searching for jobs is depressing
This is still one of my favorite things ever.
I could eat like 5 donuts right now
Scientists looking to boost the efficiency of solar panels are taking a fresh look at an exotic physics phenomenon first observed nearly 50 years ago in glowing crystals.
Called singlet fission, the process can enable a single photon of light to generate two electrons instead of just one. This one-to-two conversion, as the process is known, has the potential to boost solar cell efficiency by as much as 30 percent above current levels, according to a new review paper published in the Journal of Physical Chemistry Letters.
Singlet fission “was originally proposed to explain some weird results that were observed in fluorescent organic crystals,” said the study’s first author Christopher Bardeen, a chemist at the University of California, Riverside. “It received a lot of attention in the 1960s and 1970s, but then it was mostly forgotten.”
Sometimes it takes more than willpower, a strong cup of coffee, and nagging plot bunnies to get you to finish that novel you’re working on.
Cory Arcangel—computer programmer, composer, and artist—has compiled a collection of hilarious tweets from various aspiring writers facing the crazy ride that is writing a novel.
What does it feel like to try and create something new? How is it possible to find a space for the demands of writing a novel in a world of instant communication?
Working on My Novel is about the act of creation and the gap between the different ways we express ourselves today. Exploring the extremes of making art, from satisfaction and even euphoria to those days or nights when nothing will come, it’s the story of what it means to be a creative person, and why we keep on trying.Follow @WrknOnMyNovel on Twitter: https://twitter.com/WrknOnMyNovelBuy Working On My Novel on iBooks now: po.st/WrknOnMyNovel
Check out the Fujitsu Flexbook, a convertible origami tablet that might just be the future of portable computers!
In a subterranean lab at the far corner of Columbia University’s main New York City campus, a couple of men in lab coats and safety glasses discuss a problem in their research. Across the hall, a woman attired similarly is at work in the machine shop. Glassware, chemicals in jugs, tubing and various equipment cover what seems like every corner of bench space.
These people are part of Samuel Sia’s 30-member crack team of chemists, biologists and engineers. Sia, a biomedical engineer, has gathered them together to help foment a medical revolution.
Their idea: to outsource to individuals and family doctors the tests that are now the exclusive domain of centralized labs and hospitals. Their weapons are a new crop of coming diagnostic technologies that are smaller, cheaper and smarter than anything on the market today. Inherent to this change in the business model is the jailbreak of patients’ medical data from healthcare facilities and insurance companies back to the patient and doctor from where it came.
“Whenever we want to know about our own body, we have to go through the healthcare system,” Sia tells Txchnologist. “You shouldn’t have to do that. Are you vitamin deficient? Do you have the flu? Are you trying to get pregnant? What is that new Mediterranean diet doing to your body? You should be able to monitor your own body, but right now it’s out of your hands.”