https://youtu.be/gskaTOiicmE

Predefined constants representing Not-a-Number values are defined in the classes Float and Double as Float.NaN and Double.NaN.The boolean type has two values, represented by the boolean literals true and false, formed from ASCII letters.A boolean literal is always of type boolean.A character literal is expressed as a character or an escape sequence, enclosed in ASCII single quotes.(Early-plugs insertion point. A few seconds of silence in audiovisual.)A character literal is always of type char.In the Java programming language, a character literal always represents exactly one character.A string literal consists of zero or more characters enclosed in double quotes. Characters such as newlines may be represented by escape sequences.A string literal is always of type String.It is a compile-time error for a line terminator to appear after the opening " and before the matching closing ".A long string literal can always be broken up into shorter pieces and written as a (possibly parenthesized) expression using the string concatenation operator +.At run time, a string literal is a reference to an instance of class String that denotes the string represented by the string literal.Moreover, a string literal always refers to the same instance of class String. This is because string literals—or, more generally, strings that are the values of constant expressions—are "interned" so as to share unique instances, as if by execution of the method String.intern.A text block consists of zero or more characters enclosed by opening and closing delimiters. Characters may be represented by escape sequences, but the newline and double quote characters that must be represented with escape sequences in a string literal may be represented directly in a text block.A text block is always of type String.The opening delimiter is a sequence that starts with three double quote characters ("""), continues with zero or more space, tab, and form feed characters, and concludes with a line terminator.The closing delimiter is a sequence of three double quote characters.The content of a text block is the sequence of characters that begins immediately after the line terminator of the opening delimiter, and ends immediately before the first double quote of the closing delimiter.Unlike in a string literal, it is not a compile-time error for a line terminator to appear in the content of a text block.

https://youtu.be/y0Z3EyRZvQM

Neck, Posterior has the rectus capitis posterior minor muscle, and the rectus capitis posterior major.Torso, Abdomen has the rectus abdominis muscle--also known as the "abdominal muscle" or simply the "abs", the abdominal external oblique muscle, the abdominal internal oblique muscle also internal oblique muscle or interior oblique, the transverse abdominal muscle (TVA)--also known as the transverse abdominis and transversalis muscle and transversus abdominis muscle, the pyramidalis muscle, and the quadratus lumborum muscle.(Early-plugs insertion point. A few seconds of silence in audiovisual.)Torso, Abdomen, inguinal canal and scrotum has the cremaster muscle.Torso, Back has the iliocostalis colli muscle, the iliocostalis lumborum muscle, the iliocostalis thoracis muscle, the longissimus colli muscle, the longissimus thoracis muscle, the lumbar-part longissimus thoracis muscle, the spinalis capitis muscle, the spinalis colli muscle, the spinalis thoracis muscle, the semispinalis thoracis muscles, the semispinalis colli muscles (cervicis), the multifidus lumborum muscle, the multifidus thoracis muscle, the multifidus colli muscle, the rotatores lumborum muscle, the rotatores colli muscle, the interspinales lumborum 1-4 muscles, the interspinales thoracis 1-3 muscles, the interspinales colli 1-6 muscles, the intertransversarii anterior colli 1-7 muscles, the intertransversarii lateral posterior colli 1-7 muscles, the intertransversarii medial posterior colli 1-7 muscles, the intertransversarii lateral lumborum dorsal parts 1-5 muscles, the intertransversarii lateral lumborum ventral parts 1-5 muscles, the intertransversarii medial lumborum 1-5 muscles, the intertransversarii thoracis 1-9 muscles, and the splenius cervicis or splenius colli muscle.Torso/Neck, Back has the longissimus capitis muscle, the semispinalis capitis muscle, and the splenius capitis muscle.Torso/Upper Limb, Back, Vertebral column has the latissimus dorsi muscle.Torso, Back, thoracis has the rotatores long 1-11 muscles, and the rotatores short 1-11 muscles.Torso, Chest has the the external intercostal 1-11 muscles or external intercostals, the internal intercostal 1-11 muscles, the innermost intercostal 1-11 muscles or the intima of the internal intercostal muscles, the Subcostales (Infracostales) 1-n muscles, the transversus thoracis muscle also known as triangularis sterni, the levatores costarum longi 1-4 muscles, the levatores costarum breves 1-12 muscles, the serratus posterior inferior muscle also known as the posterior serratus muscle, the serratus posterior superior muscle, and the hemidiaphragm lumbar/costal/sternal part muscle.

