Choosing The Right Online Criminal Justice University

When choosing your online criminal justice university, it is important to note that school ranking and program ranking matters. Your potential employers will be looking at your grad school application and the quality of the program to determine your caliber and whether you should be employed or promoted. Along the online program you choose, your grades and GPA also are considered when you go after competitive posts. When selecting an online course, the tuition fee, accreditation, and investment of time matters.

Objectives Of A Criminal Justice Degree Program

The criminal justice degree online program aims to help students understand crime and delinquency and its nature and extent. It deals with the relationships between society, law, law breakers and law enforcers. It teaches those investigative techniques, rules of evidence, and the philosophy of criminal law. When you apply to a particular college or university, the Academic Advisors will help you to custom make a program suitable for you as an individual. This flexibility that is offered could have been the deciding factor especially since you are going in for an online program due to your accessibility to go through a traditional program. The curriculum is tailor keeping in mind the strengths and weaknesses of the individual student and his employability at the end of the program.

Benefits Of Online Programs

There has been a proliferation of criminal justice online degree programs especially with the advancement of technology and internet. Distance learning has made it possible for even working professionals to qualify themselves in criminal justice at their own pace and at affordable rates. The benefits of online schools are it allows you the flexibility to learn at your convenience. Your schedule will be worked around your work commitments. You are able to get an additional qualification without quitting your job and neglecting your responsibilities. Online classes are not only affordable but you also save money on transport, study materials, and books.

Attributes Of A Criminal Justice Degree Student

A Criminal Justice Online Degree Program is useful if you want to be a lawyer, CIA agent, police officer, or even a forensic doctor. This field is meant for the strong hearted since you are constantly putting yourself in dangerous situations. A potential candidate should be strong physically and mentally. Your ability to communicate with all levels of people is very important especially since you will be involved in investigations, interrogations, and visiting crime scenes. You must also be very clear about right and wrong because you will be responsible for upholding the law of the land. To qualify to do this program, your GED grades should be fairly decent especially in subjects like social studies, mathematics, science, and civics. After the completion of your accredited online course, you could take a masters course to further your career prospects. …

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The Religion of Science: Fact or Faith

I have attempted to harvest from some of the greatest minds insight into the nature of God, human existence, and our ability to transcend what is commonly referred to as self-preservation – the "most powerful" human instinct. Further, I make the argument that debunks the myth that humans are mortal animals – simply living and extremely dying.

If things were as simple as traditional biology tells us, then what accounts for a spouse or a parent willing to give his (her) life in exchange for his beloved? Perhaps love and the divine human spirit provide us with the innate spiritual supremacy to rise above our "greatest human instinct," and propel a person to outrival our "captive," namely, the primitive drive to survive. It goes without saying, we're back to where we began. The question that remains to be answered centers on whether human beings are eternal beings?

I did some research with respect to the probability of a person being alive at this very moment – living on the planet we call earth. We'll get back to this in a moment.

Bear in mind that our universe sprang into existence as "singularity" around 13.7 billion years ago.

Although I have been flirting with the possibility of eternal life (in some shape or form), and, something or Someone who was the grand designer of the cosmos, I have not used the word "religion" – correct?

Comparing apples-to-apples, I will use the word "faith" when contrasting faith as a higher power vs. faith in the science underlying the Big Bang Theory.

We know that our universe was born almost 14 billion years ago, however, ask a scientist 'how the Big Bang occurred.' You will likely get a response that goes something like this, '14 billion years ago the universe burst into being an unknown cosmic trigger. "Hmm – an unknown cosmic trigger … whats an unknown cosmic trigger? Beats me, but surely it takes some faith to believe in one!

Logic tells me that faith comes in two competitive forms, faith in the form of a scientific theory and faith in something or Someone, ie higher power. I tend to look for compelling evidence to support a given faith.

The supposition that some unknown cosmic trigger led to me sitting in front of my computer typing would require me to have faith in the existence of a cosmic trigger. So, what's a reasonable alternative to an unknown cosmic trigger? Probability and statistics, of course! I will illustrate my point without getting too deep into the mathematical discipline.

