Starting to love this show. Enlisted. Fridays.
Starting to love this show. Enlisted. Fridays.
"We’d been having a sort of tacit conversation about it for a couple years. Then one day, his sister, who already knew, was teasing him about having a crush on a boy at school. And I heard him say: ‘Well, maybe it’s true!’ So I said: ‘Son, we’ve never really talked about this. Are you gay?’ And even though he was 6’4”, he came over to me, curled up in my lap and just sobbed and sobbed. It was one of the most beautiful moments of my life, actually.”
"Gina I’ve got a problem. This game is starting to affect my work."
Again, if you’re not watching Brooklyn Nine-Nine, you’re missing out :)
The thing I’ve been working on for a couple of years :)
"Before the chemo, I had this long, beautiful hair that everyone was always commenting on. But when we first met, he walked up to me and said: ‘Has anyone ever told you that you have the most beautiful smile?’"
Today, there is an increased push for the American education system to improve their STEM programs as well as to get students to show interest in the fields. It is important to bring attention to some of the African-American females that have, and are still, paving the road for future scientists, astronauts or any STEM degree holders.
These women are just some of the many examples of African-American contributions to science. (Descriptions pertain to the women in the order they appear on the photoset, from up down, left right)
Mercedes Richards PH.D is a professor of astronomy and astrophysics at Pennsylvania State University. Originally from Jamaica, Dr. Richards received her Doctoral degree at the University of Toronto. In 2010 Dr. Richards received the Fulbright Award to conduct research at the Astronomical Institute in Slovakia. research focus is on binary stars; twin stars formed at the same time.
Willie Hobbs Moore PH.D is the first African-American woman to earn a PH.D in physics in 1972. She received it at the University of Michigan at Ann Arbor. Her thesis research involved important problems in vibrational analysis of macro molecules.
Beth Brown PH.D (1969-2008) was an Astrophysicist in the Sciences and Exploration Directorate at NASA’s Goddard Space Flight Center. Born in Roanoke, VA, she grew up watching Star Trek and Star Wars and was fascinated with space. In 1998, Dr. Brown becoming the first African-American woman to earn a doctorate in Astronomy from the University of Michigan.
Chanda Prescod-Weinstein PH.D is currently a NASA Postdoctoral Program Fellow at the Observational Lab in Goddard Space Flight Center in Greenbelt Maryland. Originally from Los Angeles California Dr. Prescod-Weinstein specializes in theoretical cosmology.
Dara Norman PH.D is a professor at the University of Washington. Dr. Norman grew up in the south side of Chicago Illinois. She went to MIT as an Undergraduate and worked at NASA Goddard in Maryland. Dr. Norman currently specializes in gravitational lensing, large scale structure and quasars (quasi-stellar objects). This year she was honored with the University’s Timeless Award for her contributions and accomplishments to astronomy. In 2009 she was invited to the Star Party at the White House.
Jeanette J. Epps PH.D from Syracuse NY is a NASA astronaut. She received her PH.D in Aerospace Engineering from the University of Marylan in 2000. Dr. Epps was selected in 2009 to be one of the 14 members of the 20th NASA astronaut class. She recently graduated from Astronaut Candidate Training.
Shirley Ann Jackson PH.D is the second African-American woman to earn a PH.D in physics and the first from MIT. In 2009 Dr. Jackson was appointed to serve on the President’s Council of Advisors on Science and Technology. She is currently the President of the Renssalaer Polytechnic Institute.
Yes, ladies, you go!
OH MY GOd
From Mental Floss. This is actually a pretty interesting article. And short.
Because your nostrils split their workload. Throughout the day, they each take breaks in a process of alternating congestion and decongestion called the nasal cycle. At a given moment, if you’re breathing through your nose, the lion’s share of the air is going in and out of one nostril, with a much smaller amount passing through the other. Every few hours, your autonomic nervous system, which takes care of your heart rate, digestion and other things you don’t consciously control, switches things up and your other nostril does all the heavy lifting for a little while. The opening and closing of the two passages is done by swelling and deflating erectile tissue - the same stuff that’s at work when your reproductive organs are aroused - up in your nose.
The nasal cycle is going on all the time, but when you’re sick and really congested, the extra mucous often makes the nostril that’s on break feel much more backed up.
There are at least two good reasons why nasal cycling happens.
One, it makes our sense of smell more complete. Different scent molecules degrade at different rates, and our scent receptors pick up on them accordingly. Some smells are easier to detect and process in a fast-moving airstream like the decongested nostril, while others are better detected in the slower airstream of the congested nostril. Nasal cycling also seems to keep the nose maintained for its function as an air filter and humidifier. The alternating congestion gives the mucous and cilia (the tiny hairs up in your nose) in each nostril a well-deserved break from the onslaught of air and prevents the insides of your nostrils from drying out, cracking and bleeding.
When you cry, most of your tears spill over your lower eyelid and run down your face. Some of them, though, don’t quite make it over the hill and instead go back down into the tear ducts and into the nasal cavity, which is connected to the ducts. If you’re really bawling, you’ll have quite a few tears running down into the nose, and their salinity also helps loosen up mucous and get it flowing, giving you a runny nose.