Origins

   After reading From the Stars feedback, I've decided to delve into the origins story in a haphazard attempt to clear a few things up. I have actually benefitted from thousands of other researchers and compilations of scriptures from across the web as a blessing from the ether. Thousands of years of disinformation have been told for one reason only, and that's because we just weren't ready for the truth until now. It's revelation time now, and if you ask, seek, knock then it usually shall be provided in one way or another. The creation story is not included in this synopsis as it has little to do with us monkeys but slightly touched on.


  Let us begin with our great ancestors. Science says we evolved from a pan-like sapiens and is correct, however after researching other papers, I've found that these great apes did not evolve on their own, but were genetically modified, which will be touched on more later as well. While we're discussing this topic, I'd like to clear up the rest of the hominid branches between Lucy and Sasquatch with some hybrids in between. Lucy was an ancient chimp and shows a clear evolution in progress. Proving the missing link of evolution standards but drastically upsetting science's timeline. We evolved from a Sasquatch-like pan by way of normal evolution more than a million years ago but was most likely at risk of dying off before reaching the intelligent-life classification we would label today, so something/somewhere, then stepped-in to modify the great apes. Neanderthals are proof of what we would have evolved into had not something happened. That something even has a chromosome trail left behind in us today! Science has proven that we came from two separate mothers hundreds of thousands of years apart from one another, too. One mother being our ancient rooted hominid described above, and another we call Eve from 200,000 years ago. The genes also say our most recent ancestral father of all today's men's genetics starts roughly 350,000 years ago. This suggests that not only were both mothers not personally affiliated, but neither was the father. With Either! How?! Well, I'll have to say it's because of genetic modification.



  Our DNA is different from all other apes, and mammals on Earth because of its missing nucleotides. Something to also consider is that chromosomes sometimes can fuse. This fusion occurs as sperm and eggs develop, as pairs of chromosomes fold over each other and swap chunks of DNA, but this is a random genetic mutation process, not anything lending to human trait fitness. Scientists have observed both humans and other mammals with fused chromosomes. Chromosomes typically have distinctive stretches of DNA in their center and at their ends. Scientists have mapped the entire human genome now, and from time to time, scientists will find an individual that’s short a chromosome, but one of the chromosomes it retains now has an odd structure, with chromosome endings near the middle and other peculiar features. What we need to describe is why humans have modified pairs, targeted spliced sequences, and eliminated nucleotides. No other creature has any of that. No other creature has eras of separation and borrowed Y chromosomes either.

It's clear something modified us, I mean the proof is in the pudding. So, then what? God? Well, Yes.

Human origins surely wasn't a lightning bolt striking a cesspool, was it? No.

  Life may have been encouraged to evolve by way of amino acids, and lightning all day for millions of years, sure. Humans were modified, though. So I went to the scriptures. I found out some surprising similarities with many stories in many books, and also found an amazing community of researchers all doing the same footwork! Alleluia!

  The story of "Annunaki" is the same story told from scattered advanced cities from all over the Earth. There were cities from Sumeria, Egypt, Asia, Americas, Netherlands, and elsewhere! These are actual high societies that were thriving well before we even invented writing or the wheel. From the scriptures, I would credit a handful of 'Gods' for our origins, who may even be here somewhere today, running things in a sort of executive religious cult, hidden away beneath the Earth's crust. The many names of these Gods and Goddesses, from pantheons of empires throughout ancient history, were actually the same characters, too. Evidence of this is directly from the thousands of clay tablets found in the 7th-century B.C. ruins of Ninevah. They were the leaders of our greatest civilizations because they lived for much longer than we lived. Many scriptures say the Nephilim can live for hundreds of thousands of years, while their offspring can live for thousands! They were a small group of advanced leaders who had begun the Sumerian, Chinese, Olmec, Assyrian, Egyptian, Persian, Inca, Mayan, Hittite, Accadian, and Indian to name a few. While these great cities were renown, there were other scattered hunter-gatherer tribes of early hominoid-humans throughout the Earth's other areas, but pretty insignificant to this paper.

 The Sumerian tablets, stone carvings, scholarly books, and other Mythology tell us there were only up to 600 Gods who were under Enki/Enlil's orders. Marduk decided to violate God's rules to marry a woman and host a wedding and invited 200 of the Nephilim to attend Marduk's wedding, as well as secretly take wives for themselves, causing God to cast them from heaven. The fallen ones had then become followers of Marduk and Enki and had giant offspring -The mighty heroes of old. They were famous Men. There's clear evidence of Giant's grave sites today.

