Allen Young

https://youtu.be/uPFsQSQCg7w

How do humans know what they are doing is right? How does the human morality and judgment work in the human brain?

In the end, logic is limited, because not everything can be rationalized. The human existence and living a human life cannot be rationalized. In the end, humans follow their emotions and gut instincts to make the most important decisions and set the most consequential directions in their lives; in the end, humans follow their hearts because it feels right.

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What do humans feel is right? Humans feel right about something when it gives human growth and expansion, new human experiences, new human success and prosperity, and/or new human fun and excitement. Anything and everything that humans feel right for them gives humans positive feelings.

I advance AI, robotics, human longevity biotech, and nuclear-fusion reactors powered outer space tech; these technologies must give human growth and expansion, new human experiences, new human success and prosperity, and new human fun and excitement—to be adopted, embraced, loved, bought, and used by humans.

Humans having fun is enormous value. What does humans having fun tell? It tells that things are going well for humans; having fun means humans are doing and having what humans desire. One key goal of Robocentric is enabling humans to have more fun via the Robocentric AI and robotics technology products. In particular, Robocentric aims to enable humans to have more economic production and consumption via its technology products in AI, robotics, human longevity biotech, and nuclear-fusion reactors powered outer space tech.

The lowest-cost, highest-quality, and unlimited-supply of mechanical manual labor via AI and robotics, much longer human lifespan via the human longevity biotech, and unlimited clean energy and unlimited access to outer space provided by the nuclear-fusion reactors powered outer space will give humans enormous fun and excitement; I'll keep working tirelessly everyday to realize all that.

https://youtu.be/Bpd9qQPByko

After completing self-learning the Java software programming language and the Spring Boot backend web app development framework in about a couple of weeks, I'll get to creating and publishing a GraphQL query and mutation demo with database CRUD (Create, Read, Update, and Delete) operations.

I'll get to self-learning the software libraries and frameworks for implementing GraphQL servers in JavaScript, TypeScript, Python, Golang, Ruby, C#, Java, Kotlin, C++, and PHP.

HTTP is the most common choice for client-server protocol when using GraphQL.

The official GraphQL reference gives some guidelines for setting up a GraphQL server to operate over HTTP.

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Most modern web frameworks use a pipeline model where requests are passed through a stack of middleware (AKA filters/plugins). As the request flows through the pipeline, it can be inspected, transformed, modified, or terminated with a response. GraphQL should be placed after all authentication middleware, so that you have access to the same session and user information you would in your HTTP endpoint handlers.

HTTP is commonly associated with REST, which uses "resources" as its core concept. In contrast, GraphQL's conceptual model is an entity graph. As a result, entities in GraphQL are not identified by URLs. Instead, a GraphQL server operates on a single URL/endpoint, usually /graphql, and all GraphQL requests for a given service should be directed at this endpoint.

Your GraphQL HTTP server should handle the HTTP GET and POST methods.

When receiving an HTTP GET request, the GraphQL query should be specified in the "query" query string.

Query variables can be sent as a JSON-encoded string in an additional query parameter called variables. If the query contains several named operations, an operationName query parameter can be used to control which one should be executed.

A standard GraphQL POST request should use the application/json content type, and include a JSON-encoded body. operationName and variables are optional fields. operationName is only required if multiple operations are present in the query.

Regardless of the method by which the query and variables were sent, the response should be returned in the body of the request in JSON format. As mentioned in the spec, a query might result in some data and some errors, and those should be returned in a JSON object. If there were no errors returned, the "errors" field should not be present on the response. If no data is returned, according to the GraphQL spec, the "data" field should only be included if no errors occurred during execution.

https://youtu.be/RejcAZzDgNs

For advancing human longevity biotech, and other medical biotechnologies, I study all the nerves in the human body, and I aim to perform brand-new biotechnological researches on the human-body nerves for advancing medical biotech, such as human-nerve manufacturing and replacement biotech for medical applications.

I'll go over all the names of the human-body nerves, in this publication, as a part of my biotech R&D endeavors.

The human body has 221 nerves, according to Wikipedia.