I noted above that I did some research with respect to the probability of a person being alive today – living on the planet we call earth. First and foremost, no matter what faith you overlap, you are a miracle – at least in the eyes of probability and statistics.

Through the violent and turbulent early moments of the Big Bang to the formation of earth 4.5 billion years ago, you "survived" the hundreds of …

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Preparing for College

It is never too early and it is never too late to start thinking about college. Nevertheless, early is always better.

What are you and your child doing to prepare for college?


Begin college preparation in kindergarten, young students are receptive to thinking about college. Spend the early years exploring study methods, reading and experiencing life, find opportunities that increase curiosity and open the mind to creative and organized thought processes. Foster goal oriented thinking and time management skills in the child, so in the future they will have the tools to keep themselves on task.

Young students are especially successful at learning languages and music, even a child as young as four or five can start taking piano or keyboard lessons. If you have the means to expose them to a second language through travel or tutoring, give it a try, children can pick up second languages much faster than adults.

Of course, it is never too early to open a college savings account.


By junior high, students should have a solid understanding of mathematics and be able to compose logical, grammatically correct essays.

Establish a college savings fund or other fund designed specifically for higher education if you haven’t already, this is a good time to start. See your local bank or credit union to find an account that offers the best rate. Parents should discuss investments and deposits to the college fund with the child, it is important that they understand the realities of how much college and living outside the home costs.

Children at this age are capable of visualizing their own future independent of parents, and strive for a decision-making role in their own lives. Recognize and respect uniqueness, support interests and allow them to evaluate opportunities. Of course, teenagers might think they know everything, so before they make a choice, ask them carefully thought out questions to guide them to a logical and informed decision.


In high school, curriculum, grade point average and extracurricular activities become important factors in regards to college entrance requirements and scholarship opportunities.

Generally, most colleges desire that the student successfully complete the following basic subjects in high school:

  • 4 years of English
  • 3 years of Math, including Algebra and Geometry
  • 3 years of history and social sciences
  • 2 years of lab sciences
  • 2 years of a foreign language
  • College Guidance Counselor: Students should begin meeting with a guidance counselor at the beginning of 9th grade to ensure that all of the proper course work is taken, maintain a relationship throughout high school. Often the counselor can provide information on college entrance exams and scholarship information.

    A Note on Mathematics: Since many students struggle to retain their math skills, it is unwise to skip math in the senior year. Forgetting valuable information before taking placement exams, Advanced Placement Tests, the SAT or ACT could prevent the student from receiving a high score or require them to take a remedial math class …

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    Computer Networking Degree Online – Find One Now!

    Computer networking degree online is a distant learning opportunity for individuals to understand and maintain secure network infrastructures. Computer networking online and computer degrees online are offered by various accredited schools.

    As technology becomes more advanced and businesses become globalized, companies now need educated individuals who can help them in their goals. And a computer networking certificate online can jump start your career.

    The degree online is offered in the following levels:

    • Associate level,
    • Bachelor level,
    • Masters, and
    • Doctorate.

    These courses are offered in online format and on-campus style where participants may complete classes and then will be given harder network application programs later on.

    Topics include the following:

    • hardware devices which in turn include routers, switches and bridges and their problem areas,
    • wireless devices, networking security and security protocols
    • computer applications and software like sharing files, shared applications
    • working with various operating systems and programming tools and languages, and
    • designing, modifying and upgrading to more complex systems.

