Carnival in the Summer!
Tuesday, July 29, 2014
Wednesday, November 27, 2013
The 20 Pictures Girls Need to Stop Posting in Social Media
This is the proper Social Media Burn Book |
Everyday, our feeds on Facebook, Twitter, and Instagram are flooded with
the same old crap. Girls are going crazy taking pictures of EVERYTHING
throughout their days, and subjecting their friends to this garbage on
all the social media sites. These following 20 pictures are the most
commonly posted, and the reason Zuckerberg gave us an 'unfriend' button, bless his heart!
20. Sunset
Thank you. I have never seen one before. Unless you live in Alaska or Siberia, leave it off my feed. |
19. Legs at the beach
18. Alcohol
LOOK HOW MUCH FUN IM HAVING AND IM SO COOL BECAUSE IM DRINKING ALCOHOL!" I'm going to assume your stupid hashtags underneath are #beerthirty #fiveoclocksomewhere #sexonthebeach. |
17. Pet
16.Off-spring
15. Outfit for the day or morning or afternoon or evening...whatever
I just don't know if I would get any sleep if Alison didn't post her "outfit of the day" EVERYDAY! It is comical to make fun of all the fashion mistakes you're making though. |
14. Selfies
13. Text Conversation
12. Plane wings
Ohhhh so when you checked in at JFK an hour ago, I thought that meant you were running to Miami. Thank god the plane wings cleared that confusion right up. |
11. Clouds
What are these giant cotton balls? Am I dreaming? Oh wait, its those things I see every day of my life. They may never appear again, thanks for documenting it. Oh and that double rainbow too. |
10. Mirror Selfie
9. Nail art
Fresh mani! Don't my Minions from Despicable Me look ravishing in nail lacquer? I'm also 30 years old, maybe not mentally though. |
8. Feet in the sand
What a pensive shot. My friends and I make a friendship circle. with our feet. Maybe this truly replicates the meaning of our friendship, something to trample on.I am super jealous of you guys. |
7. Fortune Cookie
Unless it says "You are an attention whore", I'm not interested in your cracked cookie. |
6. Coffee Art
5. Fireworks
Celebrate! Celebrate your complete lack for creativity and skills in photography. |
4. Holding hands
Please believe how happy we are! Is that a promise ring? That's probably all it'll ever be. |
3. Attempt at applying Make up
Why? To see your pathetic attempt at doing your eye shadow and eyeliner? What a turn on for a guy, seeing this girl he knows having a striking resemblance to that creepy dead girl from the Grudge. |
2. Driving Selfie
1. Food: Breakfast, Lunch, Dinner, Midnight snack or snack
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
Tuesday, November 26, 2013
Dear Tech (3D) Nology
The concept of 3D printing has finally gone big time!
The concept of 3D printing is by no means new, however. Chuck Hull invented and patented stereo-lithography (also known as solid imaging) in the mid-1980s, when he founded 3D Systems, Inc. Since then, advances in the technology have been (and continue to be) made, including the size of the printers themselves, the materials they can use and more.
But how do 3D printers actually work? How can something that looks like our household printer or office photocopier create complex, solid objects in a matter of hours?
It all starts with a concept. The first stage of 3D printing is laying out an original idea with digital modeling — that is, with computer aided design (CAD) or animation modeling software.
Whichever program you choose, you're able to create a virtual blueprint of the object you want to print. The program then divides the object into digital cross-sections so the printer is able to build it layer by layer. The cross-sections essentially act as guides for the printer, so that the object is the exact size and shape you want. Both CAD and animation modeling software are WYSIWYG graphics editors — "what you see is what you get."
If you're not particularly design-inclined, you can purchase, download or request ready-made designs from sites like Shapeways, Sculpteo or Thingiverse.
Once you have a completed design, you send it to the 3D printer with the standard file extension .STL (for "stereo-lithography" or "Standard Tessellation Language"). STL files contain three-dimensional polygons that are sliced up so the printer can easily digest its information.
The 3D Printing Process
Now for the fun part. The first thing to note is that 3D printing is characterized as "additive" manufacturing, which means that a solid, three-dimensional object is constructed by adding material in layers. This is in contrast to regular "subtractive" manufacturing, through which an object is constructed by cutting (or "machining") raw material into a desired shape.
After the finished design file is sent to the 3D printer, you choose a specific material. This, depending on the printer, can be rubber, plastics, paper, polyurethane-like materials, metals and more.
Printer processes vary, but the material is usually sprayed, squeezed or otherwise transferred from the printer onto a platform. One printer in particular, the Makerbot Replicator 2, has a renewable bioplastic spooled in the back of the device (almost like string). When the printer is told to print something, it pulls the bioplastic filament through a tube and into an extruder, which heats it up and deposits it through a small hole and onto the build plate.
Then, a 3D printer makes passes (much like an inkjet printer) over the platform, depositing layer on top of layer of material to create the finished product (look closely — you can see the layers). This can take several hours or days depending on the size and complexity of the object. The average 3D-printed layer is approximately 100 microns (or micrometers), which is equivalent to 0.1 millimeters. Some printers, like the Objet Connex, can even deposit layers as thin as 16 microns.
