Science

Jessica Sanders Is 2019 NM Teacher Of The Year

2019 New Mexico Teacher of the Year Jessica Sanders is a NMHU alumna who teaches science  at Berrendo Middle School in Roswell. Courtesy photo

NMHU News:

  • ‘Teaching science is my passion.’ –Jessica Sanders, 2019 Teacher of the Year

LAS VEGAS, NM – A New Mexico Highlands alumna said she loves going to teach every day ready to empower young scientists to pursue science careers.

New Mexico’s Public Education Department has selected Jessica Sanders, a science teacher at Roswell’s Berrendo Middle School, as its 2019 Teacher of the Year.

Licia Hillman is the principal at Berrendo Middle School, Read More

LANL: Clues To Creating An HIV Vaccine: HIV Sugars Are Key For Effective Immune Responses

Artistic rendition of antibodies targeting ‘gaps’ in the HIV virus’s sugar shield. Blue protein is antibody, and the HIV surface protein called Env is depicted using the predicted sugar shield – dark blue are sites where sugars are attached, green is the predicted sugar shield, and magenta/pink are uncommon gaps in the sugar shield. Study author Kshitij Wagh et al. show that the completeness of sugar shield of the infecting virus is key to developing effective antibody responses in HIV infected individuals. Courtesy/LANL

LANL News:

The search for a vaccine against HIV, the virus that causes

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PEEC: Explore World Of Black Holes Oct. 26-27

Explore the world of black holes this weekend at the Los Alamos Nature Center. At 7 p.m. Friday, join Aycin Aykutalp to learn about her recent research on infant massive black holes in the early universe. At 2 p.m. Saturday, watch the full-dome film ‘Black Holes’. CourtesyPEEC
 
PEEC News:
 
Explore the world of black holes at 7 p.m., Friday, Oct. 26. Aycin Aykutalp will discuss her research on possible pathways for the formation of massive seed black holes in the early universe and on Saturday, Oct. 27 the nature center will show the full-dome film “Black Holes” in the planetarium at 2
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AGU: New Research Shows Strong Indian Monsoons Steer Atlantic Hurricanes Toward Land

Hurricane Maria near peak intensity, moving north towards Puerto Rico, Sept. 19, 2017. New research finds strong monsoons in the Indian Ocean can induce easterly winds that push Atlantic Ocean hurricanes westward, increasing the likelihood they’ll make landfall in the Americas. Courtesy/Naval Research Laboratory/NOAA
 
AGU News:
 
WASHINGTON, D.C. — Strong monsoons in the Indian Ocean can induce easterly winds that push Atlantic Ocean hurricanes westward, increasing the likelihood they’ll make landfall in the Americas, according to new research.
 
A new study finds
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ORNL: Past And Present DOE Missions Displayed In American Museum Of Science & Energy At Oak Ridge

Participants in the Oct. 18 opening of the new American Museum of Science and Energy facility gather for the ribbon cutting. Courtesy/ORNL

From left, Oak Ridge National Laboratory Director Thomas Zacharia, DOE Under Secretary for Science Paul Dabbar and U.S. Rep. Chuck Fleischmann tour the new American Museum of Science &d Energy facility with Museum Director Julia Bussinger. Courtesy/ORNL

Visitors are greeted by an interactive map of Oak Ridge and five exhibit areas when they enter the new American Museum of Science & Energy facility. Courtesy/ORNL

ORNL News:

OAK RIDGE, Tenn. Read More

EM’s Office Of River Protection Energizes Hanford Waste Treatment Plant Analytical Laboratory

The Analytical Laboratory will analyze samples of vitrified low-activity waste to ensure it meets regulatory requirements and standards. Courtesy photo
 
An electrician tests control panel switches in Hanford’s Analytical Laboratory. The laboratory is the first of the Waste Treatment and Immobilization’s four primary facilities to be fully energized. Courtesy photo
 
DOE News:

RICHLAND, Wash. ― EM’s Office of River Protection (ORP) safely finished energizing the Analytical Laboratory at Hanford’s Waste Treatment and Immobilization Plant (WTP) recently, making it the Read More

Arctic Ice Sets Speed Limit For Major Ocean Current

A large pool of meltwater over sea ice in the Beaufort Sea. Courtesy NASA/Operation IceBridge
 
The evolution of sea ice over the Beaufort Gyre: In springtime, as ice thaws and melts into the sea, the gyre is exposed to the Arctic winds. Courtesy of the researchers
 
AGU News:
 
The Beaufort Gyre is an enormous, 600-mile-wide pool of swirling cold, fresh water in the Arctic Ocean, just north of Alaska and Canada. In the winter, this current is covered by a thick cap of ice. Each summer, as the ice melts away, the exposed gyre gathers up sea ice and river runoff, and draws it down to create
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LANL: Arctic Greening Thaws Permafrost, Boosts Runoff

NGEE-Arctic researchers from Los Alamos, University of Alaska Fairbanks and Oak Ridge National Laboratory dig deep snow pits in tall shrub patches to understand the warming effect of snow-shrub interactions on underlying permafrost. Courtesy/LANL

LANL News:

  • Study finds shrubs trap snow, creating permanently thawed zones that destroy permafrost and create pathways for increased water and carbon flow

A new collaborative study has investigated Arctic shrub-snow interactions to obtain a better understanding of the far north’s tundra and vast permafrost system. Incorporating extensive in Read More

NMHU Students Conduct Czech Volcanic Research

Highlands geology graduate student Sindy Lauricella examines a rock sample from the Krasny Vrch volcano in the Czech Republic during field research. Photo by Jake Erickson/Highlands Media Arts
 
NMHU News:
 
LAS VEGAS, NM Highlands University geology students conducted five weeks of groundbreaking research aimed at understanding the legendary Krasny Vrch volcano in the Czech Republic.
 
Highlands University’s three-year $250,000 National Science Foundation Grant, titled From the Roots to the Roof: the Anatomy of Volcanoes, funded three geology students to conduct
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Antarctic Ice Shelf Sings As Winds Whip Across Surface

Study co-author Rick Aster during a station installation trip on the Ross Ice Shelf, holding a broadband seismometer. These sensitive sensors were buried at depths of two meters (6 feet) to record micro-scale seismic motions of the ice shelf in three dimensions over the course of two years. Courtesy/Rick Aster.

 

Researchers lay the conduit that connects the seismometer to the solar power system (background) and recording components at a Ross Ice Shelf seismic station. Courtesy/Rick Aster

 

AGU News:

 

WASHINGTON, D.C. — Winds blowing across snow dunes on Antarctica’s Ross Read More