https://youtu.be/fHW3D-Cm7uk

Genetically engineering or modifying human beings is one big biotech goal I pursue at Robocentric.Human genetic selection and evolution will no longer be purely natural, and will become artificial in the future: Human genetic engineering biotech for artificial human genetic selection and evolution is what I strive to realize at Robocentric Biotech!Three major types of human genetic engineering, I pursue: Medical, cosmetic, and behavioral human genetic engineering biotechnologies I pursue.(Early-plugs insertion point. A few seconds of silence in audiovisual.)Medical human genetic engineering biotech is for removing and replacing the human genes that cause medical problems or diseases, such as cancer-causing human genes, diabetes-causing human genes, and autism-causing human genes.Cosmetic human genetic engineering biotech is for getting, on demand, the human genes that cause the desirable human looks, facial features, and physique.The human longevity biotech I pursue includes anti-aging human genetic engineering biotech that slows down or even stops human-body aging for medical and cosmetic purposes, and for far higher quality of human life and living.Behavioral human genetic engineering biotech is for getting rid of, on demand, the human genes that cause the undesirable human behaviors and behavioral traits such as low intelligence and laziness, and for getting, on demand, the human genes that cause the desirable human behaviors and behavioral capabilities such as high intelligence and work ethic. Poverty-elimation behavioral human genetic engineering, I pursue; some people are poor because they don't increase their earning power, and they spend uncontrollably; so, poor people can be genetically engineered to alter their poverty-causing human behaviors.The medical, cosmetic, and behavioral human genetic engineering biotechnologies, when realized, will create this amazing human reality in which humans will be able to get rid of their human genes in their human bodies that they don't want, and get the human genes that they want in their human bodies, anytime, on demand, in any choice, in any variety!

https://youtu.be/HYojd60WjHE

Underscores are allowed as separators between digits that denote the integer.In a hexadecimal or binary literal, the integer is only denoted by the digits after the 0x or 0b characters and before any type suffix. Therefore, underscores may not appear immediately after 0x or 0b, or after the last digit in the numeral.(Early-plugs insertion point. A few seconds of silence in audiovisual.)In a decimal or octal literal, the integer is denoted by all the digits in the literal before any type suffix. Therefore, underscores may not appear before the first digit or after the last digit in the numeral. Underscores may appear after the initial 0 in an octal numeral (since 0 is a digit that denotes part of the integer) and after the initial non-zero digit in a non-zero decimal literal.A floating-point literal has the following parts: a whole-number part, a decimal or hexadecimal point (represented by an ASCII period character), a fraction part, an exponent, and a type suffix.A floating-point literal may be expressed in decimal (base 10) or hexadecimal (base 16).For decimal floating-point literals, at least one digit (in either the whole number or the fraction part) and either a decimal point, an exponent, or a float type suffix are required. All other parts are optional. The exponent, if present, is indicated by the ASCII letter e or E followed by an optionally signed integer.For hexadecimal floating-point literals, at least one digit is required (in either the whole number or the fraction part), and the exponent is mandatory, and the float type suffix is optional. The exponent is indicated by the ASCII letter p or P followed by an optionally signed integer.Underscores are allowed as separators between digits that denote the whole-number part, and between digits that denote the fraction part, and between digits that denote the exponent.The float type suffixes are f, F, d, and D.A floating-point literal is of type float if it is suffixed with an ASCII letter F or f; otherwise its type is double and it can optionally be suffixed with an ASCII letter D or d.The package java.lang contains the classes that are inherent to the Java programming language.A program can represent infinities without producing a compile-time error by using constant expressions such as 1f/0f or -1d/0d or by using the predefined constants POSITIVE_INFINITY and NEGATIVE_INFINITY of the classes Float and Double.

