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Which programming language is the best?

'By most preferred language, we do not mean Java is superior to C++ or Python is better than MATLAB. Through this analysis, we are trying to figure out the languages most preferred by users, and ones that are most in demand in the industry.'
C++, MATLAB, Java have always been technical institutes favorite, and most of the fresh graduates end up with great skills in these languages.
But what if the best programming languages they know is not the immediate skills required by the industry? Or what if it is on the wane?
According to our research, these are the top programming languages of 2017 will be -
• Javascript
• Java
• Python
• PHP
• R
• Matlab
• Arduino
• Swift
Stack Overflow is a question-and-answer platform. It has over 4 million users with 10 million questions on the platform. Based on the number of questions, more people use Javascript compared to any other language. PHP seems to be dropping compared to Node and Angular
The PYPL PopularitY of Programming Language Index “is created by analyzing how often programming languages tutorials are searched on Google.” In terms of popularity on search engines, worldwide, Java is the winner being top programming language to learn for years; in the last five years, Python moved up the ranks faster than others (6.8%), whereas PHP nosedived (-5.0%). Here are the PYPL best programming languages for 2016.
The TIOBE programming community index is a measure of the popularity of programming languages, created and maintained by the TIOBE Company based in Eindhoven, the Netherlands. TIOBE stands for "The Importance Of Being Earnest." TIOBE ranks the languages based on the number of search engine queries which contain the language as a keyword. For TIOBE the numbers are based on searching of Web with certain phrases.
TIOBE indexes only the Turing-complete languages, hence it does not consider SQL and HTML. Per the 2016 November index, Java still remains the top programming language, C and C++ still retain their popularity on search indexes with ranks 2 and 3, respectively. Surprisingly, Visual Basic and Python got higher rankings as compared to Javascript, and Assembly language made it to top 10 as well.

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By making a master timetable of your weekly activities, you get a realistic picture of how many hours are actually FREE!
Planning does not mean following a rigid, military-like schedule; rather, it means making intelligent decisions about when it is easiest and most efficient to get your work done.
Here is the link for you: https://www.kent.ac.uk/careers/sk/time.htm

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How to Read 300% Faster in 20 Minutes

First – Determining Baseline

To determine your current reading speed, take your practice book (which should lay flat when open on a table) and count the number of words in 5 lines. Divide this number of words by 5, and you have your average number of words-per-line.

Example: 62 words/5 lines = 12.4, which you round to 12 words-per-line

Next, count the number of text lines on 5 pages and divide by 5 to arrive at the average number of lines per page. Multiply this by average number of words-per-line, and you have your average number of words per page.

Example: 154 lines/5 pages = 30.8, rounded to 31 lines per page x 12 words-per-line = 372 words per page

Mark your first line and read with a timer for 1 minute exactly-do not read faster than normal, and read for comprehension. After exactly one minute, multiply the number of lines by your average words-per-line to determine your current words-per-minute (wpm) rate.

Second – Trackers and Pacers

Regression, back-skipping, and the duration of fixations can be minimized by using a tracker and pacer. To illustrate the importance of a tracker-did you use a pen or finger when counting the number of words or lines in above baseline calculations? If you did, it was for the purpose of tracking-using a visual aid to guide fixation efficiency and accuracy. Nowhere is this more relevant than in conditioning reading speed by eliminating such inefficiencies.

For the purposes of this article, we will use a pen. Holding the pen in your dominant hand, you will underline each line (with the cap on), keeping your eye fixation above the tip of the pen. This will not only serve as a tracker, but it will also serve as a pacer for maintaining consistent speed and decreasing fixation duration. You may hold it as you would when writing, but it is recommended that you hold it under your hand, flat against the page.

1) Technique (2 minutes):

Practice using the pen as a tracker and pacer. Underline each line, focusing above the tip of the pen. DO NOT CONCERN YOURSELF WITH COMPREHENSION. Keep each line to a maximum of 1 second, and increase the speed with each subsequent page. Read, but under no circumstances should you take longer than 1 second per line.

2) Speed (3 minutes):

Repeat the technique, keeping each line to no more than ½ second (2 lines for a single “one-one-thousand”). Some will comprehend nothing, which is to be expected. Maintain speed and technique-you are conditioning your perceptual reflexes, and this is a speed exercise designed to facilitate adaptations in your system. Do not decrease speed. ½ second per line for 3 minutes; focus above the pen and concentrate on technique with speed. Focus on the exercise, and do not daydream.

Third – Perceptual Expansion

If you focus on the center of your computer screen (focus relating to the focal area of the fovea in within the eye), you can still perceive and register the sides of the screen. Training peripheral vision to register more effectively can increase reading speed over 300%. Untrained readers use up to ½ of their peripheral field on margins by moving from 1st word to last, spending 25-50% of their time “reading” margins with no content.