 Each different civilization gave them their own name, and some civilizations went through many cataclysms while under their rule. The Sumerian tablets depict these civilization's progression and can be followed in a logical timeline. Scholars all agree that Mesopotamia's Sumerian civilization was the beginning of it all. Annunaki came from Sumeria and means: "Those who from Heaven to Earth came." Some history was lost.

  Marduk became later known as the Egyptian God Amun Ra. His Son, Maahes (Horus), later became substituted with the Jesus story while Yeshua seems to come from directly from Hermes and Ptah's lineage. Judah was a central figure to a major power shift at that time, and Yeshua was later planted into traditional lore to blatantly hijack the practice of the world, orchestrated by Jewish and Roman Catholic scholars! I can't blame them if it was Divine Order. (Jesus (Joshua) happened well after these events.)  (and begins with Yocheved/Miriam) The First Families appointed our first societies judges, and other leaders for thousands of years, expanding their territory, and ultimately creating weapons of war. Some texts indicated Marduk died a natural death and was seen by Alexander the Great in 331 BC. Sumerian tablets state that he would have lived for 331,000 years! The ruins and stories of the greatest early cities all share similar music, agriculture, astronomy, metallurgy, architecture, math, poetry, governance, etc. Those who came from the Skies created the first learned, upright man and woman. His resting place was His Glory. Ask Sheba. African scripture shares the same stories and ancient civilizations. It goes like this: Anu created a senior counsel of Lordships from Enlil and Enki's and their Sister's offspring. Huge megaliths all over Earth, especially in Mesopotamia, are proof of these advanced cities of Gods existing before us, but the lands they ruled is still debatable. Some believe Enlil inherited Europe/Asia/South America, while Enki inherited Africa, North America, and Yucatan. Mount Sinai, Isreal was inherited by Ninmah. Enlil's Son, Marduk took over Egypt during our creation from his brother Ningishzidda, (Enki's Son) who took his followers to central America and later became later known as Quetzalcoatl to Aztecs or Kukulkan to the Mayans. This also suggests there was a power struggle during the time of Man's creation. Trade routes from ancient Asia share many winged serpent stories, giving rise to dragon mythology. These great cities were appointed kings, priests, governors, and other leaders to quickly teach civilization to the people.

  The story about the "Sons of God" or "Nephilim" were apparently on the Earth at that time, coming from heaven to mate with women of the Earth is common in Genesis and Enoch. One of God's son's death is a reoccurring one as well. Genesis 3 and Part 3 of Gilgamesh's Epic, also describes the fall of man and man's judgment. The same timeline provides Abraham's vision of His only Son's sacrifice. Also, Sumerian tablets speak about Inanna's (who happened to be Enlil's Grandaughter) loss of her love, Dumuzi (Enki's Son) after Marduk plotted a grimy trap to sabotage their marriage. The loss of Dumuzi sparked a HUGE family conflict, and the council ultimately exiled Marduk, after almost killing Him. Massive wars and old grudges made matters even worse yet.

  The Lost Book of Enki says Amun Ra with Naboo's followers, they departed to a land of no return. A place where horned beasts are hunted with wife and Son, He went. Greek/Norse Mythology and Annunaki all name these individuals different names at different times, but these leaders were the same persons. Some place that in the Netherlands/Scandinavia. Norse Mythology suggests some to believe that Enki became known as Odin, and Marduk became known as Thor from medieval texts. During the early 13th century, The Prose Edda were old Norse stories suggesting such. There were considered to be fewer than 300 Gods and Goddesses from The Prose and Odin would only make sense to be Enki. The Book of Sothis would suggest to me that after Marduk's Exile, Egypt was turned over to Knuphis (Enki), Hermes (Enki's Son), and, Ptahoteps (Enoch/Ptah/Thoth). That old testament era ending around King Djoser's reign. The whole Exodus story and it's characters 'names' are crucially questionable, however unobjectionable for this paper's time constraints.

  Suffice to say we've established the presence of advanced Gods interacting with men right here on Earth for thousands of years in scripture, and almost suggests they are still today. Completely ignored by religious leaders, scientists, and even archeologists without any good reason other than people weren't ready to know if they don't by now. The evidence is startling. To wrap things up, we've cracked our DNA code recently, and are discovering signals in our "junk DNA" that also suggest that DNA technology has been used to literally carry data in our evolution process, to evolve us into our current form. It wasn't mathematically possible to host any random genetic mutation or random horizontal gene transfer in the amount of time we had to evolve in, but instead, rapid, deliberate coercion.