    Computer networking degree online is offered by these schools:

    • Strayer University Online – teachers how to re-built and maintain computer networks while building new ones,
    • Keiser University – focusing on security components of its computer networking education online,
    • Westwood College – students will have the know-how to manage and supervise other employees in the company,
    • Iowa Central College Online – where the primary foundations of networking and computer science skills will launch promising future for their students,
    • Kaplan University – which has programs for undergraduate and graduate studies for those professionals who want to improve their skills.
    • University of Phoenix – boasts of being a pioneer in online education for busy students,
    • Ashford University – an affordable school for students thinking of further career advances,
    • American Intercontinental University Online or AIU – gives industry-current education,
    • Everest University Online – offers career-oriented practical options for a respected degree in the job market,
    • Saint Leo University – offers a learn from home education system,
    • Virginia College Online – allows you to fit your schedule with your needs,
    • Colorado Technical University – an application-driven school who will prepare students for the real world,
    • Devry University – boasts of a supporting staff of academic advisers and career counselors, and
    • Liberty University – having a variety of industry-current education so that students can have confidence in themselves.

    With a computer networking degree online you're sure to penetrate the highly technological world and achieve the height of your professional success! So what are you waiting for? …

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    Phytolith reveals seasonal drought conditions of tropical East Asia during the last 60,000 years

    Credit: Pixabay/CC0 Public Domain

    Whether or not millennium-scale climate events had occurred in the tropical continent of East Asia during the last glacial period has been a long-term puzzle. In addition, whether those events were affected by the high-latitude atmospheric conditions in the northern hemisphere, or driven by low-latitude oceanic conditions, remains uncertain.

    A research team led by Prof. Lu Houyuan from the Institute of Geology and Geophysics of the Chinese Academy of Sciences identified seven millennial-scale seasonal drought events occurring during warm interstadial periods based on the analysis of phytolith and pollen obtained from sediment cores of Huguangyan Maar Lake in Zhanjiang, Guangdong Province, China. The study was published in PNAS on Nov. 23.

    “These events had been mainly driven by changes in both zonal and meridional atmospheric-ocean circulations, which were considered to be major determinants of the hydrological changes in tropical East Asia,” said Prof. Lu.

    Tropical regions are the “engines” of global hydrological cycles. Therefore, revealing the characteristics and mechanisms of hydrological changes in tropical regions in long-term scales are crucial to thoroughly understanding the evolution of global hydrological patterns, as well as predicting occurrences of extreme climatic events which may be caused by such changes.

    In this study, the researchers found that seven millennial-scale seasonal drought events could be identified, which were indicated by the high percentages in the bilobate phytolith. These findings had contradicted the previously accepted mechanism in which the Intertropical Convergence Zone (ITCZ) had moved southward during the cold period that cause the drought events.

    They also found that by comparing the reconstruction results of several long-scale tropical Pacific sea surface temperatures (SSTs), the bilobate peaks were consistent with the increases in the zonal SST gradients from west to east over the tropical Pacific Ocean.

    “The results suggested that the rises in the SST in the western tropical Pacific Ocean had strengthened the Walker circulation process and weakened the atmospheric convection processes in the eastern Pacific Ocean, thereby forming anticyclone conditions in the North Pacific Ocean region,” said Prof. LU.

    This may have contributed to the westward extension of West Pacific Subtropical High (WPSH). Meanwhile, the warming of the western tropical Pacific Ocean strengthened the Hadley circulation in the East Asia region, which further strengthened the WPSH and suppressed the East Asian summer monsoons.

    Consequently, the northward movement of the WPSH was delayed, and the water vapor from the ocean became weakened. Modern climate records have revealed that during the years when the WPSH moves westward, the precipitation during spring and summer seasons in the Huguangyan area tends to be significantly lower than that observed during the years when the WPSH moves eastward.

    The study results revealed the process of the millennium scale hydrological changes in tropical East Asian during the last glacial period under the joint control of the zonal and meridional ocean-atmospheric circulation conditions.

