100k Subs
Added 2023-04-02 20:07:44 +0000 UTCJust wanted to thank every Patron who supported me early on. It has really motivated me to keep making videos. I look forward to repaying you all somehow.
:)
Philip (definitely not GPT 5 from the future)
Comments
Digital encoding in stone, particularly in durable materials like granite or sandstone, involves translating digital information into a physical format that can be inscribed or embedded into the stone. This process allows for a vast amount of data to be stored in a relatively small physical space. Here's a detailed explanation of how it works: Data Conversion: The first step is converting the digital information into a format suitable for physical encoding. This typically involves transforming the data into binary code (a series of 0s and 1s), which is the fundamental language of digital technology. Designing the Encoding Pattern: The binary data is then arranged into a pattern that can be inscribed onto the stone. This pattern must be designed to be both compact and readable by future technologies. One common approach is to use a grid or matrix of dots, where the presence or absence of a dot represents a binary 1 or 0. Micro-Etching Technology: To inscribe this data onto stone, a technique known as micro-etching is often used. Micro-etching uses precise, computer-controlled tools to carve extremely small dots or lines into the stone surface. This method can create highly detailed patterns that are too small to be seen with the naked eye but can store a large amount of information. Reading the Data: To retrieve the information, a reader or scanner is needed that can interpret the pattern etched into the stone. This might involve optical technology, similar to how a barcode reader works, where a scanner interprets the pattern of dots and translates it back into digital data. Durability Considerations: The durability of the encoded information depends largely on the depth and precision of the etching, as well as the type of stone used. Granite and sandstone are both good choices due to their hardness and resistance to weathering. The etching must be deep enough to withstand erosion but shallow enough to preserve the detail of the micro-etching. Protective Measures: After the information is etched, protective measures might be taken to preserve the encoding. This could include applying a clear protective coating over the etched surface to guard against physical and environmental damage. Future-Proofing: An important consideration in digital encoding in stone is ensuring that future generations will have the technology and knowledge to read the data. This might involve creating a "key" or guide, possibly stored in a more accessible medium, that explains how to decode the information. Applications: This method has potential applications in long-term data storage, where preserving information for hundreds or even thousands of years is desirable. It could be used for archiving important historical, scientific, or cultural data, ensuring it survives beyond the lifespan of traditional digital storage media. Digital encoding in stone is an intersection of ancient materials and modern technology, offering a novel solution for preserving information across vast timescales.
DawkinsP
2023-12-07 01:15:03 +0000 UTCDon't forget, the reason we're here is because you've already created content we love and find valuable.
LabGecko
2023-09-07 18:00:38 +0000 UTCYa know, even if it was GPT X reporting from the future, I think that is as good - provided no paradoxes will ensue. Regardless it's a worthwhile investment in the future. You are the small researcher that may see that one change, or inspire someone else to see it.
Matthew McGrew
2023-06-08 02:36:57 +0000 UTCDo you think that the SmartGPT process can be done more efficiently using the Playground? (by entering the rules to the Assistant field)
Pavol Kumorovitz
2023-05-09 15:56:12 +0000 UTCCongrats Philip and great job on your SmartGPT.
TMacD
2023-05-07 22:27:06 +0000 UTCJust wanted to say, the latest video on 'We must slow down the race' Is my favourite of yours to date. It's shining a light on a massively important field getting too little attention. That's exactly what I came to your channel for, and am actively looking forward to more in the future! If you ever have a call to arms, or are in need of help from the community in the future, count me in.
liondw
2023-04-17 03:06:02 +0000 UTCYou’re doing an absolutely tremendous job. It’s great to listen to someone who stays right on the cutting edge and actually reads all the papers before commenting on them. Great that you are now speaking with the lead authors too.
Peter Parker
2023-04-16 22:15:19 +0000 UTCLook forward to you content every time I fire up YT. Thanks for all the effort!
TMacD
2023-04-12 15:48:25 +0000 UTCAy man your content is so high quality, the fact that you're releasing it for free is crazy. Keep up the good work man.
Preston
2023-04-12 02:05:53 +0000 UTCThank you for keeping us in the know
Matt Low
2023-04-09 20:15:17 +0000 UTCKeep up the great Work Philip! So interesting and your break things down in good explantion.
Jon Kurishita
2023-04-06 02:48:45 +0000 UTCThanks for your work and the speed of updates 😊
Davis
2023-04-04 05:10:57 +0000 UTCI agree, you do a great job reviewing all the material.
Doug
2023-04-03 00:38:51 +0000 UTCLOVE LOVE LOVE your videos ... thanks for your hard work!!
Kelvin Parker
2023-04-02 20:26:15 +0000 UTC