Always Remember to Seek More Wisdom

2019 Top Phablets

 2019 brings another wave of top contenders of smart devices. The usual breadwinners like Apple, Samsung, Google, LG, Microsoft, Motorola, Asus, and Huweai are at the table with their flagship models, along with newer companies like OnePlus, Honor, Xiaomi, and Lenovo who have recently hit the ground running with their own competitive alternatives. The bang for your buck list is constantly being updated with the ultra phab 64-bit devices deploying the powerful software needed to accomplish anything a decision maker needs to communicate. This list is comprised of the most function for the cost with the exception of Apple's iPhone X and XS Max. While technically the iPhone X is classified as a phablet in 2019, it's functionality is limited to Apple's services and software. Apple makes wonderful devices, and if you enjoy Apple's function, then read no further, and go purchase an Apple X, or XS Max! The same is said for Microsoft Surface Pro. Wonderful gadgets, but way too expensive and limited to be included here. One more thing to note is Amazon's Fire Tab and Kindle is pretty much written off as broken. Even after sideloading apps on Amazon's devices, they crash, restart, loop, etc.. The rest of this list is concerned with other devices that give the similar, if not better, functionality as Apple with a much lower price point.

•   The first brand name anyone thinks about is Samsung while talking about phablets, and the GalaxyTab S3, Galaxy Note 9 and S9 Plus are serious this year, wholly smokes! They offer amazing read/write speeds, screen size and resolution with amazing build quality. Things to consider are the dual sim capability, battery life, camera resolution, all around functionality, and software security. Samsung delivers a better device than Apple and the price tag is quite fair. 

•   I would rate Samsung as the best phablet manufacturer on the planet, hands down. Second place is a hot cachet with new companies introducing their own alternatives and has changed hands every year for as long as I can remember. This year brings an official second place winner by way of the Razer Phone 2. This phone is unbelievable. For $6-700.00 you enjoy the fastest snapdragon available and 64GB of RAM to play in the northbridge, wireless quick-charging, 12MP camera, an OLED display, and a year warranty. If you ever wanted a 'cost effective' gaming phablet, this is all you need. It's enough to buy a used car, but if you can find one used, open-box, or refurb than nab this gem a.s.a.p. It's even water resistant, but keep this beast safe from water if you buy it, because, WOW! 

•   Third place goes to Asus ROG. The ROG smartphone series was announced on June 8, 2018, at the Computex computer expo, and would be considered a phablet because of its 6" screen size. I forsee Asus becoming a new champion of devices for years to come. These phones are something saweeet. If you don't mind paying to extra cash to pick up a phone that obliterates almost any other device, then this is it. The 845 is overclocked to almost 3Ghz and furnished with 64MB of elbow cache to swap on the north end along with 128GB of internal storage. The phone also offers adaptable storage for your 95Mb/s sim cards, with a read speed just above 7Mb/s for 4k files internally. The best thing about this phone is it's Bios like U.I. named GameCenter that allows owners to tweak the hardware settings. The AMOLED display is better and the GPU is also faster than Razer, however, the price is a bit over the top, forcing Razer to take one spot just ahead of ROG. For performance sake, ROG is a huge step ahead. 

•   Fourth place has been juggled for a few months, but I've ultimately decided on OnePlus 6T McLaren Edition and the OnePlus 7. I am quite impressed with these phablets! OnePlus has their finger on the pulse with these phantastic gadgets. They have been rapidly climbing the recognition ladder for a few years now, and these OnePlus releases are spectacular! If you think it's time to try something else, but not as extreme as ROG, then buy OnePlus because they are super impressive and super affordable. Definitely a top 5 for years to come.

• Fifth is held for Xiomi Mi Mix 3, Mi 8 Pro, and Pocopone F1. Xiomi is not playing any games with these lines of gaming phablets geared for performance. The price tag places this device smack dab in the center of a top ten list with Apple as an outlier, Xiomi is a perfect counterbalance. The bang for your buck award goes to this phablet in 2019 because there are no other devices with an 8 series snapdragon, and 6 series Adreno launching this year at this price point. If you're shopping and can find one at a reduced rate then buy it because these models are exactly what you're looking for in a phablet today. Phantastic buy! 

• The sixth position is by no means a slouch. Huawei Mate 20 Pro, Honor 10, and Huawei P 20 Pro are nicely done up with the best cameras a phablet could carry, along with the functionality of a GalaxyTab for half the price! These are taking the phablet world by storm this year. MSRP is too high considering the competition, however, worth every penny under $4-450.00 if you can find one used or refurbished. 

