A student blows up at a teacher, drops the F-bomb. The usual approach at Lincoln – and, safe to say, at most high schools in this country – is automatic suspension. Instead, Sporleder sits the kid down and says quietly: “Wow. Are you OK? This doesn’t sound like you. What’s going on?”

He gets even more specific: “You really looked stressed. On a scale of 1-10, where are you with your anger?” The kid was ready. Ready, man! For an anger blast to his face….”How could you do that?” “What’s wrong with you?”…and for the big boot out of school. But he was NOT ready for kindness.

The armor-plated defenses melt like ice under a blowtorch and the words pour out: “My dad’s an alcoholic. He’s promised me things my whole life and never keeps those promises.” The waterfall of words that go deep into his home life, which is no piece of breeze, end with this sentence: “I shouldn’t have blown up at the teacher.” Whoa.

Lincoln High School in Walla Walla, WA, tries new approach to school discipline — suspensions drop 85% (via mchotdog)

what a radical idea yo

(via matthewdgold)

Bam. Kids “misbehave” for actual, real, valid reasons. And have feelings.

(via amydentata)

For fuck’s sake, it takes the people in charge so long to figure shit like this out! Good for Lincoln High!

(via psychetimelapse)

This needs to be the policy EVERYWHERE…

(via 3dela)

(via amynamouse)

Source: acestoohigh.com

5 Brilliant Minds These incredibly brilliant people have been diagnosed with Alzheimer’s: Pat Summitt Charles Kao Glenn Campbell Rae Lyn Burke Richard Sharp And these are just 5 of the 5 million Americans living with Alzheimer’s Disease. Help me fight Alzheimer’s by donating to the Walk to End Alzheimer’s. 
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5 Brilliant Minds

These incredibly brilliant people have been diagnosed with Alzheimer’s:

  • Pat Summitt
  • Charles Kao
  • Glenn Campbell
  • Rae Lyn Burke
  • Richard Sharp

And these are just 5 of the 5 million Americans living with Alzheimer’s Disease. Help me fight Alzheimer’s by donating to the Walk to End Alzheimer’s. 

Molecular Trigger for Alzheimer's Disease Identified

Researchers have pinpointed a catalytic trigger for the onset of Alzheimer’s disease – when the fundamental structure of a protein molecule changes to cause a chain reaction that leads to the death of neurons in the brain. For the first time, scientists at Cambridge’s Department of Chemistry have been able to map in detail the pathway that generates “aberrant” forms of proteins which are at the root of neurodegenerative conditions such as Alzheimer’s.

Step by step, we make progress. 

Help fight Alzheimer’s: donate today.

Partial Solar Eclipse with Airplane Image Credit & Copyright: Phillip Calais Explanation: It was just eight minutes after sunrise, last week, and already there were four things in front of the Sun. The largest and most notable was Earth’s Moon, obscuring a big chunk of the Sun’s lower limb as it moved across the solar disk, as viewed from Fremantle, Australia. This was expected as the image was taken during a partial solar eclipse — an eclipse that left sunlight streaming around all sides of the Moon from some locations. Next, a band of clouds divided the Sun horizontally while showing interesting internal structure vertically. The third intervening body might be considered to be theEarth’s atmosphere, as it dimmed the Sun from its higher altitude brightness while density fluctuations caused the Sun’s edges to appear to shimmer. Although closest to the photographer, the least expectedsolar occulter was an airplane. Quite possibly, passengers on both sides of that airplane were contemplating the unusual view only visible out the eastern-facing windows.
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Partial Solar Eclipse with Airplane 
Image Credit & Copyright: Phillip Calais

Explanation: It was just eight minutes after sunrise, last week, and already there were four things in front of the Sun. The largest and most notable was Earth’s Moon, obscuring a big chunk of the Sun’s lower limb as it moved across the solar disk, as viewed from Fremantle, Australia. This was expected as the image was taken during a partial solar eclipse — an eclipse that left sunlight streaming around all sides of the Moon from some locations. Next, a band of clouds divided the Sun horizontally while showing interesting internal structure vertically. The third intervening body might be considered to be theEarth’s atmosphere, as it dimmed the Sun from its higher altitude brightness while density fluctuations caused the Sun’s edges to appear to shimmer. Although closest to the photographer, the least expectedsolar occulter was an airplane. Quite possibly, passengers on both sides of that airplane were contemplating the unusual view only visible out the eastern-facing windows.