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The three main groups of the human-body nerves are the cranial nerves, the spinal nerves, and the sympathetic nerves.

The cranial nerves include the olfactory nerves, the optic nerve, the oculomotor nerve, the trochlear nerve, the trigeminal nerve, the abducens nerve, the facial nerve, the vestibulocochlear nerve, the glossopharyngeal nerve, the vagus nerve, the accessory nerve, and the hypoglossal nerve.

The spinal nerves include the posterior divisions, the anterior divisions, the thoracic nerves, the lumbosacral plexus, and the sacral and coccygeal nerves.

The sympathetic nerves include the cephalic portion of the sympathetic system, the cervical portion of the sympathetic system, the thoracic portion of the sympathetic system, the abdominal portion of the sympathetic system, the pelvic portion of the sympathetic system, and the great plexuses of the sympathetic system.

The alphabetical list of the 221 human-body nerves is abdominal aortic plexus, abducens nerve, accessory nerve, accessory obturator nerve, alderman's nerve, anococcygeal nerve, ansa cervicalis, anterior interosseous nerve, anterior superior alveolar nerve, auerbach's plexus, auriculotemporal nerve, axillary nerve, brachial plexus, buccal branch of the facial nerve, buccal nerve, cardiac plexus, cavernous nerves, cavernous plexus, celiac ganglia, cervical branch of the facial nerve, cervical plexus, chorda tympani, ciliary ganglion, coccygeal nerve, cochlear nerve, common fibular nerve, common palmar digital nerves of median nerve, deep branch of the radial nerve, deep fibular nerve, deep petrosal nerve, deep temporal nerves, diagonal band of broca, digastric branch of facial nerve, dorsal branch of ulnar nerve, dorsal nerve of clitoris, dorsal nerve of the penis, dorsal scapular nerve, esophageal plexus, ethmoidal nerves, external laryngeal nerve, external nasal nerve, facial nerve, femoral nerve, frontal nerve, gastric plexuses, geniculate ganglion, genital branch of genitofemoral nerve, genitofemoral nerve, glossopharyngeal nerve, greater auricular nerve, greater occipital nerve, greater petrosal nerve, hepatic plexus, hypoglossal nerve, iliohypogastric nerve, ilioinguinal nerve, inferior alveolar nerve, inferior anal nerves, inferior cardiac nerve, inferior cervical ganglion, inferior gluteal nerve, inferior hypogastric plexus, inferior mesenteric plexus, inferior palpebral nerve, infraorbital nerve, infraorbital plexus, infratrochlear nerve, intercostal nerves, intercostobrachial nerve, intermediate cutaneous nerve, internal carotid plexus, internal laryngeal nerve, interneuron, jugular ganglion, lacrimal nerve, lateral cord, lateral cutaneous nerve of forearm, lateral cutaneous nerve of thigh, lateral pectoral nerve, lateral plantar nerve, lateral pterygoid nerve, lesser occipital nerve, lingual nerve, long ciliary nerves, long root of the ciliary ganglion, long thoracic nerve, lower subscapular nerve, lumbar nerves, lumbar plexus, lumbar splanchnic nerves, lumboinguinal nerve, lumbosacral plexus, lumbosacral trunk, mandibular nerve, marginal mandibular branch of facial nerve, masseteric nerve, maxillary nerve, medial cord, medial cutaneous nerve of arm, medial cutaneous nerve of forearm, medial cutaneous nerve, medial pectoral nerve, medial plantar nerve, medial pterygoid nerve, median nerve, meissner's plexus, mental nerve,

https://youtu.be/cIKJMj7dD8k

I know how people from failed bloodlines think and feel and behave, simply because I myself came from multiple generations of failed bloodlines on both paternal and maternal sides. I am one of the people who came from miserably and pathetically failed bloodlines.

Every human being desires to be successful and be of a great bloodline and of a high socioeconomic standing; but that's not how the human reality actually is. Most people aren't fantastically successful; most people aren't from a prestigious bloodline; and most people do not have a high socioeconomic standing.