•   The Seventh spot is also comparable to OnePlus and Samsung, just slightly less powerful- LG. LG has been a top 5 placeholder for almost a decade, and this year is no different. The devices LG carry are all great but the G7 ThinQ is ridiculous for phablets sake! This is something for the career woman or business administrator to carry on their hip. The ThinQ has just been dropped, and its price tag is a bit meaty. ThinQ has dual 16Mp cameras, fast read/write speed and is water resistant. The drawbacks of ThinQ are its limited RAM space, and it's non-CDMA capability for the cheaper model, but it isn't a gamer, and nobody uses CDMA anyway. The $800 model is pricey new, but if you find a 64Gb model used for less than $430, then buy it and watch your productivity soar!

•   Eighth is Sony's Xperia XZ3. I chose to give it to Sony because they are still trickling out quality devices every year or two, and they never seem to disappoint; aside from the price tag. Sony has done a lot for our technology culture, and the Xperia XZ3 is something to notice this year because it's durable construction and fast read/write speeds. This phab lil device is capable of anything any other phablet can do but it only carries 6Gb of swap space on the north side, so you may see some lag/pagefiles. The price is sky high, but the device is worth owning for anything close to $450ish~

•   Ninth is reserved for an up and comer. The underdog on this list is surely AGM X3. Nobody has heard much from this emerging company, but their phablets will knock your socks off! The memory size options are what the market demands, but quite pricey.. The durable construction and performance give these tablets a proper rubberneck from just about everyone. I placed AGM X3 in 9th because of its cost. The price for one of these is way too high, other than the 6Gb model, but this phablet is still something to write home about. Business owners need something built like this more times than not, and I'm not surprised silicon valley was the last to catch on even after Toughbook's success. This phablet means BIZ, baby.

•   Finally, HTC comes in as a strong top 10 foundation. If you think your device is worth buying, compare it to HTC's 2019 models to weigh against. HTC has been owning the phablet niche since Blu and now they have done another phab rendition of the HTC U12 for 2019. Another remarkable handheld from HTC qualifies these models as the go-to as a no-nonsense choice for any organization or enthusiast. Sometimes there are waiting periods between repairs/replacements of your preferred devices that an HTC device can immediately answer during downtime or as a plan B.

 These phablets are quite capable of running any compatible software or configurations. Smart devices can track inventory, give real-time fleet locations, manage task lists, screencast presentations, group meetings, send faxes and even order a salad delivered before lunch! Find a device in 2019 to flex your multitasking muscles because they are truly AMAZING! Another interesting device from Nvidia that could easily be turned into a dual sim performance phab would be the old Nvidia Shield Tablet. I'm not sure what they are doing, but the hardware used is brilliant for people like me who want an all-rounder daily driver. Why not just stick a radio in it?! I would've bought that for years. It's now a console/portable controller? Kind of stepping backward, no?

Compartmentalized Inadequacy

    While watching the failure of our bureaucracy repeat itself regularly, I find myself thinking of viable outcomes when alternate methods are employed than what we presently witness. It seems like things in office are purposely stagnated as a crutch for politicians to use for blaming all sorts of things on.  The number one culprit is compartmentalized government. Intelligence officials blatantly understand that compartmentalization is detrimental to everyday business, but deliberately refuse to do anything that addresses the problem may be because of its potential benefits?

    It makes me wonder how often they rely on the broken system to explain away procedural discrepancies and other ‘happenstances’ that may or may not occur. An excellent example of compartmentalization crisis is the outdated U.S. government Technology Council. Our national security Is a direct result of ill-networked compartmentalization caused by neglect. The national data storage technologies used today are like what was utilized in the 1990’. President Trump recently penned an executive order in July 2017 on a national emergency magnitude to address the issues by immediately funding new network hardware for our intelligence departments to share via cloud.

This innovation to federal agencies I.T. infrastructure de-compartmentalizes our agencies to an extent that already makes them over 30% more efficient with their assigned tasks. Rebooting how the federal government does infrastructure technology is a necessity on a regular basis these days. Artificial intelligence can be used in commercial technology, prioritizing technology students to focus on using cloud-based platforms to share files and data seamlessly. The government is forced to catch up with technology’s faster pace and de-compartmentalize the nation’s agencies because of an efficient data stream. Cross communications are much faster today, and show exactly how obsolete the compartmentalized government communication channels do nothing other than hinder response.

Encouraging new methods to be adopted by our government agencies shouldn’t be too difficult to accomplish given the factual numbers. No other country has been conducting their military industrial complex thru a web of unconnected channels like ours for so long. Our compartmentalized government has been causing international incidents because of their inept communications between branches. The engineers behind our secure communications are also unrelated to each other, furthering maintenance issues and other technical discrepancies. 

