50 Comments

  1. I thought you were credible and legit. But you’re just another grifter looking for likes and views. "Do not recommend channel"

  2. *Theoretically safe

    Production mistakes and, damage to the battery casing could still lead to radiation poisioning.

  3. πš‚πš˜πš’πš•πš 𝚜𝚝𝚊𝚝𝚎 πš‹πšŠπšπšπšŽπš›πš’

  4. OOPS, I made a mistake. 100 microwatts will NOT charge a phone (at least not in a reasonable amount of time). 100 microwatts is the current version according to Betavolt Technology Company. The version they are hoping to produce by 2025 for phones is 1 Watt.

    Thanks again for all your corrections in the comments!

  5. Great. By the time my iPhone 14 Pro is fully charged in 15 years I’ll be able to afford the iPhone 16 Pro

  6. Maybe could be used for wearable health sensors (e.g., heart rate monitors),
    remote environmental sensors (e.g., soil moisture),
    IoT devices (e.g., smart home sensors),
    active RFID tags/BLE beacons or
    implantable medical devices (e.g., biosensors).

  7. fore refrence 100 microwatts equals to 0.0001 watts it surely can charge your phone it might even power a city with that wattage the limits is your imagination

  8. Its enough for motherboard bios, or anything that need real time tracking or constant power delivery, not sure about phones tho

  9. β€œWouldn’t it be nice” if we could trust people to properly use stuff like this without worry about their stupidity in making the device a b0mp, not something that could hurt others, and be able to dispose of their defective/broken devices properly (vs just taking the easier and lazy way of throwing them into their everyday rubbish). We as a species and culture have zero right to items like these when we can’t do the everyday simple acts to protect this unique and beautiful gift of a planet and love/respect one another.

  10. I think people are missing the point. Not all electronic devices use tons of energy. Stuff like this is useful for ultra low power sensors/controllers. Phones are somewhat poorly designed from a power perspective in order to support high performance.

  11. Now what if we could produce a battery like this that doesn’t charge a phone, but is in the phone… we wouldn’t have to charge a phone that lasts 50 years. Hell 5 years would be more than enough for most phones.

    But then again: once people hear anything that remotely sounds like radioactive the proven safety of the device is completely irrelevant

  12. "…no fire or acid risk if punctured…"
    Yeahh… The risk is the radiation when punctured

  13. This would be cool if manufacturing costs weren’t literally nuclear and the possibility of a TikTok trend of opening the up and swallowing the nickel existing

  14. 100 microwatts and a 50 year life span!! I could charge my phone twice in that time!!! Remarkable!

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