https://youtu.be/Nq4-aeNhijE

head, tongue has the inferior-fibers genioglossus muscle, the middle-fibers genioglossus muscle, the superior-fibers genioglossus muscle, the hyoglossus muscle (ceratoglossus), the chondroglossus muscle, the styloglossus muscle, the superior longitudinal muscle of tongue or superior lingualis or superior longitudinal lingual, the transverse muscle of tongue or transversus linguae, the inferior longitudinal muscle of tongue or inferior longitudinal lingual, and the vertical muscle of the tongue or verticalis linguae.(Early-plugs insertion point. A few seconds of silence in audiovisual.)head, tongue and soft palate has the palatoglossus or palatoglossal muscle.head, soft palate has the tensor veli palatini muscle, the levator veli palatini, the palatopharyngeus muscle, and the uvula also known as the palatine uvula.head, pharynx has the stylopharyngeus muscle, the salpingopharyngeus muscle, the thyropharyngeal-part inferior pharyngeal constrictor muscle, the cricopharyngeal-part inferior pharyngeal constrictor muscle, the chondropharyngeal-part middle pharyngeal constrictor muscle, the ceratopharyngeal-part middle pharyngeal constrictor muscle, the pterygopharyngeal-part superior pharyngeal constrictor muscle, the buccopharyngeal-part superior pharyngeal constrictor muscle, the mylopharyngeal-part superior pharyngeal constrictor muscle, and the glossopharyngeal-part superior pharyngeal constrictor muscle.head, larynx has the straight-part cricothyroid muscle, the oblique-part cricothyroid muscle, the transverse arytenoid muscle, the oblique arytenoid muscle, the aryepiglottic-part oblique arytenoid muscle, the vocalis thyroarytenoid muscle, the thyroepiglottic-part thyroarytenoid muscle, the external-part thyroarytenoid muscle, the posterior cricoarytenoid muscles, the lateral cricoarytenoid muscles, and the ceratocricoideus muscle.Neck, Clavicular has the platysma muscle, and the sternocleidomastoid muscle.Neck, Suprahyoid has the anterior-belly digastric muscle, the posterior-belly digastric muscle, the stylohyoid muscle, the mylohyoid muscle or diaphragma oris, and the geniohyoid muscle.Neck, Infrahyoid has the sternohyoid muscle, the sternothyroid muscle or sternothyroideus, the thyrohyoid muscle, the superior-belly omohyoid muscle, the inferior-belly omohyoid muscle, and the Levator muscle of thyroid gland or levator glandulae thyroideae.Neck, Anterior has the longus colli muscle, the longus capitis muscle, and the rectus capitis anterior muscle.Neck, Anterior/Lateral has the rectus capitis lateralis.Neck, Lateral has the anterior scalene muscle, the medius scalene muscle, the posterior scalene muscle, and the minimus scalene muscle.Neck/Upper Limb, Verterbral Column, Lateral has the levator scapulae muscle.Neck, Posterior/Lateral has the obliquus capitis superior muscle, and the obliquus capitis inferior muscle.

https://youtu.be/drTq4i-gti8

Women cheat because sexual partner variety is much more genetically beneficial than sexual partner exclusivity.Expecting a woman to be sexually faithful to just one man is expecting the increase in the chance of humanity going extinct. Women had to be sexually promiscuous for humanity to survive, prosper, and become genetically diverse and strong.Before the industrial revolution and biomedicine, women produced six, seven, or more children on average, and half of children didn't reach adulthood due to the frequent if not constant femines, diseases, and wars. If a woman produces all of her six children with just one man, and if that one man has genetic problems or weaknesses that wasn't known to the woman before procreation or that the man hid from the woman he sexually procreated with, then all of her offsprings would be in a serious genetic trouble and be genetically inferior perhaps even unfit for the further procreation into the next generation, whereas if a woman produces several children with several different men, then her genetic risk-taking in procreation would be dramatically mitigated.(Early-plugs insertion point. A few seconds of silence in audiovisual.)Most humans are not consciously and rationally aware of why they do the things that they do.One key supposition I use in my Unified Humanity Science is that human beings are genetically wired for maximizing their species survival and prosperity; if human beings weren't genetically designed for the human species success, the human species wouldn't have survived and prospered at all.For the human species to survive and prosper, humans must consciously and unconsciously continuously seek human genetic diversification, self-benefit, survival, and prosperity.Humans are genetically designed to be ruthlessly selfish and self-serving and greedy, because that is the only way to assure the survival and prosperity of humankind.In my Unified Humanity Science, for mapping the outwardly observable human behaviors to their human genetic and cerebral causes, I will QMASP (Quantify, Model, Analyze, Simulate, and Predict) how and why women are genetically designed and wired to seek procreative human genetic diversification consciously and unconsciously, at the human female body subsystematic, organic, tissular, cellular, subcellular, molecular, atomic, and subatomic levels!