Government departments are often caught working for other government department’s corporate interests almost every time there is a policy failure or some other sort of violation of procedure. The governments only answer to a failed policy is to fund reform committees that often take years to publish findings, after many things have already changed since the beginning of the motion. The other departments like USAID are unrelated to Military daily duty are often weeks behind in their communication, too. The left hand not knowing what the right hand is doing keeps things more or less in a constant grey area, and almost all effective communication would immediately breakdown in the event of any surprises or single failure, stagnating, decisions, movement, resource delivery, and other vital administrative protocols.

sources

Ref: https://en.wikipedia.org/wiki/Compartmentalization_(information_security)

http://www.rationality.net/government.htm#Chapter 14.01 THE NATURE OF GOVERNMENT

Cloud.org

  Many organizations have migrated to the cloud to enjoy the ease of employing software, sharing data, stream-lining their daily operations and most importantly, save a lot of money on overhead.  A good example of an organization benefitting from cloud migration would be Amazon’s case study on their system’s software named Blackboard Learn. Having satellite offices spread-out over a wide area and still connected to the same network that allows this powerful software to be beneficial to all kinds of learning organizations. The cloud allows the vendor to deploy their software from only 29 data centers; which provide more than 100 million users on over 16,000 clients in 90 countries access! The cloud-enabled a few teams of developers to change the world standard practically overnight. Many organizations also benefit from data pooling after migration to be surprising. Simple things like schedules, payroll, inventory, accounts payable, etc. are collectively accessed seamlessly and instantaneously from every individual client under the organization’s domain. 

  New improvements to data pooling can also be expressed in another case study of IBM cloud. IBM has always pooled data, but now they offer it in their cloud services built on the world’s most open source projects. It has platform software which can be tailored to suit any organization and helps developers build amazing API services faster by having the software already pre-installed with a developer dashboard as a platform. Combining software and the cloud offers software as a service that’s very useful and cheap. Organizations can save money on software licensing by paying for volumized license keys rather than a retail price because the software can be run and deployed in the organization’s private network. There’s another case study of Kellogg’s company that was trying to manage its marketing cost with real-time sales. Amazon’s Virtual Private Cloud offers Kellogg’s connection to their data centers to allow Amazon’s CloudWatch to monitor each department based on constants and that helps Kellogg’s marketing to streamline costs. Amazon offers a Trade and Promotions Management software as a service. 

  Deploying a pool of data on the cloud is an anomaly. Security, network, read and wrote speeds are also improving at an impressive rate. Tricks of the trade are automated and failproof in today’s applications. New improvements to Windows Server and other NOSs on private clouds get this benefit even better today, implementing port control, MAC/I. P white lists, access control, permissions, inheritance, and even individual user account encryption offering a proxy session that keeps data secure from the outside. Security is currently being improved upon as average users usually do not know how to set up a proxy or spoof their MAC address, but emerging applications are addressing security exploits and allowing admin to close loopholes like closing open, unused ports or easily forwarding ports without having to use the command line terminal.  

Another case study that reflects security improvements is Avira’s testimony from their customer successes. Avira hosts an infrastructure on AWS that utilizes Amazon’s Elastic Compute Cloud with a relational database service to hold encryption keys, back-up data, save configurations and analytics. It’s a function is to upload and scan all files for potential threats before saving them to the local client device. Other than minor security issues or a non-existent downtime, the cloud is king. The cloud offers scalability, elasticity, wide availability, and saves businesses a lot of money on network hardware and maintenance. The cloud also saves on software licensing by offering companies software as a service or platform to provide them with advanced applications at a reduced rate. Offsite storage is another huge benefit for cloud users. Back-ups have never been more failsafe when using offsite storage and raid arrays that mirror data as an option to keep data retention redundant. The cloud uses volumized storage in separated server farms that expand and contract with the amount of data storage desired, allowing redundancy, encryption and lower cost to any organization. The cost savings and efficiency become a priceless commodity to any diverse organization to benefit from and I recommend migrating to the cloud if you haven’t already. 

