Cutting Edge Superconductors will make LK-99 by pellet technique and powder-in-tube (PIT) technique during August. We will measure electrical resistance and check quantum locking to figure out whether LK-99 is a room temperature superconductor or not. Stay tuned!

Room temperature superconductors? https://lnkd.in/gn8yNZr8

Dr. Yong-Jihn Kim has an idea to make a possible room temperature superconductor, improving high Tc cuprates. Invest in Cutting Edge Superconductors, a global leader in superconductor technology.

Helium-free MRI is possible, Facebook ad,

https://www.facebook.com/reel/1460785188038208

Exit Strategy,

Our exit strategies are the following.

1. IPO (Initial Public Offering) through NASDAQ

2. Strategic Acquisition or Merger with a major MRI company or a major Superconducting wire company

Business model,

Our business model consists of selling licenses for cryogen-free 1.5T MRI based on our proprietary MgB2 wires. Non-exclusive licensing is preferred for our business model; however, we could consider an exclusive licensing deal.

Licensing our proprietary technology will provide us with the cash flow needed to achieve our goal of establishing a manufacturing facility to produce MgB2 wires in Puerto Rico. When the facility is completed, we will produce and sell our proprietary MgB2 wires for cryogen-free 1.5T MRI and cryogen-free NMR directly to prospective clients.

Dividend Policy

The longest-established companies where they have reached their growth cap are the ones that typically tend to pay dividends. Companies that are in a growth stage, like ours, generally reinvest any excess capital in their operations in order to reach their optimal production level.

When our company has enough profits, dividends can be paid out to shareholders.

Cutting Edge Plastics is a separate company in collaboration with Cutting Edge Superconductors (CES), fully owned by our founder Dr. Yong-Jinh Kim. Any merger or acquisition by CES in the future will be properly announced to our shareholders by press release or in our quarterly report, as soon as we start the process.

For now, we are focusing on our crowdfunding campaign for Cutting Edge Superconductor and our enhanced MgB2 products.

Thank You