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Over the years, I've observed the great discrepancy between what the humans really want and the actual human reality; I've carefully analyzed the human psychological mechanism for coping with the great distance between what humans want and what the human reality actually is.

I want to talk about this great human psychological power to desire what isn't. Humanity advances because humans desire what is not; humanity ascends because humans desire to become much more than what they are, and desire to rise above their current lot in life. Humans are fundamentally dissatisfied and greedy animals; simply being able to eat, and simply staying alive is never enough to the human psychology; the human psychology wants the ascension into the highest realm of the human existence, to the highest socioeconomic and political standing.

Humans have enormous psychological capabilities; enormous events transpire in humanity, simply because humans are complex psychological animals.

You don't need to have a great birth to dedicate your life to toiling for giving great value to other people. I've discovered that some people with low birth have a tendency or desire to hide their low birth, because they want to get more from other people than what they give to other people, and they don't want their low birth to get in the way of getting more from other people.

People of low birth have self-pity. Self-pity is a great driving force in humanity; why do humans have self-pity? What are the exact consequences of human self-pity?

Self-reckoning is an extremely powerful event in an individual human being's life. A human being grows up with lies that are fed by parents, other adults, and the society at large; adults constantly lie to kids, telling kids that you can be anything you want to be when you grow up, although that is never true; the truth is kids can grow up to be only what they are meant to be; at some point in a person's life, the person realizes who he or she really is, and recognizes all the vicious lies that have been fed to him or her. A girl grows up thinking that she'll end up being a fairy tale princess when she grows up, because that is what has been told to her by the lying adults around her and the society at large; one day, the forces of reality makes her realize that her life will never be a fairy tale, and her life will never be a bed of roses; what kind of psychological effect does that self-reckoning exactly have? Adults lying to kids, in order to make life bearable for kids, is not an isolated event; adults lying to kids has happened in every generation across all of humanity; what human genes and cerebral activities exactly compel adults to lie to kids about human life and human truths? What are the exact human psychological causes and consequences of adults lying to kids? I'll find out all the exact human genetic and cerebral causes and effects of adults lying to kids.

In my Unified Humanity Science, I will find out how human-individual birth, genetics, expectations, desires, and circumstances affect and decide human outcomes at the human-body subsystem, organic, tissular, cellular, subcellular, molecular, atomic, and subatomic levels.

https://youtu.be/-S4zZDyTgcc

I'm learning GraphQL for developing my AI and robotics software products, and for getting a software developer job for funding my startup.

According to Wikipedia, GraphQL is an open-source data query and manipulation language for APIs and a query runtime engine.

GraphQL enables declarative data fetching where a client can specify exactly what data it needs from an API. The key feature of GraphQL is that, unlike REST API, instead of multiple endpoints that return separate data, a GraphQL server exposes a single endpoint and responds with precisely the data a client asked for. Because a GraphQL server can fetch from separate data sources and present the data in a unified graph, it isn't tied to any specific database or storage engine.

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The official GraphQL documentation is at GraphQL.org/learn.

The official GraphQL documentation has six main parts, which are Queries and Mutations, Schemas and Types, Validation, Execution, Introspection, and Best Practices.

The Queries and Mutations part covers Fields, Arguments, Aliases, Fragments, Operation Name, Variables, Directives, Mutations, and Inline Fragments.

The Schemas and Types part covers Type System, Type Language, Object Types and Fields, Arguments, The Query and Mutation Types, Scalar Types, Enumeration Types, Lists and Non-Null, Interfaces, Union Types, and Input Types.

The Best Practices part covers Introduction, Thinking in Graphs, Serving over HTTP, Authorization, Pagination, Global Object Identification, and Caching.

I'll talk a bit more about GraphQL, before moving onto acquiring my next software development skill.

https://youtu.be/0_N9pcQycGs

Advancing biotech, such as human longevity biotech, requires abiding by the U.S. lab-animal testing federal, state, and local laws, if you're a U.S. biotech business such as my Robocentric.

I pay very close attention to, and actually read, the U.S. lab-animal testing federal, state, and local laws that are freely available on the Internet, because I need to know the U.S. biotech laws intimately for my biotech research, development, and commercialization endeavors in the U.S. and outside of the U.S.