Sources: 

https://aws.amazon.com/solutions/case-studies/avira/ 

https://aws.amazon.com/solutions/case-studies/big-data/ 

https://aws.amazon.com/solutions/case-studies/kellogg-company/ 

https://aws.amazon.com/solutions/case-studies/blackboard/ 

https://www.ibm.com/us-en/marketplace?lnk=mp 

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

Psycological Personality

  While recognizing my interpersonal relationships, I can understand how psychology could help me with friends and family matters. There are many general terms and categories relating to psychology that many people can understand well enough and adhere to. After reading a few chapters of Freud's book, I have found psychology to be very beneficial to people’s close relationships with others. When two or more people utilize psychological terms to describe behavior, it helps them understand each other more intimately. Most people can relate to another person if they are aware of their behavioral tendencies as it translates through psychology. There are also several broad categories that emotional dilemmas could be classified as confusing people sometimes into misdiagnosing cause and effects. Sometimes a person could find themselves living with an emotional complexity that was overlooked or superimposed on top of the real problem from some shabby psychologist who was too busy to listen to the patient’s concerns. It turns out that is diagnosing someone with a psychological disorder can ruin a person’s self-awareness and social abilities. I have been reading many cases where a patient had been mistakenly prescribed psychiatric drugs from psychiatrists and ruin their entire career. While psychiatrists regularly prescribe medications, psychologists formerly diagnose mental patients with describable diseases at the onset of treatment. It would require a vigilant psych doctor to notice the underlying cause of someone’s emotional shortcomings.  Most people with mental imbalances aren’t comfortable openly explaining their personality quirks.  

   While I try to make sense of the fields many terms and labels, I realize how deep someone’s mental state can be rooted in their actions, and it’s startling. Understanding the harmony of a person’s emotions as their behavior exhibits makes a person more deeply aware of their personal traits. If two people could share and practice these abilities, many disagreements could not only be avoided but quickly understood and responded to on a personal level between them. I clearly see how psychological techniques could be used to smooth over rocky relationships in my inner circle, though. I would like to make other people aware of some of the things I’ve read from the chapters in case they might not only learn something about behavior but also exercise some techniques along with me.  

  This is a subject I’ve never paid much attention to but now I am kind of pleased with the fabric of the course work. I think people like me would make a great psychologist to be quite honest.  

Persuasive Speech

  Choosing a topic for this assignment was a difficult decision to make. The trending topics of controversy are streaming in like score highlights today. What’s really startling are the critical issues that policymakers overlook while grandstanding. Just imagining how many other qualified administrators who never had a chance to make more reasonable suggestions made me ultimately decide to write this paper about the abortion issue because it seems like a top priority to me. To begin, let me just put on record that abortions need to be regulated. There honestly isn’t a critic who can legitimately argue whether abortions should have some type of policy enforced. This topic has been recently conflated beyond reasonable scope, devolved into a diatribe and is no longer a legislative reformation. The rhetoric has even been turned into a perverted campaign political platform for incumbents to petition their voters with. Abortion has been a contested debate for the past few decades and so far, there has been very little progress concerning the actual issue. 

   More medical contraceptive breakthroughs have recently been introduced as an alternative to an abortion procedure, but sadly, more late-term infants are aborted worldwide today than ever before. The good news is that the United States abortion rate has been steadily declining since 1970, and now is at its lowest level since abortion has been legalized because of public awareness and activism. Another troubling statistic I stumbled across was that adoption has also been at its lowest rate since the late 2000s and is also declining due to over-regulation and inept, underfunded adoption agencies.  


   The headlines concerning abortion are also often deceptive. There are different classifications of abortions such as ‘Early Term’, Late Term” and even “Live Abortion” demographics separated into their own statistics and purposely misrepresented in public forum. It’s also important to be aware of the term ‘rate’ versus ‘ratio’. The abortion rate per live birth is coined “ratio” per this paper’s concerns and will be the only statistic referred to for the assignment. In 2014, the CDC had contracted several institutes to conduct ongoing studies because the abortion ratio had fallen below the standard since 1973! Since 2014 the abortion ratio has risen back up steadily in almost all states and the legislation has remained stalled. 

   Many institutes have also developed polls to gauge whether the public is pro-life or pro-choice in an effort to persuade legislators out of their comfort zones, but to no avail. In recent months, I’ve recognized more people are engaged in the debate publicly than ever before. I’ve also noticed a few lawmakers ready to re-introduce a second heart-beat bill with the Democrat’s desired provisions included, and that’s great news. For as much progress I’ve seen concerning abortion, I fear the issue will gain no traction until the political parties get finished running the wheels off their delict caravan first. Abortion has been implemented as a corporate cash cow from doctors and politicians for decades until Congress suspended funds from questionable programs like ‘Planned Parenthood” and a plague of private abortion clinics was found with fraudulent credentials and illegal ‘harvesting methods’. Lawyers and politicians have a tendency to use vague terms when describing sensitive issues so not to disturb the manufactured outrage. When people realized the actual facts concerning abortion clinics, they will have little choice but to lean pro-life. The pro-life trend is, in fact, overtaking the pro-choice crowd as I speak and it’s ultimately because more people are becoming aware of what abortion clinic executive habits.  