Clouds, Birds, Moon, Venus Image Credit & Copyright: Isaac Gutiérrez Pascual (Spain) Explanation: Sometimes the sky above can become quite a show. In early September of 2010, for example, the Moon and Venus converged, creating quite a sight by itself for sky enthusiasts around the globe.   From some locations, though, the sky was even more picturesque. In the above image taken in Spain, a crescent Moon and the planet Venus, on the far right, were captured during sunset posing against a deep blue sky.  In the foreground, dark storm clouds loom across the image bottom, while a white anvil cloud shape appears above. Black specks dot the frame, caused by a flock of birds taking flight. Very soon after this picture was taken, however, the birds passed by, the storm ended, and Venus and the Moon set.   Bright Venus again becomes visible just after sunset this 2013 May and will appear near Jupiter toward the end of the month.
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Clouds, Birds, Moon, Venus 
Image Credit & Copyright: Isaac Gutiérrez Pascual (Spain)

Explanation: Sometimes the sky above can become quite a show. In early September of 2010, for example, the Moon and Venus converged, creating quite a sight by itself for sky enthusiasts around the globe.   From some locations, though, the sky was even more picturesque. In the above image taken in Spain, a crescent Moon and the planet Venus, on the far right, were captured during sunset posing against a deep blue sky.  In the foreground, dark storm clouds loom across the image bottom, while a white anvil cloud shape appears above. Black specks dot the frame, caused by a flock of birds taking flight. Very soon after this picture was taken, however, the birds passed by, the storm ended, and Venus and the Moon set.   Bright Venus again becomes visible just after sunset this 2013 May and will appear near Jupiter toward the end of the month.

Source: apod.nasa.gov

A Supercell Thunderstorm Cloud Over Montana Image Credit & Copyright: Sean R. Heavey Explanation: Is that a spaceship or a cloud? Although it may seem like an alien mothership, it’s actually a impressive thunderstorm cloud called a supercell. Such colossal storm systems center onmesocyclones — rotating updrafts that can span several kilometers and deliver torrential rain and high winds including tornadoes. Jagged sculptured clouds adorn the supercell’s edge, while wind swept dust and rain dominate the center. A tree waits patiently in the foreground. The above supercell cloud was photographed in July west of Glasgow, Montana, USA, caused minor damage, and lasted several hours before moving on.
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A Supercell Thunderstorm Cloud Over Montana 
Image Credit & Copyright: Sean R. Heavey

Explanation: Is that a spaceship or a cloud? Although it may seem like an alien mothership, it’s actually a impressive thunderstorm cloud called a supercell. Such colossal storm systems center onmesocyclones — rotating updrafts that can span several kilometers and deliver torrential rain and high winds including tornadoes. Jagged sculptured clouds adorn the supercell’s edge, while wind swept dust and rain dominate the center. A tree waits patiently in the foreground. The above supercell cloud was photographed in July west of Glasgow, Montana, USA, caused minor damage, and lasted several hours before moving on.

Source: apod.nasa.gov

Milky Way and Stone Tree Image Credit & Copyright: Daniel López (El Cielo de Canarias) Explanation: What’s that next to the Milky Way? An unusual natural rock formation known as Roque Cinchado or Stone Tree found on the Spanish Canary Island of Tenerife. A famous icon, Roque Cinchado is likely a dense plug of cooled volcanic magma that remains after softer surrounding rock eroded away. Majestically, the central band of our Milky Way Galaxy is visible arcing across the right of the above seven image panoramic mosaic taken during the summer of 2010. On the far right is the Teide volcano complete with a lenticular cloud hovering near its peak.
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Milky Way and Stone Tree 
Image Credit & Copyright: Daniel López (El Cielo de Canarias)

Explanation: What’s that next to the Milky Way? An unusual natural rock formation known as Roque Cinchado or Stone Tree found on the Spanish Canary Island of Tenerife. A famous icon, Roque Cinchado is likely a dense plug of cooled volcanic magma that remains after softer surrounding rock eroded away. Majestically, the central band of our Milky Way Galaxy is visible arcing across the right of the above seven image panoramic mosaic taken during the summer of 2010. On the far right is the Teide volcano complete with a lenticular cloud hovering near its peak.