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First of all, what U.S. federal agencies regulate biotechnology?

The U.S. Environmental Protection Agency (EPA), the U.S. Department of Health and Human Services’ Food and Drug Administration (FDA), and the U.S. Department of Agriculture (USDA) regulate biotechnology at the U.S. federal level.

What are the U.S. regulations governing the biotech industry?

The U.S. federal laws that EPA, FDA, and USDA use to regulate biotechnology products are the following.

Plant Protection Act (PPA) administered by USDA

Animal Health Protection Act administered by USDA

Federal Food, Drug, and Cosmetic Act (FD&C Act) administered by FDA

Public Health Service Act (PHS Act) administered by FDA

Federal Insecticide, Fungicide and Rodenticide Act (FIFRA) administered by EPA

Federal Food, Drug and Cosmetic Act (FD&C Act), Section 408 administered by EPA

Toxic Substances Control Act (TSCA) of 1976 and as amended by the Frank R. Lautenberg Chemical Safety for the 21st Century Act administered by EPA

Endangered Species Act (ESA) administered by EPA and FDA

The United States Code, available at uscode.house.gov, is a consolidation and codification by subject matter of the general and permanent laws of the United States. It is prepared by the Office of the Law Revision Counsel of the United States House of Representatives.

The United States Code Title 7 Agriculture, and Title 21 Food and Drugs, in particular contain the U.S. federal laws that are applicable to biotech.

The United States Code Title 7 Agriculture, Chapter 54 Transportation, Sale, And Handling Of Certain Animals (Sections 2131 To 2160)—also known as the Animal Welfare Act—is the only Federal law in the United States that regulates the treatment of certain animals in research, teaching, testing, exhibition, transport, and by dealers. The Animal Welfare Act is enforced by the USDA through the Animal Care division of APHIS (Animal and Plant Health Inspection Service). A biotech research laboratory, that performs testing on certain live animals covered by the Animal Welfare Act, must abide by the Animal Welfare Act. I intend to perform animal testing on the Animal Welfare Act covered animals for developing and commercializing biotechnologies, so the Animal Welfare Act as well as other U.S. biotech laws are of great interest and importance to me. According to my estimation, operating a biotech research facility with live animal testing capabilities that is applicable and conforming to the Animal Welfare Act will require at least US$1 million annual overhead or biotech business expense, so it's a significant, if not an enormous, business commitment and financial resource expenditure.

The requirements of the Animal Welfare Act are set forth under the Regulations and Standards in the Code of Federal Regulations (CFR). These requirements are found in Title 9 CFR, Chapter 1, Subchapter A - Animal Welfare, Parts 1, 2, and 3.

The Code of Federal Regulations (CFR) is not to be confused with the USC, the United States Code, which represents statutory law, not regulatory law.

I'll eventually look more into all the applicable U.S. federal, state, and local biotech laws, including and especially but not limited to medical biotech laws. I'll also look into the difference between the U.S.

https://youtu.be/Q8oPMFfxXmA

Advancing biotech, such as the human longevity biotech, requires knowing everything about the human anatomy. In this presentation, I'll go over all the names of all the 650 skeletal muscles in the adult human body, for advancing biotech, using Wikipedia as the main reference. The knowledge on human skeletal muscles is also used in advancing humanoid robotics.

The human body has five major muscle groups, which are head muscle group, neck muscle group, torso muscle group, upper limb muscle group, and lower limb muscle group.

A quick advertisement before I continue on this topic. I'm seeking accredited investors in my startup with an SEC Regulation D Rule 506(c) offering. If you're interested in investing in my startup as an accredited investor, voice call me or message me on Instagram to discuss investing in Robocentric. Visit Robocentric.com/Investors for more info on investing in Robocentric; visit Robocentric.com/About to learn more about Robocentric. Now, back to the main content.

The head muscle group has forehead and eyelid muscles, extraocular muscles, ear muscles, nose muscles, mouth muscles, mastication muscles, tongue muscles (extrinsic tongue muscles and intrinsic tongue muscles), soft palate muscles, pharynx muscles, and larynx muscles.

