Why Do I Never Become Angry?

A2A. Hahah!The reason behind my laugh is that I am an angry girl.

I gets angry very badly. I shout and cry loudly when I am angry.Only people like me can understand this.

If I say that Psychologists have discovered that there are three causes of anger:Our desires , goals and expectations are not met.Anger is a natural emotion that alerts us when something has violated thebnatural order of how we think things should go. Science has said that the bodily effects of anger are meant to motivate us to take charge and restore the balance of right and wrong.

But for this to occur, you have to get angry for the right reason and exlress your anger appropriately.It can be like why you feel like not getting angry,Your all desires came trueYour all goals are set,May be you don't get threaten by anybody,May be you don't find any point in fighting with others,May be you are getting all you want. May be you are going with the flow.

May be people can easily influence you to do the way they want.May be you don't have much energy to fight or discuss with others.Or may be you take things so easily.

May be you have good friends.And dude may be you are enjoying your life to the fullest. May be all the things in your life are going right.

But what I feel is that anger is like a vomit , as vomiting is helpful to reduce the poision from our body likewise anger is same. It's good if we take out some negativity from our brains but it should not hurt anyone. Researchers has given some point that anger is beneficial in some case:-IT MAKES US FOCUS MORE ON REWARDS.

When you are upset because nothing is going right and you feel like the world is against you, anger is fuel that drives you to prove everyone wrong. That is why people feel so motivated to prove their haters wrong. WHEN WE ARE ANGRY , WE ARE MORE OPTIMISTIC.

It sounds contradictory , but being angry makes us think more positively about the future. This is because when we are angry we feel like we are in control. IT BOOSTS CREATIVITY.

Studies show that when you are angry, you experience heightened energy levels and your thought process becomes more flexible, allowing you to come up with more and more original ideas than you can in your neutral state.Hope you get what you are seeking

· Other Questions

How many programming language does a professional programmer know?

There is only one programming language a programmer must know: C.

C is as close as you can get to the hardware while still writing cross-platform code. (LLVM IR and C-- may be closer, but, as far as I know, they are only used as compiler targets. )If you know C, you know how memory works, and you will understand other languages more.

Every language that matters can call C object code. It's the lingua Franca of programming.However, you should also learn a few other languages, depending what domain you're in.

C is a great for smaller programs and libraries, but the kinds of bugs you can get in C are NASTY, and you have to basically implement everything from scratch in C. Ain't nobody got time for thatbesides User-13647972206346487588 and Linus Torvalds.SQL is also one everyone should know, not because the language is fantastic, but because relational databases are fantastic, and they are everywhere.

Other than that, whatever. I heard people like Java, C and JavaScript. I mostly use Python and Julia and play with Haskell and Lisp, but sometimes I hold my nose and write JavaScript because it runs in the browser and the browser is the ultimate GUI application distribution platform (and runtime).

I don't care what specific languages you know, but here are some recommendations:An OO language. Java or C# if you want to be pragmatic, Smalltalk if you want to learn it properly.A functional language.

Haskell is the archetype, but Clojure or Erlang are also cool. OCaml is my favorite these days.Some kind of Lisp.

A Scheme (probably Racket) if you just want the learning experience. Common Lisp if you want to get stuff done. All programmers must experience Lisp macros/symbolic metaprogramming.

A dynamically-typed, scripting language (whatever that means). Python, Ruby, JavaScript, Perl, Lua, Julia. Smalltalk and Lisp are dynamically-typed, but they are never referred to as scripting languages, perhaps because they are not ideal for automation.

Not sure why.A statically typed language with generics. Java, C, C#, OCaml, Haskell, Rust, etcetera ad infinitum, Amen.

Learn Factor if you want your mind blown.If you bothered to learn C properly, like I told you, learn Rust, too. It's the safe version of C or something.

edit: this is obviously not really true, but its a language that was designed to be useful for the same kinds of things as C and C while avoiding aspects that make them unsafe.Learn AWK, because I like it and I'm the one making the list. Maybe not entirely practical

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What are the newest social media platforms?

Google My Business.That is how people find local businesses. Not Instagram or Facebook.

Some studies have shown that consistently posting on Google My Business helps business improve their local search ranking and show up in the Google Maps 3-pack.If you need a way to post to Google My Business and social media at the same time, I am the founder of a social media tool called OneUp that allows you to schedule and automatically repeat your posts on Facebook, Twitter, LinkedIn, and Google My Business.I am obviously biased, but I think it is the best tool for posting to social media and Google My Business at the same time.