  Right now, I see a cross-roads of dead-ends because of the many failed social experiments conducted by special interest groups posing as peer activists. The public sees the threat but is unable to properly relay it’s a description to others. Every social movement that turns into a political campaign falls flat on its face and I honestly fear the abortion issue will remain another failure. There will be too many lawyers, drug companies, and medical special interest groups working hand in hand with elected officials to keep abortion manipulated and full of loopholes purposely. There will always be a team of corporate lawyers petitioning for their own greasy palms. The time has finally come when the people can convince Congress to pass conservative right to life acts for infants, but nobody seems to take an initiative to keep the legislative ball rolling. Republicans could easily put a proposal together for the Democrats to look like swamp slime rejecting right before mid-terms but they are either too weak, incompetent or simply bought. I see the issue being used as a crutch for another year at least, and that’s disturbing.  


 Our government has become experts at exploiting undesired circumstances. With so many ‘relief-funds’ ineffective foundations, useless committees and grey slush funds, it’s no wonder we don’t have this type of a debate about our personal right to harvest our own fresh water, fuel, tobacco, livestock, electricity, natural gas and anything else the government would be unable to profit from. What’s the difference to a corporate executive? Why haven’t these government agencies used our tax funds to build more orphanages, foster programs, exchange student facilities, runaway prevention programs, and vocational training for young adults? Why hasn’t our agencies done anything concerning inner city shortcomings or single parent hardships?  It’s blatantly obvious to me and many others watching that the abortion issue has become nothing more than a virtue signal instead of a model milestone for humanity. Our country should be setting more standards.          

 Public health monitoring is a systematic collection, analysis, and interpretation of outcome-specific data for use in public health allocation and funding disbursements. The approach to problem-solving includes using data to assess the effectiveness of interventions. Without accurate and timely data, public health programs suffer. The CDC’s Division of Reproductive Health monitors maternal, infant mortality and the most serious reproductive health complications. The major surveillance systems in the division include the Pregnancy Risk Assessment Monitoring System, the National ART Surveillance System, and the Pregnancy Mortality Surveillance System and Morbidity and Mortality Weekly Report 

 The CDC and other organizations developed the Sudden Unexpected Infant Death Case Registry, monitors teen pregnancy and the number and characteristics of women obtaining legal induced abortions in the United States. In 2014, 652,639 legal induced abortions were reported to CDC from 49 reporting areas. The abortion rate for 2014 was 12.1 abortions per 1,000 women aged 15–44 years, and the abortion ratio was 186 abortions per 1,000 live births. 

  Compared with 2013, the total number and rate of reported abortions for 2014 decreased 2%, and the ratio decreased by 7%. Additionally, from 2005 to 2014, the number, rate, and ratio of reported abortions decreased 21%, 22%, and 22%, respectively. In 2014, all three measures reached their lowest level for the entire period of analysis (2005—2014). 

  Women in their twenties accounted for the majority of abortions in 2014 and throughout the period of analysis. The majority of abortions in 2014 took place early in gestation:  91.5% of abortions were performed at ≤13 weeks’ gestation; a smaller number of abortions (7.2%) were performed at 14–20 weeks’ gestation and even fewer (1.3%) were performed at ≥21 weeks’ gestation. In 2014, 22.6% of all abortions were early medical abortions. The percentage of abortions reported as early medical abortions increased 110% from 2005 to 2014, with a 1% increase from 2013 to 2014.  

  With new legislation on the horizon, the establishment doctors and clinics are clamoring to save their sinking ship by any means necessary. A reoccurring tactic commonly used is an argument of women’s freedom to choose whether to give birth or abort, while trading one moral high ground equally for the other as a response to this potential “infringement”.   The idea here is that maternal women are covered into making unjust decisions because of over-reaching federal policies like 1 HB 490, The Heartbeat Protection Act of 2017. Paid professionals argued that a heartbeat shouldn’t be the mile-marker of a living fetus, and funding should only be allocated on peer-reviewed medical efficacy facts. The bill was vetoed because the bill wasn’t organized enough to address the repercussions. There has been a bill passed that have prohibited sex-selective abortions, and other restrictions on abortion clinics in many states since 2013. Abortions have been outlawed after 11 or 15 weeks, in some states, and clinics are highly scrutinized with reporting. These steps are taken in stride, although in the right direction, our country seems to have fallen behind. Australia also has regulated the abortion process into province jurisdictions rather than federal policy, and I think our country should follow suit. Abortions should have been regulated in our country by now. 