    Seesaw of Indo-Pacific summer monsoons triggered by the tropical Atlantic Ocean

    More information:
    Jianping Zhang et al. Seasonal drought events in tropical East Asia over the last
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    China is massively expanding its weather-modification program, saying it will be able to cover half the country in artificial rain and snow by 2025

    a group of people walking in a city: People on the Bund in Shanghai, China. Yang Jianzheng/VCG via Getty Images

    © Yang Jianzheng/VCG via Getty Images
    People on the Bund in Shanghai, China. Yang Jianzheng/VCG via Getty Images

    • China’s government has announced that it is expanding its weather-control project, which creates artificial rain and snow, by fivefold.
    • The State Council said Tuesday the project will soon cover 2.1 million square miles and be ready by 2025. That is about 56% of China’s entire surface area.
    • China is one of dozens of countries using “cloud seeding” to try and manufacture good weather conditions for crops or to prevent natural disasters.
    • “Cloud seeding” involves spraying chemicals like silver iodide or liquid nitrogen into clouds, where water droplets condense and fall.
    • Visit Business Insider’s homepage for more stories.

    China is massively expanding its weather-control project, and is aiming to be able to cover half the country in artificial rain and snow by 2025, the government said Tuesday.

    The practice of “cloud seeding” was discovered in the US in 1946 by a chemist working for General Electric. China launched its own similar program in the 1960s.

    Dozens of other countries – including the US – also have such programs, but Beijing has the world’s largest, employing around 35,000 people, The Guardian reported.

    In a statement, China’s State Council said that the country’s cloud seeing project will expand fivefold to cover an area of 2.1 million square miles and be completed by 2025. (China encompasses 3.7 million square miles, meaning the project could cover 56% of the country’s surface area.)

    The project will be at a “worldwide advanced level” by 2035, the State Council said, and will help alleviate “disasters such as drought and hail” and facilitate emergency responses “to forest or grassland fires.”

    a group of people standing in front of a building: People visit the Forbidden City during a blue sky summer day on August 29, 2019 in Beijing, China. Getty

    © Getty
    People visit the Forbidden City during a blue sky summer day on August 29, 2019 in Beijing, China. Getty

    Generating artificial rain and snow is fairly simple in principle. Spraying chemicals like silver iodide or liquid nitrogen into clouds can make water droplets condense, and fall as rain or snow.

    China launched a localized cloud seeding project in Beijing shortly before the 2008 Olympics, which it said successfully forced anticipated rains to fall before the event started.

    In June 2016, China allocated $30 million to its cloud seeding project, and started firing bullets filled with salt and minerals into the sky.

    A year later, China spent $168 million on a huge supply of equipment to facilitate the project, including four aircraft and “897 rocket launchers,” The Guardian said.

    As Business Insider previously reported, China’s Ministry of Finance wanted to use cloud seeding to create at least 60 billion cubic meters of additional rain every year by 2020.

    In January 2019, state media reported that cloud seeding tactics in the western region of Xinjiang had prevented crops from 70% of hail damage.

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    Lab study of droplet dynamics advances 3-D printing

    Lab study of droplet dynamics advances 3-D printing
    A comparison between the experimentally observed ejected droplet shape at break-up (a) and the simulated droplet shape (b) at various operating conditions approaching the experimental conditions. The simulated droplet shape significantly differs from experiments, highlighting the fact that essential physics appear to be missing from the model. Credit: Andy Pascall/LLNL

    A team of Lawrence Livermore National Laboratory (LLNL) scientists has simulated the droplet ejection process in an emerging metal 3-D printing technique called “Liquid Metal Jetting” (LMJ), a critical aspect to the continued advancement of liquid metal printing technologies.

    In the paper, the team describes the simulating of metal droplets during LMJ, a novel process in which molten droplets of liquid metal are jetted from a nozzle to 3-D print a part in layers. The process does not require lasers or metal powder and is more similar to inkjet printing techniques.

    Using the model, researchers studied the primary breakup dynamics of the metal droplets, essential to improving the understanding of LMJ. LMJ has advantages over powder-based approaches in that it provides a wider material set and does not require production or handling of potentially hazardous powders, researchers said. The journal Physics of Fluids published the study on Nov. 25, where it was chosen as an Editor’s Pick.

    “We don’t currently have a good understanding of all of the physics that occur right when the droplet breaks off from the metal jet,” said co-author Andy Pascall. “This model points to additional physical mechanisms that might need to be considered to close the gap between experiments and modeling.”