https://youtu.be/rxSt7M9kw7Y

UnqualifiedMethodIdentifier is used when a method invocation expression refers to a method by its simple name.51 character sequences, formed from ASCII characters, are reserved for use as keywords and cannot be used as identifiers. Another 16 character sequences, also formed from ASCII characters, may be interpreted as keywords or as other tokens, depending on the context in which they appear.(Early-plugs insertion point. A few seconds of silence in audiovisual.)Reserved keywords are abstract, continue, for, new, switch, assert, default, if, package, synchronized, boolean, do, goto, private, this, break, double, implements, protected, throw, byte, else, import, public, throws, case, enum, instanceof, return, transient, catch, extends, int, short, try, char, final, interface, static, void, class, finally, long, strictfp, volatile, const, float, native, super, while, _ (underscore).Contextual keywords are exports, opens, requires, uses, module, permits, sealed, var, non-sealed, provides, to, with, open, record, transitive, yield.The keywords const and goto are reserved, even though they are not currently used.The keyword strictfp is obsolete and should not be used in new code.The keyword _ (underscore) is reserved for possible future use in parameter declarations.true and false are not keywords, but rather boolean literals.null is not a keyword, but rather the null literal.A literal is the source code representation of a value of a primitive type, the String type, or the null type.In the Java programming language, a literal is an integer literal, a floating-point literal, a boolean literal, a character literal, a string literal, a text block, or a null literal.An integer literal may be expressed in decimal (base 10), hexadecimal (base 16), octal (base 8), or binary (base 2).In the Java programming language, integer literal can be a decimal integer literal, a hex integer literal, an octal integer literal, or a binary integer literal.An integer literal is of type long if it is suffixed with an ASCII letter L or l (ell);otherwise it is of type int. The suffix L is preferred, because the letter l (ell) is often hard to distinguish from the digit 1 (one).

https://youtu.be/UrpB289XBeI

head, occipitofrontalis, back of skull has the occipitalis muscle.head, occipitofrontalis, forehead has the frontalis muscle.head, forehead/eyelid has the orbicularis oculi muscle (orbital part, palpebral part, deep palpebral (lacrimal) part).head, eye has the corrugator supercilii muscle, the depressor supercilii eye muscle.head, extraocular has the levator palpebrae superioris muscle, and the superior tarsal muscle.(Early-plugs insertion point. A few seconds of silence in audiovisual.)head, eye, orbit has the superior rectus muscle, the inferior rectus muscle, the medial rectus muscle, and the lateral rectus muscle.head, extraocular has the superior oblique muscle or obliquus oculi superior, and the inferior oblique muscle or obliquus oculi inferior.head, ear, outer ear has the temporoparietalis muscle.head, ear, auricular, extrinsic has the anterior auricular muscle, the superior auricular muscle, and the posterior auricular muscle.head, ear, auricular, intrinsic has the helicis major intrinsic muscle, the Helicis minor intrinsic muscle, the tragicus intrinsic muscle, the antitragicus intrinsic muscle, the transverse muscle of auricle, the oblique muscle of auricle, and the muscle of terminal notch.head, ear, inner ear has the stapedius muscle, and the tensor tympani muscle.head, nose has the procerus muscle, the depressor septi nasi muscle, and the levator labii superioris alaeque nasi muscle (or levator nasolabialis).head, nose, nasalis, transverse part has the transverse-part nasalis muscle.head, nose, nasalis, alar part has the alar-part nasalis muscle.head, mouth has the levator anguli oris (caninus) muscle, the depressor anguli oris muscle, the transversus menti or transverse muscle of the chin, the levator labii superioris muscle, the depressor labii inferioris muscle, the mentalis muscle, the buccinator quadrilateral muscle, the marginal-part orbicularis oris muscle, the labial-part orbicularis oris muscle, the risorius muscle, the zygomaticus major muscle, and the zygomaticus minor muscle.head, coronal plane has the superficial-part masseter muscle, the deep-part masseter muscle, the temporalis muscle also known as the temporal muscle, the lateral pterygoid muscle (or external pterygoid muscle), the pterygoideus proprius, and the medial pterygoid muscle.

