Divergent Mind: Insanity and Innovation.

Divergent Mind: Insanity and Innovation.

By -JScience
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Divergent Mind: Insanity and Innovation. episodes

  • Season 3 - Episode 5 - Potentially Having Breast Cancer Vlog - Part 1.

    So I may have breast cancer. Going to try and get a scan done in two days because I'm in a lot of pain, more than having my wrist reset by hand as a teenager. My entire breast, nipple, and lymph nodes under the arm are feeling weird, hurt, and worry both Nettios and Me. Wish us luck if you can. I'm still working on my projects, and will continue but I found a lack a long form vlog about the process for men so I'll be making that too if it turns out it's something nefarious. Other than the initial freak out, I'm in good spirits as I had a good day today formatting my books. Much pleasure. -J.

    6 min
  • Season 3: Episode 2: Bubs Behind the Scenes - Part 4

    A page on retuning a.i. to become a faster scanning system, that removes its own inadequacies through it’s run throughs by learning to lock onto a target as it learned of the shape itself compared to other vectors.  #machinelearning#ai #artificialintelligence #deeplearning #datascience #bigdata #ml #data#innovation #learning


    Realizing something now. That if you need to do something so that it’s blocked off that’s inefficient slightly, inso that you can then take the outline of the image as a “person” bounding box for instance as a vector Bézier curve set where if it has a jagged edge it can likely be reduced by some sum set of polygons, or squares, or even quantum dot set[system dependent], until a smoother result remains. If it passes the definition curve and hits the same material blocked out, it stops, realizing it’s gone too far inwards. If it goes through and finds bounds of another set touching scored with a different hue value, it “knows” the “person” has moved and moves his vision center spherically to reach that block series hue again and then learns to average those moments to then anticipate possible outcomes, play them within the gpu sets equally if possible, and then it would lock onto the target as long as the right metrics were used.

    5 min
  • Season 2: EP 68: | 50 plus designs for fifty cents each.| Divergent Mind Podcast.|

    Book Links:

    United States: https://www.amazon.com/dp/B09837JW9D

    United Kingdom: https://www.amazon.co.uk/dp/B09837JW9D

    Germany: https://www.amazon.de/dp/B09837JW9D

    France: https://www.amazon.fr/dp/B09837JW9D

    Spain: https://www.amazon.es/dp/B09837JW9D

    Italy: https://www.amazon.it/dp/B09837JW9D
    Japan: https://www.amazon.co.jp/dp/B09837JW9D

    Canada: https://www.amazon.ca/dp/B09837JW9D

    Australia: https://www.amazon.com.au/dp/B09837JW9D

    I have a New Book Out:


    Let’s Chat: Issue One. Just an Idea. Let’s work on a plan together. One Shot. Civilization or naught. The efficiency Game.

    What’s your play?


    The iDeas included within: unfortunately it won't let me list them all.

    10 min
  • Season 2: EP 67: | Artificial Universal Donor Blood First Steps. | Divergent Mind Podcast. Memecapable.com | Check out twitch.tv/memecapable

    Artificial Universal Donor Blood How To Produce: First Steps.


    https://en.wikipedia.org/wiki/Red_blood_cellBlood_cell

    PMC5825862

    the hemangioblast: dual potential to go into blood cell or vascular (veins, vessels) cells.

    So if we remove the innards and replace them quickly enough with stem cell grown type O- hemoglobin of iron and oxygen atoms (using their atomic relative positions within the cell) until the cell wall is strong enough to recover by adding in the 4OFe, and renew it’s splitting routine using BEL-A RBC’s at millions per twenty hours per generation.


    Potential Hemoglobin build: Oxygen has 8 joins in valence shell. Iron has 8 in their valence shell. Ratio is 1 to 1, iron carrying the oxygen. But further study shows a much more complicated hemoglobin of alpha and beta both twice over using a surround Fe atom.

    https://quizlet.com/235585701/structure-of-hemoglobin-diagram/

    O

    Oxygen

    15.9994amu

    Fe

    Iron

    55.847amu

    https://www.angelo.edu/faculty/kboudrea/periodic/structure_mass.htm

    Each RBC has approximately 270,000,000 Hemoglobins.

    https://en.wikipedia.org/wiki/Red_blood_cell


    ~2.4 million per second produced in human adults.

    Manufacturing:
    One Cell as an example multiplied by need:

    Two lines:
    Line One: Cell Wall Conveyor
    Line Two: Iron and Oxygen Vacuum Binding

    1. Emptied BEL-A Cell Enters into a slight Vacuum field expanding so that the vessels are easier to interact with, opened with a beam/carbon atom blade—unless the 4O4Fe Quads can be placed safely through the vessel membrane which seems feasible with further research, otherwise they are added in an additional step on the next iteration of the blade, then the RBCS gestate until healed hastened by an introduction of galactose-N acetyl-glucosamine-Galactose-N acetyl-galactosamine spikes and then taken to next stage where they can be multiplied repeatedly in their needed fluid once purity has been confirmed as safe for consumption. Approximately 20 hours post insertion for replication per I think first 50k cells with growth as fed to continuously produce O- cells.

    https://bmchematol.biomedcentral.com/articles/10.1186/s12878-018-0105-4

    https://en.wikipedia.org/wiki/Red_blood_cell

    Read all.

    Google: how big is a rbc

    A typical human red blood cell has a disk diameter of approximately 6.2–8.2 µm and a thickness at the thickest point of 2–2.5 µm and a minimum thickness in the centre of 0.8–1 µm, being much smaller than most other human cells.

    1 µm = 1,000,000 picometers. Carbon blade(s) are minimally 154 picometers in diameter. O is 120, Fe is 280, Si 220, inert gas(es) to be determined.

    I have forgotten to include how to heal the cells if needed if they can’t be done naturally. My idea

    https://en.wikipedia.org/wiki/ABO_blood_group_system


    ---This is where the description stops working. 

    6 min

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