Tell Me How To Forget You

Slytherclaw vs Gryffinpuff  → Scorbus by @percyweascly (prev. requlus-black)

ALBUS: And it’s something I should have said a long time ago. In fact, you’re probably the best person I know. And you don’t — you couldn’t — hold me back. You make me stronger — and when Dad forced us apart — without you —

SCORPIUS: I didn’t much like my life without you in it either.

It’s okay if you don’t want the same things as me in the long run. Because I like you a lot and you make me happy but we both will change in ways we can’t be sure of. So it’s okay if we don’t share a forever as long as we have right now.

(via i-wrotethisforme)

bless JK🙌

A cosmic barbecue: Researchers spot 60 new ‘hot Jupiter’ candidates

Yale researchers have identified 60 potential new “hot Jupiters"—highly irradiated worlds that glow like coals on a barbecue grill and are found orbiting only 1% of Sun-like stars.

Hot Jupiters constitute a class of gas giant planets located so close to their parent stars that they take less than a week to complete an orbit. Second-year Ph.D. student Sarah Millholland and astronomy professor Greg Laughlin identified the planet candidates via a novel application of big data techniques. They used a supervised machine learning algorithm—a sophisticated program that can be trained to recognize patterns in data and make predictions—to detect the tiny amplitude variations in observed light that result as an orbiting planet reflects rays of light from its host star.

Millholland and Laughlin searched systematically for reflected light signals in the observations of more than 140,000 stars from four years of data from NASA’s Kepler mission. The Kepler spacecraft is best known for enabling the detection of thousands of exoplanets that transit their host stars. During a transit, a planet passes in front of a star and causes a periodic dip in the observed starlight.

Reflected light signals can be difficult to distinguish from stellar or instrumental variability, the researchers said, but a big data approach enabled them to pull out the faint signals. They generated thousands of synthetic datasets and trained an algorithm to recognize the properties of the reflected light signals in comparison to those with other types of variability.

The reflected light signals hold rich information about the planets’ atmospheres, according to the researchers. They contain characteristics such as cloud existence, atmospheric composition, wind patterns, and day-night temperature contrasts. Read more at: phys.org

Bertha Parker Pallan (1907-1978) was a Native American archaeologist, of Abenaki and Seneca descent. Her parents were Behula Tahamont, a Native American actress, and Arthur C. Parker, the first president for the Society of American Archaeology. 

Parker discovered and participated in many archaeological sites during her career, but she is best known for her work at the site of Gypsum Cave. Although she was originally hired her as the expedition cook and secretary, she was allowed to explore the cave and was able to reach more inaccessible areas. It is here that she uncovered the first giant ground sloth remains in association with humans, a discovery that received national attention among anthropologists. After her time at Gypsum Cave, she discovered two additional sites: Corn Creek Campsite, and a pueblo site at Scorpion Hill. She worked for over 10 years as an Assistant in Archaeology and Ethnology at the Southwest Museum, where she published a number of archaeological and ethnological papers in the museum journal. In her later years, she acted as a technical advisory and consultant on TV shows and movies depicting American Indians, and hosted her own TV show on Native American history and folklore.

Bertha Parker Pallan was a ground-breaker in many aspects. She is considered the first female Native American archaeologist, and she is one of the first women  recognized for conducting her work at a high level of skill in the field without a university education. Additionally, her role as a consultant for TV and movies influenced how American Indian cultures and their histories were depicted in the media.

Ned: *pulls back shower curtain while Peter is in there*

Ned: Hey, are we - dude, stop screaming, it's me - are we out of Doritos?