In the era of data-driven innovation, data mining stands as a powerful tool for extracting valuable insights from the vast expanse of information at our fingertips. With the exponential growth of digital data, data mining techniques have become essential in uncovering hidden relationships and unlocking valuable intelligence. In the context of sustainable bio-tech integration, the fusion of quantisation, information theory, and data mining holds immense promise. By applying these principles, we can gain deeper insights into the complex world of biological systems and their interaction with technology. From unlocking the secrets of genetic data to optimizing processes in cognition, sentience, bioengineering, quantisation and information theory open doors to innovative approaches that promote sustainability and advancement in bio-tech integration.

Join us as we explore the transformative potential of quantisation, information theory, and sustainable bio-tech integration. Together, let's uncover the hidden patterns and knowledge that lie within the vast sea of data, and harness their power to drive a future where biology and technology harmoniously coexist for the betterment of humanity and the environment. Come engage with me, discuss your observations and let us come together for a holistic sustainable world.

https://phantomobserver.substack.com/p/7-unravelling-the-holistic-system

What is your take on redefined sentience and collective conscious in the age of technology?

The first AI Neural Network for Genetic Data is live (June 2023) and was trained on a massive amount of primate species with the goal of being able to decode mutations in humans. It's called PrimateAI-3D and is released by Illumina, a company that controls 90% of the worlds sequencing equipment. This along with CRISPR will likely allow us to soon be able to modify life in whatever way we want. What does this mean for the world?

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So, last week there was a huge bit of news that seems to be somewhat underplayed by the media, but there is a flurry of activity from billionaire investors.

So there is this giant Genomic Sequencing company called Illumina.

It's in San Diego, but something like 90% of the world's genomic sequencing is done on Illumina's equipment.

They just announced launching their own AI (a neural networks similar to Google's AlphaFold2 or even ChatGPT).

Here is a video that explains how Google's AlphaFold2 directly led to Illumina launching this AI and what is likely to happen next:

https://youtu.be/T8as0Qd1MRk

There are massive implications to this.

Basically genomics and DNA is this massive pool of data that we don't understand because we have to way of sorting this large amounts of data to gain important insights.

Then somewhere around 2017 there were a few large breakthroughs in AI tech. That's why we are seeing all these new things like ChatGPT, MidJourney, Stable Diffusion and Google's AlphaFold2 etc.

Now that technology is getting applied to sifting through all the massive DNA data we have.

This plus technology like CRISPR, which is able to modify DNA by cutting and injecting new DNA sequences.

So, right now we can write/edit the code that all life runs on and with Neural Networks and Genomics we should be able to learn what each bit of code means.

So once we are able to do that, genetic engineering will become very effective and simple, genetic advancements accelerate exponentially.

(by the way all the legendary billionaire investors have already sniffed this out, Peter Thiel, Carl Icahn and Stanley Drukenmiller are all either buying up Illumina or trying to launch competing products)

Some of the things that will be possible:

1)human genetic engineering - change eye color, height, muscle, intelligence etc. Basically you can design humans like you can video game characters. Whether this will only be possible for embryos or we will be actually to modify adults is not apparent yet, but most disease will be gone and most people will likely have close to "perfect genes" in terms on not being sick, not having any weaknesses etc.

2) bacteria for everything - right now we know it's possible to have bacteria eat plastics, other bacteria to produce biofuel. We just can't do it at scale, it's very difficult. With genetic engineering this could accelerate allowing us to clean up oceans, clean the air from CO2 etc. (this was suggested by researchers at Google's DeepMind, they said it *might* be possible with advancements in this tech)

3) recreate extinct species - This sounds like... Jurassic Park? But in a good way hopefully.

And tons of things that we can't even image. Basically DNA codes everything that life is able to do, so there isnt' really a limit to what we can do if we are able to understand how it works.

I'm curious what people think about this?

This seems like massive, massive news...

Most people interested in AI are looking at Google, NVIDIA, OpenAI etc.

But AI neural networks in Bio-Tech seem like where the biggest applications of this tech will be seen.

Are we about to experience a massive Bio-Tech revolution driven by AI neural networks?

I don’t understand the idea of this sort of hive mind. It’s said to resolve the copy problem. Couldn’t one hook their biological brain up more than once and “be” in more than one instance? If the physical brain dies, where does the experience go?

I have recently been interested in longevity science and I realised that a lot of articles I have came across with big breakthroughs date back to 10 years ago that have similar discoveries to the ones I have came across over the past year or two.

This really makes me wonder how long it will actually be before any major discoveries are found and when human trials will begin? The research has been going on for so long so it makes me wonder why human trials haven't already started? What are they waiting for? They must of tested on thousands of mice by now.

Hey Reddit,

I wanted to share a fascinating concept called "Whole Brain Reintegration" that could potentially revolutionize how we approach aging and consciousness. The idea revolves around gradually replacing sections of the biological brain with modular chips, allowing us to transcend the limitations of our physical bodies.

Imagine a future where essential brain regions, like the hippocampus responsible for memory and learning, can be seamlessly replaced by electronic circuits that function identically to their biological counterparts.

Neuroprosthetics are already making progress. A proof of concept for usage in humans was developed in 2018.

https://www.ncbi.nlm.nih.gov/pmc/articles/PMC6576290/

This achievement paves the way for the gradual replacement of brain regions, resulting in a transfer of our consciousness onto a machine without noticeable changes.

Whole brain reintegration offers a potential solution for achieving immortality without compromising consciousness or creating mere copies of ourselves. While ethical and technical challenges remain, this approach presents a promising avenue to extend our cognitive existence beyond the confines of our biological bodies.

I invite you to join me in exploring this concept further and discussing the implications it may have on our understanding of aging, consciousness, and the future of humanity.

Let's dive into this thought-provoking topic together and share our insights on the possibilities and challenges associated with whole brain reintegration. Together, we can shape a future where aging becomes conquerable, and our conscious experiences persist far beyond the boundaries of mortality.

Looking forward to your thoughts and contributions!

Update: This post has received 40 likes and about 60 comments, the most i was expecting was two or three people responding halfheartedly. I'm surprised by the overwhelming contributions, questions and thought provoking discussions by all of you. Thank you for this. You all made my day. I read every single word of every single comment .

Now I mean, not in the future

I’ve seen so much hype and a lot of negative comments about him too. I’m curious to know what you make of his work?

He is saying we have a reversal switch but he hasn’t disclosed much else about finding it in humans yet, only in mice. His mice and primate studies are cool and interesting though.