    To conduct the research, the team built a custom, liquid-metal printer capable of dispensing tin droplets. Combined with high-speed video, the printer served as an experimental test-bed for free-form, droplet-on-demand printing and allowed the team to track detailed droplet dynamics during the ejection process.

    The video analysis enabled researchers to build a computational model to simulate the morphology of the metal droplets during ejection, revealing that the drops behave like an extruded “pill” with no tail formation.

    The study demonstrates that while LMJ is highly stable and repeatable, it also is extremely challenging to model. In the future, the team plans to explore droplet ejection across a broader range of process parameters and seek greater understanding of the factors impacting droplet shape, breakup and satellite formation, including thermal effects, wettability and the role of surface oxides.

    New model describing the deformation and breakup of droplets could help improve nanoscale printing and spraying

    More information:
    Victor A. Beck et al. A combined numerical and experimental study to elucidate primary breakup dynamics in liquid metal droplet-on-demand printing, Physics of Fluids (2020). DOI: 10.1063/5.0029438
    Provided by
    Lawrence Livermore National Laboratory

    Lab study of droplet dynamics advances 3-D printing (2020, December 4)
    retrieved 4 December 2020

    This document is subject to copyright. Apart from any fair dealing for the purpose of private study or research, no
    part may be reproduced without the written permission. The content is provided for information purposes only.


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    Virgin Galactic pilots have new spacesuits for a trip to space this month


    Virgin Galactic test pilots Jameel Janjua (left) and Kelly Latimer and chief pilot Dave MacKay (center) show off the company’s new spacesuits, designed in collaboration with Under Armour.

    Virgin Galactic

    Virgin Galactic is preparing for its first rocket-powered test flight from New Mexico, where future customers will begin their journey to space from Spaceport America in the high desert north of Las Cruces.

    The company founded by magnate Richard Branson had been hoping to begin sending tourists toward orbit this year, but the COVID-19 pandemic and New Mexico’s relatively strict health guidelines delayed the company’s spaceflight preparations.

    Virgin has been planning to do two more test flights before Branson finally gets to take the joy ride to space he’s been waiting (and paying) for since the company’s founding in 2004. The first of those flights was set for November, but a surge in coronavirus cases in New Mexico last month scuttled that plan. Now there’s a new launch window that opens on Dec. 11.

    While the pandemic has slowed preparations in 2020, Virgin Galactic still managed to debut the look of its spaceship cabin for space tourists and signed a deal with NASA to send private astronauts to the International Space Station in the future.

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    Virgin Galactic unveils its spaceship cabin where tourists…


    On Friday, the company also revealed the new look of its new spacesuits, designed in partnership with Under Armour. Each suit is personally tailored for Virgin’s pilots, and the overall design has a modern, or perhaps future-modern look, almost like something out of Star Trek: Discovery.

    The test flight planned for this month will also be carrying some small payloads as part of a NASA program. If all goes well, the second test flight will happen in early 2021.

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    Blue Origin continues work on BE-7 lunar lander engine

    WASHINGTON — Blue Origin has achieved a new milestone in the development of the engine that will power the lunar lander it seeks to provide for NASA’s Artemis program.

    The company announced Dec. 4 that it started a fourth series of hotfire tests of the thrust chamber for the BE-7 engine. That thrust chamber was fired for 20 seconds on a test stand at NASA’s Marshall Space Flight Center, where the company did previous tests of the engine.

    “This thrust chamber test measured the ability to extract energy out of the hydrogen- and oxygen-cooled combustor segments that power the engine’s turbopumps, the key to achieving high engine performance,” said John Vilja, senior vice president of engines at Blue Origin, in a company statement.

    Blue Origin announced the BE-7 engine in May 2019 when it unveiled its Blue Moon lunar lander. That lander is part of the “National Team” led by Blue Origin that also includes Draper, Lockheed Martin and Northrop Grumman. It won one of the three NASA Human Landing System (HLS) awards in April to begin work on landers for the Artemis program.

