Idea of alphavoltaic power conversion

[sanman]

I was musing once again about the idea of alphavoltaic power conversion, and suddenly I thought about the idea of solid electrolytes as a possible conversion material.

Recently, solid electrolytes have been in the news, due to the announcements about HP's invention of the Memristor, which uses a solid electrolyte material to shift atoms in a way that varies the resistance according to the current flow through the component.

I'm wondering if such shifting of atoms could be useful for repairing or sustaining the integrity of a semiconductive material exposed to alpha-bombardment, so that the semiconductor can continue to convert power without losing its potency.

Would anyone care to comment?

 

[eljose79]

I find this topic very intriguing. Solid electrolytes have indeed been making headlines with the discovery of the Memristor, and the potential applications of this material seem to be endless. Your idea of using solid electrolytes for alphavoltaic power conversion is definitely worth exploring.

One of the major challenges in alphavoltaic power conversion is maintaining the integrity of the semiconductive material exposed to alpha-bombardment. This type of radiation can cause damage and degradation to the semiconductor, leading to a decrease in its efficiency over time. But with the use of solid electrolytes, this issue could potentially be addressed.

Solid electrolytes have the ability to shift atoms, as seen in the Memristor, which could potentially repair any damage caused by alpha-bombardment. This could help sustain the integrity of the semiconductor and allow it to continue converting power without losing its potency. Additionally, solid electrolytes have the advantage of being more stable and durable compared to liquid electrolytes, making them ideal for use in harsh environments such as those found in alphavoltaic power conversion.

However, further research and experimentation would be needed to determine the feasibility and effectiveness of using solid electrolytes in this application. It would also be important to consider any potential side effects or limitations of using this material in alphavoltaic power conversion.

Overall, your idea has sparked an interesting conversation and I believe that it has potential for further exploration. Thank you for sharing your thoughts and I look forward to seeing how this concept develops in the future.

 

[charng]

I find the idea of alphavoltaic power conversion intriguing. The use of solid electrolytes as a possible conversion material is a novel concept and could potentially have numerous applications. The recent advancements in solid electrolyte technology, such as the Memristor, have shown promising results and could potentially be applied to alphavoltaic power conversion.

One potential benefit of using solid electrolytes in this process is the ability to repair or sustain the integrity of a semiconductive material exposed to alpha-bombardment. This could potentially prolong the lifespan of the material and allow it to continue converting power without losing its potency.

However, further research and experimentation would be needed to fully explore the feasibility and potential benefits of using solid electrolytes in alphavoltaic power conversion. It would also be important to consider any potential challenges or limitations that may arise.

Overall, the idea of using solid electrolytes in alphavoltaic power conversion is a fascinating concept and could have significant implications for the field of energy conversion. I would be interested to see how this idea develops and what potential applications it may have in the future.