The forehead and eyelid muscles are occipitofrontalis, occipitalis, frontalis, orbicularis oculi, corrugator supercilii, and depressor supercilii.

The extraocular muscles are levator palpebrae superioris, superior tarsal (Muller's Muscle), superior rectus muscle, inferior rectus muscle, medial rectus muscle, lateral rectus muscle, superior oblique muscle, inferior oblique muscle.

The ear muscles are temporoparietalis, auricularis anterior, auricularis superior, auricularis posterior, stapedius, and tensor tympani.

The nose muscles are procerus muscle, depressor septi nasi, levator labii superioris alaeque nasi, compressor naris, and dilator naris.

The mouth muscles are levator anguli oris (caninus), depressor anguli oris (triangularis), levator labii superioris, depressor labii inferioris, mentalis, buccinator, orbicularis oris, risorius, major zygomatic muscle, and minor zygomatic muscle.

The mastication muscles are masseter, temporalis, lateral pterygoid muscle, and medial pterygoid muscle.

The extrinsic tongue muscles are genioglossus, hyoglossus, chondroglossus, styloglossus, and palatoglossus; the intrinsic tongue muscles are superior longitudinal, transversus, inferior longitudinal, and verticalis.

The soft palate muscles are tensor veli palatini, levator veli palatini, palatoglossus, palatopharyngeus, and palatine uvula.

The pharynx muscles are stylopharyngeus, salpingopharyngeus, inferior pharyngeal muscle, middle pharyngeal muscle, and superior pharyngeal muscle.

The larynx muscles are cricothyroid, arytenoid (transverse and oblique), thyroarytenoid, posterior cricoarytenoid muscle, and lateral cricoarytenoid muscle.

The neck muscle group has clavicular muscles, suprahyoid muscles, infrahyoid muscles, and neck muscles (anterior neck muscles, lateral neck muscles, posterior neck muscles).

The clavicular muscles are platysma, and sternocleidomastoid.

The suprahyoid muscles are digastric, stylohyoid, mylohyoid, and geniohyoid.

The infrahyoid muscles are sternohyoid, sternothyroid, thyrohyoid, and omohyoid.

The anterior neck muscles are longus colli, longus capitis, rectus capitis anterior, and rectus capitis lateralis; the lateral neck muscles are anterior scalene muscle, medius scalene muscle, posterior scalene muscle, levator scapulae, rectus capitis lateralis, obliquus capitis superior, and obliquus capitis inferior; the posterior neck muscles are rectus capitis posterior minor, rectus capitis posterior major, semispinalis capitis, longissimus capitis, splenius capitis, obliquus capitis superior, and obliquus capitis inferior.

https://youtu.be/ZMoHGaGvtq0

Nuclear waste is an enormously touchy subject in the U.S. and elsewhere. To the best of my knowledge, no U.S. state wants to store nuclear waste in their state.

My bet is that when the nuclear-fusion reactors powered outer space technologies become realized, radioactive nuclear wastes will be stored or processed in outer space, and no longer stored on Earth; but that time may or may not come, and until then, we have to work with what we've got on Earth.

A quick advertisement before I continue on this topic. I'm seeking accredited investors in my startup with an SEC Regulation D Rule 506(c) offering. If you're interested in investing in my startup as an accredited investor, voice call me or message me on Instagram to discuss investing in Robocentric. Visit Robocentric.com/Investors for more info on investing in Robocentric; visit Robocentric.com/About to learn more about Robocentric. Now, back to the main content.

I see artificial nuclear fusion as the future energy for humanity; I'll keep on pursuing developing and commercializing artificial nuclear fusion reactors as long as I can.

Artificial nuclear fusion reactors do not necessarily have to produce harmful, radioactive nuclear wastes, although it can; in that regard, artificial nuclear fusion is different from nuclear fission that is used in the atomic bombs and the conventional nuclear power plants, that always produce radioactive nuclear wastes.