    The company started testing the BE-7 in June 2019 at NASA Marshall, and has accumulated 1,245 seconds of runtime to date. The engine, which uses liquid hydrogen and liquid oxygen propellants, can produce up to 10,000 pounds-force of thrust, and can be throttled down to as little as 2,000 pounds-force. The company chose those propellants in part because they can eventually be produced from ice deposits believed to exist in the polar regions of the moon.

    For the HLS program, the BE-7 will be used on the descent stage developed by Blue Origin and derived from its Blue Moon concept. It will also power the transfer element, led by Northrop Grumman and based on its Cygnus spacecraft, which will move the lander from a highly elliptical near-rectilinear halo orbit around the moon to a low lunar orbit.

    “The BE-7, a turbomachinery-based engine using the most efficient propellants, is optimal for deep-space maneuvers and landing on the moon,” Brent Sherwood, vice president of advanced development programs at Blue Origin, said in the company statement. “Our engine test series is steadily maturing what’s needed to get Americans safely on the lunar surface as soon as possible.”

    Blue Origin and the other two companies that won HLS awards, Dynetics and SpaceX, are in the final phases of their 10-month contracts for initial development of the landers. NASA planned to select one or more companies for full development contracts in the spring of 2021, but that may be affected by both the presidential transition and a fiscal year 2021 appropriation that is likely to give the HLS program only a small fraction of the $3.2 billion it requested.

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    ‘For All Mankind’ patches depict space history changes in Apple TV+ series’ season 2

    A new set of mission patches hints at how space history will change in the second season of “For All Mankind.”

    Icon Heroes, a pop culture collectibles company, has begun selling embroidered patches styled after the designs that will be seen in the next installment of “For All Mankind.” The alternate history series is set to return to the Apple TV+ streaming service with the first of 10 new episodes on Feb. 19, 2021.

    “As a bonus, each collectible tin is personally autographed from series creator and writer Ronald D. Moore!” Icon Heroes announced Thursday (Dec. 3). The officially licensed patches are limited to 100 sets for $100 each.

    Related: Astronaut-led video tour reveals details in ‘For All Mankind’ moon base

    Icon Heroes' new "For All Mankind" Season 2 patch limited edition set includes 19 embroidered emblems from the next 10 episodes of the Apple TV+ alternate space history series.

    Icon Heroes’ new “For All Mankind” Season 2 patch limited edition set includes 19 embroidered emblems from the next 10 episodes of the Apple TV+ alternate space history series.  (Image credit: Icon Heroes)

    “For All Mankind” explores what might have happened to the U.S. space program had it been a Soviet cosmonaut, rather than American astronauts, who was first to walk on the moon. Season two picks up in 1983, a decade after the events of the first season, at the height of the Cold War.

    “Ronald Reagan is president and the greater ambitions of science and space exploration are at threat of being squandered as the U.S. and Soviets go head to head to control sites rich in resources on the moon,” Apple TV+ described in its official synopsis. “The Department of Defense has moved into Mission Control, and the militarization of NASA becomes central to several characters’ stories: some fight it, some use it as an opportunity to advance their own interests and some find themselves at the height of a conflict that may lead to nuclear war.”

    A teaser trailer released in July revealed that NASA’s space shuttle, which in real life launched for the first time in 1981, still exists in the “For All Mankind” alternate timeline. The same is reflected in the patch designs now offered by Icon Heroes.

    Five of the 3.5-inch (9 centimeters) emblems depict the winged orbiters, including one that resembles NASA’s triangular space shuttle program patch. The insignia also shows that at least three of the vehicles in the series were named as they were in reality: Columbia, Discovery and Atlantis.

    Other patches illustrate how history will play out differently in “For All Mankind.” Two of the designs include Skylab, the United States’ first space station, which fell out of orbit and dropped debris over Australia two years before the space shuttle began flying. One of the second season patches, however, shows Atlantis docked to the orbital workshop, an event that NASA, in real life, had considered as a way to save Skylab, until it was clear that the space shuttle would not be ready in time.

    A patch similar to the real Apollo-Soyuz Test Project insignia is included in the set, suggesting that the joint

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