Here are some of the features:Posting to multiple accounts - For people who are posting to more than one social network at a time, OneUp makes it easy to post to FB Pages and Groups, LinkedIn profiles and pages, Twitter, and Google My Business all at once. You can even customize the post for each social network, and directly import free, high-quality images with our Unsplash integration.Canva integration - OneUp directly integrates with Canva.

Just click the Design on Canva button in the scheduler, and Canva will open directly inside of OneUp.Click the "Publish" button in the Canva editor, and your image will be uploaded to OneUp directly. No need to download images from Canva, then upload to OneUp :)Repeating post - OneUp gives you the option to automatically repeat your posts at whatever interval you choose, such as every 3 weeks.

Then post it now, schedule it for the future, or save the post in your Drafts folder.Posting to Google My Business - OneUp is one of the few social media scheduling tools that supports Google My Business post scheduling. OneUp supports Call-To-Action buttons, and different post types such as Event posts.

RSS feed automation - If there are any blogs, podcasts, or YouTube channels that put out good content consistently, you can add the RSS feed links in OneUp, then whenever new content is posted from those places, it is automatically shared to the pages you select. Or, you can choose to have each new item from the feed go to your Drafts folder, so you can review which posts you want to publish.Chrome Extension - Using the OneUp Chrome extension, you can easily schedule many images at once from any website.

You can choose which images from the website you want to post to social media, bulk update or individually update the descriptions and links for each post, then schedule them to be posted with a set interval (such as every 60 minutes), or choose custom dates and times for all of them.Customizable UTM parameters - OneUp lets you customize UTM parameters so you can keep track of how your links are performing in Google Analytics.Link Shortening - Connect your Bitly account and OneUp will automatically shorten any links and allow you to track clicks through Bitly.

Schedule Twitter Threads - Not many scheduling tools allow you to schedule Twitter threads (AKA tweetstorms), however you can do so with OneUp

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How is a quantum computer programmed?

This is a good question! I will talk a little about the more practical parts of control; we all know how to program and For loops are universal.

Most algorithms are written in terms of a circuit diagram (see Nielsen and Chuang's book).Labs all around the world are starting to "wire up" quantum systems into quantum computers. The best have already been experimenting with 2- and 3-qubit algorithms (not counting the decades old field of NMR quantum computing, which I don't know as much about and where they may have on the order of 10 qubits).

I've seen a few other labs, and there is some standard gear, but not always. Most experiments so far in quantum computing are straightforward, one-shots. That is, there are no if's or branches.

An experiment is generated (we use Mathematica, others use Matlab or Python!), and loaded onto an Arbitrary Waveform Generator (Tektronix AWG5014, for example). It executes the program every 1ms or so, allowing us to build up enough repetitions to ascertain what really happened.

The experimentalist looks at the data, tweaks some knobs, and runs it again until it does what he wants. That's actually something you realize pretty early in grad school: research takes people-hours, and there's only so much you can figure out when someone's not sitting at the controls.Recently though, every top-notch lab around the world has started using a quantum-limited "parametric amplifier".

The concept is a little black-magic, but the result is this: you can interrogate the state of a qubit during the experiment without ruining the process. In fact, it is significant that you can restrict how much you are might even be allowed to learn about the quantum state because. complete knowledge tends to destroy the more subtle and beautiful parts of quantum mechanics that the computer is relying on.

This information allows feedback which is where you get your branches and conditionals. There are groups working on logic "on-chip", using RSFQ superconducting logic; it's complicated, and a tough problem. For now the quantum computer is kept cold at 10mK and separated by a few meters from the (warm) classical computer that controls it.

So actually, all that might not really be answering your question. But here's where I can be of use. "Programming" in the future will require understanding how to manipulate the feedback.

Here's what I can recommend you learn:QuTIP (qutip - Quantum Toolbox in Python - Google Project Hosting) is what we are using to simulate quantum bits. Individual quantum bits are vectors on the "Bloch Sphere" that allow superpositions and a phase. Add another bit and the picture complicates exponentially, as many will tell you.

But QuTIP is actually useful in visualizing it. It requires Python, which is also a good idea; it's becoming a standard for scientists and is even used (though not so much as LabVIEW) to control our instruments. FPGA programming.

It's needed to do the feedback with as low latency as possible. Right now we have a bunch of physicists hacking away on Virtex-6 FPGA's; this isn't efficient. If you understand VHDL and Verilog there's a good chance you could find a job in-house in a quantum computing lab in a couple years, once things really get complicated.

Mathematica and Matlab, of course. I guess any platform will do, but this is what is used to interface with other work and other people (it's important that when you share your work, others will understand it)