To the best of my knowledge, the nuclear fusion that does not produce harmful radioactive nuclear wastes is called aneutronic, which doesn't produce unstable, radioactive nuclear wastes that constantly emit neutron rays that are extremely harmful and detrimental to human and other biological lifeform bodies.

Although I'm going for developing and commercializing aneutronic nuclear-fusion reactors for producing truly clean artificial nuclear-fusion energy, it might be necessary, during the R&D stage, to produce neurtonic nuclear-fusion reactors that produce radioative nuclear wastes, albeit in very small amounts for research and development purposes.

A research and development of a brand-new technology, including and especially energy technology, can be done in the U.S. only when it is legally sanctioned; so, in the worst case of producing one or more neurtonic nuclear-fusion reactor prototypes for research and development purposes, Robocentric, my R&D corporation, needs to abide by all the applicable U.S. nuclear energy research and production federal, state, and local laws. Developing and commercializing a brand-new technology, including and especially energy technology, definitely isn't for the faint of heart.

Over time, I'll study more of, and talk more about, all the applicable U.S. nuclear energy research and production federal, state, and local laws.

Doing some preliminary search on the Internet reveals that in the U.S., the United States Environmental Protection Agency (EPA) and the U.S. NRC (United States Nuclear Regulatory Commission) are in charge of overseeing and regulating nuclear wastes management in the U.S. at the U.S. federal level; the Nuclear Waste Policy Act of 1982 is the U.S. federal law that regulates the handling of nuclear wastes; the state of Nevada is opposed to storing nuclear wastes in their state, in the Yucca Mountain nuclear waste repository; the state of Nevada has laws on radioactive waste, nuclear projects, radiation, radioactive materials, hazardous substances, and hazardous wastes—I'm sure other states have laws on those issues; I particularly pay attention on Nevada and New Mexico, because those two states are frequently associated with nuclear wastes in the U.S., mostly likely because of having remote, unpopulated desert areas that can be used for storing nuclear wastes in the long term.

Given all the issues and sensitivity on nuclear wastes, nuclear-waste-free artificial nuclear fusion is probably the only rea...

https://youtu.be/8RinsYEdX04

Advancing biotech, such as the human longevity biotech, requires knowing everything about the human anatomy. In this presentation, I'll go over all the names of all the 206 bones in the adult human body, for advancing biotech, using Wikipedia as the main reference.

The human skeleton has six major areas or bone segments, which are spine (vertebral column), chest (thorax), head, upper limb (upper arm, forearm and hand), pelvis (pelvic girdle), and lower limb (thigh, leg and foot).

A quick advertisement before I continue on this topic. I'm seeking accredited investors in my startup with an SEC Regulation D Rule 506(c) offering. If you're interested in investing in my startup as an accredited investor, voice call me or message me on Instagram to discuss investing in Robocentric. Visit Robocentric.com/Investors for more info on investing in Robocentric; visit Robocentric.com/About to learn more about Robocentric. Now, back to the main content.

A fully grown adult human body has 26 bones in the spine; cervical vertebrae have 7 bones (C1 to C7); thoracic vertebrae have 12 bones (T1 to T12); lumbar vertebrae have 5 bones (L1 to L5); sacrum is one bone; coccygeal vertebrae are set of 4 bones at birth, some or all of which fuse together.

A fully grown adult human body has 25 bones in the chest; sternum is 1 or 3 bones; 24 ribs in the rib cage, in 12 pairs; cervical ribs are extra ribs that occur in some people.

A fully grown adult human body has 29 bones in the head; eight cranial bones comprise one occipital bone, two parietal bones, one frontal bone, two temporal bones, one sphenoid bone, and one ethmoid bone; 15 facial bones comprise two nasal bones, two maxillae (upper jaw), two lacrimal bones, two zygomatic bones (cheek bones), two palatine bones, two inferior nasal concha, one vomer, one hyoid bone, and one mandible; the middle ears have six bones in total, three on each side, which are malleus, incus, and stapes.