Throughout the process, the different layers are automatically fused to create a single three-dimensional object in a dots per inch (DPI) resolution.
It's clear that 3D printing has the potential to transform several industries. Take the health field — medical professionals have used 3D printing to create hearing aids, custom leg braces and even a titanium jaw.
Last year, a team of researchers, engineers and dentists created the world's first prosthetic beak for a wounded bald eagle. NASA has tested 3D printers that will let Mars-bound astronauts print what they need as they travel.
Creating 3D-printed meat could fill the human need for protein while having less of an impact on the environment. The KamerMaker (pictured above) is a 3D printer large enough to print entire rooms.
These innovations could have a profound effect on the world, but the 3D printing industry does have at least one drawback — price. Smaller printers, designed for printing toys and other small gadgets, can be as little as $1,000, but the larger, more professional models can cost anywhere from $14,900 to $59,000. And the really advanced, heavy duty models? Those can set you back more than $600,000.
Other cons include the controversies of 3D-printed guns and the threat of copyright infringement.
Nonetheless, there's currently a huge market for 3D printing — $1.7 billion to be exact. And that number is expected to reach $3.7 billion by 2015.
Could 3D printing eventually change the world and even make mass manufacturing obsolete? We'll have to wait and see.
One of the biggest companies to use this technology is Victoria’s Secret.
The lingerie line will be teaming up with Swarovski (Austrian producer of luxury cut lead glass). They will be using the 3D printing process to create angel wings and other outfits for this year’s Victoria’s Secret Fashion Show.
In a recent video uploaded to YouTube, the outfits shown look very delicate and complex, featuring snowflake shapes.
The first Victoria’s Secret angel to sport the new technology is Lindsay Ellingson.
Check out the video below. The process is pretty amazing!
Monday, November 25, 2013
Dear Tech (Futurescape) Nology
Futurescape explores event horizons that will critically alter life as we know it. |
Robots who have the same rights as humans?
The ability to stop the aging process?
The power to read minds?
The ideas -- born of science fiction -- aren't all that unimaginable, according to Science Channel's new series Futurescape With James Woods.
The six-part series, which airs at 10 p.m. ET/PT on Tomorrow (Tuesday), aims to reveal "the advances that will redefine humanity" by examining the next breakthroughs in science and technology, focusing on such topics as telepathy, colonizing space, achieving eternal youth and the integration of robots in our world. They're subjects that fascinate Woods, who not only serves as host and executive producer but also was involved with the show's development.
For Woods' part, he says he was especially interested in exploring not the questions of "can we" create something but "should we" do it just because we can."There's that awful, dreadful moment when you realize what you can do with science, where this fresh sort of creature emerges from the chrysalis and you don't know whether it's going to be something evil or great," says Woods.
The first episode, titled "Robot Revolution," examines a world in which "cutting-edge experiments have transformed machines into creatures with consciousness, while elsewhere, scientists are enhancing the human body with synthetic parts that work better than the real thing," according to the network description. The result is a "not-too-distant world where man and machine are not only equal, but indistinguishable."
The episode creates a scenario in which a robot goes into a voting booth while humans outside stage a protest. Woods says the situation isn't unlike those from America's past.
"If someone said to you that one day robots could vote, everybody would laugh," Woods says. "But people felt the same way about black people voting and women voting. Now we look back in astonishment, and we know that's absurd."
He also points out that scientific advances such as pacemakers and the like have made some humans "bionic," blurring the lines between man and machine even further.
Future episodes include "Cheating Time," which takes a look at advances in medical technology that could rid the world of illness and old age; "Replacing God," which examines the ability to create life from scratch; "Galactic Pioneers," centering on recent advances in propulsion technology, warp drive and solar energy; "How to Be a Superhuman," focusing on advances in genetic engineering and neuroscience; and "I Know What You're Thinking," which shows how scientists can "read minds" with telepathy helmets and scan hidden memories in ways that could threaten privacy.
Woods notes that he also injects his own humor into what's going on around him. For example, when filming a segment about the possibility of cheating the aging process -- and death -- he made a quip about someone who was "only" 150 but had been married 11 times and looked 20: "kind of like some of my friends in Hollywood."
In success, Woods says this is a show he'd like to continue doing as long as he could. There are very important social, scientific, moral and ethical issues that we address in the show."
Asked to make predictions on what he thinks the future holds, Woods is cautious but hopeful.
"It's possible that extraordinary advances in technology and science could help the human race [move toward] curing the most heinous of diseases and limit the ability to age, to live longer and more gracefully," he says. "By the same token, if these potential advances are not managed, we very well could be in worse shape.
Watch a clip from the show, which is exclusive to THR, below.
http://science.discovery.com/tv-shows/futurescape/videos/bioprinting-new-organs.htm
Question Everything
Subscribe to:
Posts (Atom)