To illustrate, let us take the hypothetical one line: “Once upon a time, students enjoyed reading four hours a day.” If you were able to begin your reading at “time” and finish the line at “four”, you would eliminate 6 of 11 words, more than doubling your reading speed. This concept is easy to implement and combine with the tracking and pacing you’ve already practiced.

1) Technique (1 minute):

Use the pen to track and pace at a consistent speed of one line per second. Begin 1 word in from the first word of each line, and end 1 word in from the last word.

DO NOT CONCERN YOURSELF WITH COMPREHENSION. Keep each line to a maximum of 1 second, and increase the speed with each subsequent page. Read, but under no circumstances should you take longer than 1 second per line.

2) Technique (1 minute):

Use the pen to track and pace at a consistent speed of one line per second. Begin 2 words in from the first word of each line, and end 2 words in from the last word.

3) Speed (3 minutes):

Begin at least 3 words in from the first word of each line, and end 3 words in from the last word. Repeat the technique, keeping each line to no more than ½ second (2 lines for a single “one-one-thousand”).

Some will comprehend nothing, which is to be expected. Maintain speed and technique-you are conditioning your perceptual reflexes, and this is a speed exercise designed to facilitate adaptations in your system. Do not decrease speed. ½ second per line for 3 minutes; focus above the pen and concentrate on technique with speed. Focus on the exercise, and do not daydream.

Fourth – Calculate New WPM Reading Speed

Mark your first line and read with a timer for 1 minute exactly- Read at your fastest comprehension rate. Multiply the number of lines by your previously determined average words-per-line to get determine your new words-per-minute (wpm) rate.

Congratulations on completing your cursory overview of some of the techniques that can be used to accelerate human cognition (defined as the processing and use of information).

Final recommendations: If used for study, it is recommended that you not read 3 assignments in the time it would take you to read one, but rather, read the same assignment 3 times for exposure and recall improvement, depending on relevancy to testing.

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Interesting to know that Wright brothers invented and flew the first airplane in 1903. It is considered the world’s first “sustained and controlled heavier-than-air powered flight.” Their aircraft, the Wright Flyer, flew about 120 feet. Today, the newest Boeing 787 can fly 10,000 miles on a single tank of gas.

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The brain’s incredible ability to reshape itself holds true when it comes to learning and memory. You can harness the natural power of neuroplasticity to increase your cognitive abilities, enhance your ability to learn new information, and improve your memory at any age. These 9 tips can show you how:

Give your brain a workout
Don't skip the physical exercise
Get your Zs
Make time for friends
Keep stress in check
Have a laugh
Eat a brain-boosting diet
Identify and treat health problems
Take practical steps to support learning and memory

Have you ever dreamed about living in a place like this one?

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Interesting fact!

Night owls, take note!

That sleep deficit you've been accumulating has real and dangerous implications for your brain, and not just because it makes you sleepy during the day. Sleeping less than seven or eight hours a night has been linked to cognitive decline, memory loss and possibly even Alzheimer's, new research shows.

P. Murali Doraiswamy, M.D., a brain researcher at Duke University in Durham, N.C., explains what your brain does during sleep.

Clears out toxins
Most people think that when you sleep, your brain goes to sleep, too. But it turns out that parts of your brain are several times more active at night than during the daytime. One of them is a newly discovered drainage system called the glymphatic system, which is kind of like your city's sewage and recycling system; its job is to clear out and recycle all your brain's toxins. One protein very actively recycled during sleep is involved in developing amyloid plaque, the hallmark of Alzheimer's. No one is saying that Alzheimer's is all caused by sleep deprivation, but it may be a factor.

Repairs daily wear and tear

New research indicates chronic sleep deprivation can lead to irreversible brain damage. A University of Pennsylvania animal study found that extended wakefulness can injure neurons essential for alertness and cognition — and that the damage might be permanent. Short sleep may also be linked to shrinking brain volume, though it's not clear whether the lack of sleep causes the brain to shrink or whether a smaller brain makes it harder to sleep. Other studies have led scientists to conclude that chemicals secreted during the deeper stages of sleep are crucial for repairing the body — including the brain.

Makes order from chaos

As you go about your daily activities, your brain is exposed to thousands of stimuli — auditory, visual, neurosensory. And it can't possibly process all that information as it comes in. A lot of the tagging and archiving of memories occurs at night while you're sleeping. It's a bit like what goes on in a library. All the books dropped off in the book repository during the day are dusted off and cataloged at night. People who think they've adapted well to sleeping just four or five hours a night are often wrong; memory tests show they are not functioning optimally.

Creates memories
One of the chemicals involved in creating memories — acetylcholine — is also involved in sleep and dreaming. What happens in people who start to develop Alzheimer's is that the brain cells that produce acetylcholine are destroyed, so people stop dreaming as much. Interestingly, a side effect of the most commonly used drug to treat Alzheimer's — Aricept — is its ability to induce vivid dreams.

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Never give up!

Did you know about that?

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