https://youtu.be/pjpApUWSAsE

The American military has played a tremendously important and vital role on Earth since the end of the WWII, over the past 80 years or so.The post-WWII American military assured stability, security, and safety across the entire Earth.My view is that the American military must expand its role into outer space at an astronomical scale when the nuclear-fusion reactors powered outer space technologies become realized.(Early-plugs insertion point. A few seconds of silence in audiovisual.)The American military in outer space must operate over 10 billion nuclear-fusion reactors powered military laser-cannon equipped interplanetary spaceships across the entire Solar System to assure the stability, security, and safety across the entire Solar System when humanity's population reach and surpass 100 billion people across the Solar System in mass-scale outer space human habitats.The American military nuclear-fusion reactors powered laser-cannon equipped interplanetary spaceships must patrol and protect Earth, when humanity massively expands into outer space using the nuclear-fusion reactors powered outer space tech.The American military nuclear-fusion reactors powered laser-cannon equipped interplanetary spaceships must patrol and protect Venus, when Venus gets terraformed using the nuclear-fusion reactors powered terraforming outer space tech, and when humans live on the terraformed Venus in massive numbers.The American military nuclear-fusion reactors powered laser-cannon equipped interplanetary spaceships must patrol and protect Saturn, Uranus, and Neptune, when nuclear-fusion reactors powered mass-scale outer space human habitats are built above those Earth-gravity gaseous planets in the Solar System.The American military nuclear-fusion reactors powered laser-cannon equipped interplanetary spaceships must patrol and protect the fully autonomous, AI and robotics powered mining operations in the Asteroid Belt between Mars and Jupiter, and on the gaseous planets and on the surface of the Sun for harvesing nuclear-fusion fuel and other useful and valuable gaseous matter.When the interstellar and intergalactic mass-scale outer space humanity expansion technologies come about, the American military must venture into the interstellar and intergalactic realms of outer space that humanity will expand into in massive numbers.

https://youtu.be/If5NY_p12Sk

In other words, Java lexical grammars specify how to form the identifiers, keywords, literals, separators, and operators (i.e. the most fundamental language elements) in the Java programming language.The syntactic grammar for the Java programming language has as its terminal symbols the tokens defined by the lexical grammar. It defines a set of productions, starting from the goalsymbol CompilationUnit, that describe how sequences of tokens can form syntactically correct programs.(Early-plugs insertion point. A few seconds of silence in audiovisual.)Refer to the NormalClassDeclaration syntactic grammar in Java language spec for how to define a class in Java.The lexical structure of the Java programming language enables using Unicode escapes to include any Unicode character using only ASCII characters.In the Java programming language, the Unicode characters resulting from the lexical translations are reduced to a sequence of input elements, which are white space, comments, and tokens. The tokens are the identifiers, keywords, literals, separators, and operators of the syntactic grammar.The Java programs are written using the Unicode character set.The Java programming language represents text in sequences of 16-bit code units, using the UTF-16 encoding.Except for comments, identifiers, and the contents of character literals, string literals, and text blocks, all input elements in a program are formed only from ASCII characters (or Unicode escapes which result in ASCII characters.In the Java programming language, a token is an identifier, a keyword, a literal, a separator, or an operator. The tokens are the terminal symbols of the syntactic grammar.The Java programming language has two kinds of comments: the traditional comment, and the end-of-line comment.The Java programming language has character literals, string literals, or text blocks.In the Java programming language, an identifier is an unlimited-length sequence of Java letters and Java digits, the first of which must be a Java letter. The underscore may be used in identifiers formed of two or more characters, but it cannot be used as a one-character identifier due to being a keyword.In the Java programming language, identifiers can be written in non-Latin characters, in any Unicode characters.In the Java programming language, an identifier never has the same spelling (Unicode character sequence) as a reserved keyword, a boolean literal or the null literal.TypeIdentifier is used in the declaration of classes, interfaces, and type parameters, and when referring to types.