#jungle #dangerous #trip #islamabad #jungle While Traveling To Damane Koh

#ittehadsteel #ittehad #islamabad #marghazarzoo (at Islamabad, Pakistan)

#pakiatan #jeep #rally #islamàbad #peaceful #pakistani #2017 #specialday (at Islamabad, Pakistan)

“If you are in this to see change in your lifetime, get out now.”  Love this story.

I love your blog and I constantly look to it for advice but I have a bit of an issue Can you give a few tips on forming good study habits? I've never really had to study and I've managed to keep good grades my entire life. I just started uni and I'm starting to struggle with work and keeping up with everything. Struggling academically and studying are both new things to me and I really regret being too arrogant to form good habits earlier

Studying Tips

1. Study schedule. Before you even start studying, sit down and plan out your time. Print out some weekly templates and physically write out your time schedule. Don’t schedule studying time during unproductive hours like early in the morning or late at night. Make sure to spend an equal amount of time on all your subjects (even the ones you “know” already) and to revisit each subject as many times as possible.

2. 90 Minutes. 90 minutes is the absolute maximum that you should study without taking a break. Over 90 minutes, and your ability to retain information is lost. Don’t push yourself! Take a break and come back to it later.

3. Make flashcards. You probably already have some lying around your room, if you don’t they cost like $2 at CVS. These are absolutely necessary for finals with lots of vocabulary (like History or English). See my flashcard procedure below!

4. Neat. You’re going to be starring at this study material for a long time- you might as well make it as clean and easy to read as possible! Rewrite any notes that were scribbled hastily. Make your study notes look like Mona Lisa!

5. Colorful. Highlight only what is absolutely necessary and study that, so that you won’t waste time studying what’s not important. Also, color code everything! Your Calculus notes are blue, so that it doesn’t get mixed up with English 102, which is green.

6. Post-its. Want another way to memorize vocab? Write words and definitions on post-it notes and stick them around your apartment/house/dorm. I like to put them in my bathroom so I have to stare at them while on the toilet, on the fridge at eye level, and by light switches.

7. Separate subjects. Don’t try to cram all of your subjects into one study session, especially unrelated subjects like Art History and Accounting. Take one study session to work through Art and one for Accounting, and so on.

8. Review before going to bed. Studies have shown that studying directly before bedtime does help us memorize things better. While studying before sleeping may not be a completely conducive process for you, try to incorporate some reviewing before you close your eyes. Go over vocabulary in your head, recite formulas, etc.

9. Study over time. Don’t try to study for all of your finals in one shot! Spread your studying over as much time as possible. Go back and review subjects that you already feel confident about.

10. Avoid the anxious atmosphere. I’ve always hated that anxious atmosphere that develops around people who are about take finals. You know- one of your classmates will be crying, another rocking back and forth while listening to music, yet another pacing up and down anxiously trying to memorize last minute equations. You don’t need to be distracted by all this anxiousness- you’ve already prepared as much as you possibly can! Unless you have somebody who is calm and willing to work through flashcards with you, avoid your classmates like the plague!

Flash Cards Procedure

This is my personal favorite way to study with flash cards!

1. Learn the first flashcard, recite the answer out loud and place the flashcard down in a pile.

2. Learn the second flash card, reciting its answer out loud.

3. Before finishing with the second flash card, turn back to the first flash card and recite the first flash card’s answer out loud.

4. Put both cards down in their own pile.Move on to the third flashcard, reciting its answer out loud.

5. Then recite the answers for both the first and second flashcard, before adding the third card to the pile.

6. Continue on this way, reviewing the answers to the previous cards before moving on to the next card.

This may seem super redundant, but it really works and got me through my History of Music 2 final which included 100 short answer vocabulary questions!

#Zaid_Zubair (at Islamabad, Pakistan)

Stretchy Artificial 'Skin' Could Give Robots a Sense of Touch

Rubber electronics and sensors that operate normally even when stretched to up to 50 percent of their length could work as artificial skin on robots, according to a new study. They could also give flexible sensing capabilities to a range of electronic devices, the researchers said.

Like human skin, the material is able to sense strain, pressure and temperature, according to the researchers.

"It's a piece of rubber, but it has the function of a circuit and sensors," said Cunjiang Yu, an assistant professor of mechanical engineering at the University of Houston. Yu and his team describedtheir innovation in a study published online Sept. 8 in the journal Science Advances. [Super-Intelligent Machines: 7 Robotic Futures]Yusaid the rubber electronics and sensors have a wide range of applications, from biomedical implants to wearable electronics to digitized clothing to "smart" surgical gloves.Because the rubbery semiconductor starts in a liquid form, it could be poured into molds and scaled up to large sizes or even used like a kind of rubber-based ink and 3D printed into a variety of different objects, Yu told Live Science.One of the more interesting applications could be for robots themselves, Yu said. Humans want to be able to work near robots and to coexist with them, he said. But for that to happen safely, the robot itself needs to be able to fully sense its surroundings. A robot — perhaps even a soft, flexible one, with skin that's able to feel its surroundings—could work side by side with humans without endangering them, Yu said.In experiments, Yu and his colleagues used the electronic skin to accurately sense the temperature of hot and cold water in a cup and also translate computer signals sent to the robotic hand into finger gestures representing the alphabet from American Sign Language.Electronics and robots are typically limited by the stiff and rigid semiconductor materials that make up their computer circuits. As such, most electronic devices lack the ability to stretch, the authors said in the study.In research labs around the world, scientists are working on various solutions to produce flexible electronics. Some innovations include tiny, embedded, rigid transistors that are "islands"in a flexible matrix. Others involve using stretchy, polymer semiconductors. The main challenges with many of these ideas are that they're too difficult or expensive to allow for mass production, or the transmission of electrons through the material is not very efficient, Yu said.This latest solution addresses both of those issues, the researchers said. Instead of inventing sophisticated polymers from scratch, the scientists turned to low-cost, commercially available alternatives to create a stretchy material that works as a stable semiconductor and can be scaled up for manufacturing, the researchers wrote in the study.Yu and his colleagues made the stretchable material by mixing tiny, semiconducting nanofibrils — nanowires 1,000 times thinner than a human hair — into a solution of a widely used, silicon-based organic polymer, called polydimethylsiloxane, or PDMS for short.When dried at 140 degrees Fahrenheit (60 degrees Celsius), the solution hardened into a stretchable material embedded with millions of tiny nanowires that carry electric current.The researchers applied strips of the material to the fingers of a robotic hand. The electronic skin worked as a sensor that produced different electrical signals when the fingers bent. Bending a finger joint puts strain on the material, and that reduces electric current flow in a way that can be measured.For example, to express the sign-language letter "Y," the index, middle and ring fingers were completely folded, which created a higher electrical resistance. The thumb and pinky fingers were kept straight, which produced lower electrical resistance.Using the electrical signals, the researchers were able spell out "YU LAB" in American Sign Language.Yu said he and his colleagues are already working to improve the material's electronic performance and stretchiness well beyond the 50 percent mark that was tested in the new study."This will change the field of stretchable electronics," he said.

How to learn astrology; read as many books as available to you

Watch people, talk to people, love people, be in awe of people

Watch Disney movies through the eyes of mythology, read fairytales and biographies see everyone as a god and goddess, fall asleep contemplating the cosmos

Listen to people. Understand them. See their solar system come to life. Attend the daily classes the universe has written and follow its lesson plan. See the unity in everyone, worship their spirit and story