Climatic Change

Today, we are to a stalling point of mutual understanding while debating the undeniable proof about how Earth’s climate has always been changing. The fact that Earth’s climate has always been changing doesn’t give any measured sort of account of its degradation, either.  While the energy shill and establishment lawyers clamor on about side issues and blame other countries, I have decided to do the footwork to find out the actual cause and effects of our depleting ozone.  

  The ozone layer is a gas of blue color, consisting of tri-atomic oxygen molecules. The molecules were formed from 600~ million years of lightning. The fresh smell after a thunderstorm is an excellent example of how the oxygen molecules interact with the rest of Earth’s atmosphere.  The ozone is a layer of gas that covers the planet at an altitude of 20-50 Kilometers, shielding the planet from ultra-violet radiation. The ozone layer also helps insulate Earth’s temperatures between seasons, thus controlling the jet stream and ocean currents. 

  The Ozone layer reflects roughly 20% of our planet’s heat back down and warms our atmosphere creating rain clouds. Lately, our ozone has been losing its density at an alarming rate. It was first noticed in the early ’60s and projected to be completely torn to pieces before 2030. In 1974 The University of California already realized our ozone was mostly damaged by nitrogen fertilizers, hydrogen bombs, jet exhaust, and space shuttle launched distribute chlorine and other toxic gasses into the upper ozone. Freon was banned in 1987 with a bill named The International Montreal Agreement. Even today, regulations are in place that prevents hazardous molecules in a consumer product. Dichloro-methane concentrations have doubled in the past decade, and now scientists are trying to find out where all of the dichloromethane and CFC-11's are still coming from. Many professionals say its most likely Chinese factories still use the cheapest manufacturing methods because of the lack of regulations.  

  Chemical fertilizers, jet engines, aerosols, foundries, freight industrious pollution, and high-altitude hydrogen bomb experiments have been our ozone layer’s demise. Scientists say that the ozone can only sustain no more than a 1.5 megaton explosion before it completely fails. Mainstream scientists were caught falsely claiming that volcano eruptions and other toxic ash clouds could have been the main culprit, but today's labs have confirmed it is exotic compounds. Loopholes in regulations and other corporate interests have perpetuated the problem for more than a decade.  

  Sly lawyers and energy cronies grease each other's palms before any litigation can pinpoint blame on executives purposely ignoring environmental damages. If Congress could have an hour once a year to evaluate the climates damage, they could easily see its changes. It’s alarming how fragile what’s left of the ozone is. There is a huge hole over Antartica as I speak. If I could compress Earth’s ozone layer and vacuum seal every molecule to eliminate free space, it would be a thin sheet on Earth’s surface under 3 millimeters thick. The ozone is clearly on its last legs and has been since the late ’90s. Scientists have all been told that by the time our ozone is depleted, we will have air scrubbing technology and synthetic oxygen ions to path it up with, yet here we are today, trying to rope other developing nations into broken green energy plans while they have just entered their industrial boom. The best way to implement regulations on developing countries is by providing the chemicals and means to them as an incentive rather than impose dimwit regulations. 

  More and more toxic compounds are invented today than ever before, and large-scale production has been the main target with modest progress. Bloated committees inject mindless talk for their own interest’s sake and stall our progress too often. Every country should be required d to help clean the ocean too. Rivers and waterways leech too many chemicals into the ocean year after year while nobody seems to do much about it. Scientists can identify the problem but cannot write legislation to correct the problem. The ozone is directly affected by chemical reactions too. Burning plastics, burning Styrofoam, burning oil, and other petroleum products produce very volatile hydrocarbons and neurotoxins damaging anything it comes near. Acid rain and other detrimental adverse effects could cause the ozone to tear further, eliminating our insulation between seasons, causing huge temperature shifts and strong storms. The ozone is responsible for protecting Earth’s trade-winds, jet-streams, arctic boundary layer, and seasonal rains, too.  

  The ozone is constantly bombarded with pollution from below and U.V. radiation from above. Losing any more of our ozone layers means disrupting our word’s eco-system. A climate catastrophe that would come in the form of droughts, crop failures, mass deforestation, melting ice shelves, mass extinction of plankton, algae, and fungus, serious mutations of skin cancers and other radioactive virus mutations. The risks with losing another 10% of the ozone come in the form of decades of genetic diseases and birth defects affecting all sorts of life on Earth. The technology to clean air is a simple one, too.  Every building should have an ionic grid to capture air pollution. Ionic filters run on low voltage, and work better than a lightning rod, anyway. Cleaning up even 25% of our city's smog can mean the less El Nino, I'm serious. When are people going to clean up the trash strewn about our planet? I’d like to see it before I die.