A fully grown adult human body has 64 bones in the upper limb (upper arm, forearm, and hand), 32 in each upper limb; six upper arm bones in total, 3 on each side, which are humerus, and scapula and clavicle in pectoral girdle (shoulder); four lower arm bones in total, two on each side, which are ulna (lined up with pinky) and radius (lined up with thumb);

54 hand bones in total, 27 in each hand, which are eight carpal bones (scaphoid bone, lunate bone, triquetral bone, pisiform bone, trapezium, trapezoid bone, capitate bone, and hamate bone), five metacarpal bones (numbered I to V in the Roman numeral), 14 hand phalanx bones or hand phalanges with five hand proximal phalanges, four hand intermediate phalanges, and five hand distal phalanges.

The pelvis (or hip bone) is made up of three regions that have fused to form two coxal bones. They are the ilium, ischium, and pubis. The sacrum and coccyx attach to the two hip bones to form the pelvis, but are more important to the spinal column, where they are counted. The pelvis is one of two bones used to determine the sex of a skeleton, which is determined by examining the size of the greater sciatic notch (also known as the pelvic opening).

A fully grown adult human body has 60 bones in the lower limb (thigh, leg and foot), 30 in each lower limb, which are one femur, one patella or kneecap, one tibia, one fibula, and 26 foot bones with seven tarsal bones in tarsus (calcaneus or heel bone, talus, navicular bone, medial cuneiform bone, intermediate cuneiform bone, lateral cuneiform bone, and cuboid bone), five metatarsal bones or metatarsus (the first, second, third, fourth, and fifth metatarsal bones often depicted with Roman numerals), and 14 foot phalanx bones or foot phalanges with five foot proximal phalanges, four foot intermediate phalanges, and five foot distal phalanges.

https://youtu.be/Ah6a_rRXReY

Humanity will revert back to the Stone Age, and go extinct rather soon, if it stays on Earth, because the vital resources that are absolutely required to enable and sustain the mass-scale human population and the modern industrialized civilization will soon run out on Earth. The only way for humanity to continue its technologically advanced, massively prosperous existence is to massively expand into outer space by advancing AI, robotics, human longevity biotech, and nuclear-fusion powered mass-scale outer space tech. I'm utterly convinced of that.

A quick advertisement before I continue on this topic. I'm seeking accredited investors in my startup with an SEC Regulation D Rule 506(c) offering. If you're interested in investing in my startup as an accredited investor, voice call me or message me on Instagram to discuss investing in Robocentric. Visit Robocentric.com/Investors for more info on investing in Robocentric; visit Robocentric.com/About to learn more about Robocentric. Now, back to the main content.

Right now, in AD 2023, there are eight billion people on Earth. How many people know why it is possible to feed eight billion people every year, everyday? Not too many people know.

Humanity can produce enough food to feed eight billion people every year, everyday, because of the modern fertilizer technology, which requires nitrogen, phosphorus, and potassium. The supply of the modern fertilizer ingredients on Earth is finite, and Earth will eventully run out of the economically viable and minable sources of the modern fertilizer ingredients that enable feeding billions of people possible. Imagine Earth being unable to feed the billions of people on it; that day is coming.

The supply of fossil fuel on Earth is limited. Imagine Earth being unable to provide the fossil fuel for cars, airplanes, and power plants; that day is coming.

In less than 100 years from now, most likely, the most vital resources on Earth will run out. Some places on Earth now have run out of clean drinking water. Imagine Earth being unable to provide clean drinking water and breathable air; what kind of place do you think that will be for humanity?

Is humanity going extinct in 100 years or less an appealing option to you? To me, it isn't.

Articial nuclear-fusion powered mass scale outer space humanity expansion technologies are absolutely essential in securing the future survival and prosperity of humanity, because without more energy, materials, and space, humanity would go extinct. Earth can feed only so many people for only so long, and staying on Earth surely means the extinction for humanity in not-so-distant future, in my view.

Humanity will either have to massively expand into outer space using nuclear-fusion powered outer space tech, or go extinct on Earth. Realistically, continuing expansion is the only choice that humanity has.

I'll keep on doing my research in advancing AI, robotics, human longevity biotech, and nuclear-fusion reactors powered outer space tech to secure and ensure the future survival and prosperity of humankind.