I'm in on the calendar project!š„³
I'm in charge of August!š
Want to learn how to write creatively? Here are some free lessons and courses to help improve your writing. Note that all resources listed below are online, free to use and require no payment or credit card.Ā
Be warned that many of these links are aimed at people at the university / college level.
General Creative Writing:
Open University: Start writing fictionĀ [Full length]
Creative Writing Course [ Full Length]
MITOpenCourseware - Writing and Reading Short stories [Full Length]
MIT - Genre FIctionĀ [Full Length]
Coursera - Writing for young readersĀ [ Full length]
Coursera - Creative writing (plot)Ā [Full Length]
Coursera - Creative writing (Style) [Full Length]
Coursera - Creative writing (Setting& Description)Ā [Full Length]
Coursera - Creative Writing (Characters)Ā [Full Length]
Coursera - Capstone: Your Story [Full Length]
Alison - English Writing Skills [Full Length]
edX - How to write a novel[Full Length]
Coursera - Poetry Workshop [Full Length]
Coursera - Script Writing: Write a Pilot episode for a TV [Full Length]
Itunes: Creative Writing Masterclass [Audio]
Writing tutorial Playlist [Video playlist]
How to write fiction stories [Video]
Developing voice or style [Video]
How to write a story that rocks [Video series]
Mystery and crime:
Mystery Writing tips [Video]
Crime writing workshopĀ Robin Masserman [Long Video]
Fantasy & Scifi:
Fantasy and Scifi writing courseĀ [Full length]
MIT - Modern Science fiction [Full Length]
MIT - Writing science fiction [Full Length]
Comedy:
Ted-Ed- How to make your writing funnierĀ [Video]
Chuck Roy - The Reverse [Video]
Chuck Roy - How to Write a Joke (double entendre) WARNING: Adult content [Video]
Go ahead, Make me laughĀ [ebook]
Misc & Resources:
Gotham writing questionnaireĀ [Form]
Marcel Proust Character QuestionnaireĀ [Form]
Freelance Writing [Ebooks]
Warm up writing tips [Video]
Key:
[ Full Length] = Long course with sections, sometimes free university courses.
[Ebook] = Free Ebook to read online or download.
[Form] = Form to fill out to help you
[Video] = A short video
[Audio] = Audio based learning
Girls when they need to buy eggs from the store
I want to get to college I donāt wanna be a disappointment to my family, please I wanna do good i dont want to be a failure please let just have this one chance
* Papyrus joins the team! The power of cute babybones fills you with... drip.
Part 1
A comparison of a male Pacman Frog, left, and a female, right. Or perhaps a bowl of spaghetti hoops with guacamole?
so excited to watch myself grow into an even more confident, sexy, inspiring, kind, successful and overall amazing woman
Blog# 196
Saturday, May 28th, 2022
Welcome back,
Although life on Earth may seem rather stable and unchangingāthe tide goes in and out, the Sun rises and sets, and the months bleed on the same as alwaysāin the grand scheme of things, our universe is actually a rather dynamic place.
Everyday, millions of stars are born and die, and in the end, the same thing will happen to our own Sun.
A few billion years from now, as our star begins to transition into a red giant, temperatures on our world will increase, and life will be extinguished. Ā Just a few billion years after that, once the Sun exhausts its supply of material to sustain nuclear fusion, it will begin its death throes. When this happens, it will cast off its outer layers and, eventually, fade into darkness.
Nothing in our universe is eternalā¦or is it?
Atoms areĀ the building blocks of matter. They, quite literally, make our universe what it is. When we die, our bodies do not turn into nothing; rather, they are broken down into their constituent parts and recycled into the ecosystem. In short, our atoms go on long after we are gone.
But just how long can atoms last? Will they eventually be broken down intoā¦nothing?
To answer this question, you need to understand a little bit about how atoms work. As you may know, atoms contain protons and neutrons, and they are surrounded by a āshellā of electrons. The number of electrons that are found in the cloud are equal to theĀ number ofĀ protons. This helps create stability.
Ultimately, the number of protonsĀ is what determines the atomic number. For example, heliumĀ has two protons, so its atomic number is two (and it appears second on the periodic table of elements). The number of neutrons that are found in an atom are generally consistent, but not always. And if an atom doesnāt have the ācorrectā number of neutrons, sometimes, the atom may lose a neutron (kind of like how you lose a sock in the wash). When this happen, the atom becomes unstable and, in an attempt to become a stable atom, it shoots off subatomic particles. Most often, the atom will shoot off an electron.]
This is how atoms breakdown.
Anytime that you have a heavy atom, there is some risk that it will spontaneously start to break down into smaller particles. This is known as āradioactive decay.ā This is just a very basic breakdown. Please see the link for more on radioactive decay.
To return to the point at hand, unfortunately, this is aĀ stochastic processĀ (which means that it has āa random probability distribution, or pattern that may be analyzed statistically, but may not be predicted preciselyā). In other words, we canāt pinpoint exactly when a breakdown will occur - when a subatomic particle will be shot off; however, since we can analyzeĀ the pattern, we canĀ determine how many atoms will decay over anĀ average time, which is called the āhalf-life,ā and it is a very reliable estimate.
Since an atom hasĀ a finite number of protons and neutrons, it will generally emit particles until it gets to a point where itsĀ half-life is so long, it is effectively stable. For example,Ā Bismuth-209 is believed to have the longest decay rate. It undergoes something known as āalpha decay,ā and itās half-life isĀ over a billion times longerĀ than the current estimated age of the universe.