Horsehead: A Wider View Composition and Processing: Robert Gendler Image Data: ESO, VISTA, HLA, Hubble Heritage Team (STScI/AURA) Explanation: Combined image data from the massive, ground-based VISTA telescope and the Hubble Space Telescope was used to create this wide perspective of the interstellar landscape surrounding the famous Horsehead Nebula. Captured at near-infrared wavelengths, the region’s dusty molecular cloud sprawls across the scene that covers an angle about two-thirds the size of the Full Moon on the sky. Left to right the frame spans just over 10 light-years at the Horsehead’s estimated distance of 1,600 light-years. Also known as Barnard 33, the still recognizable Horsehead Nebula stands at the upper right, the near-infrared glow of a dusty pillar topped with newborn stars. Below and left, the bright reflection nebula NGC 2023 is itself the illuminated environs of a hot young star. Obscuring clouds below the base of the Horsehead and on the outskirts of NGC 2023 show the tell-tale far red emission of energetic jets, known as Herbig-Haro objects, also associatedwith newborn stars.
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Horsehead: A Wider View 
Composition and Processing: Robert Gendler 
Image Data: ESO, VISTA, HLA, Hubble Heritage Team (STScI/AURA)

Explanation: Combined image data from the massive, ground-based VISTA telescope and the Hubble Space Telescope was used to create this wide perspective of the interstellar landscape surrounding the famous Horsehead Nebula. Captured at near-infrared wavelengths, the region’s dusty molecular cloud sprawls across the scene that covers an angle about two-thirds the size of the Full Moon on the sky. Left to right the frame spans just over 10 light-years at the Horsehead’s estimated distance of 1,600 light-years. Also known as Barnard 33, the still recognizable Horsehead Nebula stands at the upper right, the near-infrared glow of a dusty pillar topped with newborn stars. Below and left, the bright reflection nebula NGC 2023 is itself the illuminated environs of a hot young star. Obscuring clouds below the base of the Horsehead and on the outskirts of NGC 2023 show the tell-tale far red emission of energetic jets, known as Herbig-Haro objects, also associatedwith newborn stars.

Source: apod.nasa.gov

Airglow, Gegenschein, and Milky Way Image Credit & Copyright: Yuri Beletsky (Las Campanas Observatory, Carnegie Institution) Explanation: As far as the eye could see, it was a dark night at Las Campanas Observatory in the southern Atacama desert of Chile. But near local midnight on April 11, this mosaic of 3 minute long exposures revealed a green, unusually intense, atmospheric airglow stretching over thin clouds. Unlike aurorae powered by collisions with energetic charged particles and seen at high latitudes, the airglow is due to chemiluminescence, the production of light in a chemical reaction, and found around the globe. The chemical energy is provided by the Sun’s extreme ultraviolet radiation. Like aurorae, the greenish hue of this airglow does originate at altitudes of 100 kilometers or so dominated by emission from excited oxygen atoms. The gegenschein, sunlight reflected by dust along the solar system’s ecliptic plane was still visible on that night, a faint bluish cloud just right of picture center. At the far right, the Milky Way seems to rise from the mountain top perch of the Magellan telescopes. Left are the OGLE project and du Pont telescope domes.  
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Airglow, Gegenschein, and Milky Way 
Image Credit & Copyright: Yuri Beletsky (Las Campanas Observatory, Carnegie Institution)

Explanation: As far as the eye could see, it was a dark night at Las Campanas Observatory in the southern Atacama desert of Chile. But near local midnight on April 11, this mosaic of 3 minute long exposures revealed a green, unusually intense, atmospheric airglow stretching over thin clouds. Unlike aurorae powered by collisions with energetic charged particles and seen at high latitudes, the airglow is due to chemiluminescence, the production of light in a chemical reaction, and found around the globe. The chemical energy is provided by the Sun’s extreme ultraviolet radiation. Like aurorae, the greenish hue of this airglow does originate at altitudes of 100 kilometers or so dominated by emission from excited oxygen atoms. The gegenschein, sunlight reflected by dust along the solar system’s ecliptic plane was still visible on that night, a faint bluish cloud just right of picture center. At the far right, the Milky Way seems to rise from the mountain top perch of the Magellan telescopes. Left are the OGLE project and du Pont telescope domes.

 

Grand Spiral Galaxy M81 and Arp’s Loop Image Credit & Copyright: Bernard Miller Explanation: One of the brightest galaxies in planet Earth’s sky is similar in size to our Milky Way Galaxy: big, beautiful M81. This grand spiral galaxy lies 11.8 million light-years away toward the northern constellation of the Great Bear (Ursa Major). The deep image of the region reveals details in the bright yellow core, but at the same time follows fainter features along the galaxy’s gorgeous blue spiral arms and sweeping dust lanes. It also follows the expansive, arcing feature, known as Arp’s loop, that seems to rise from the galaxy’s disk at the upper right. Studied in the 1960s, Arp’s loop has been thought to be a tidal tail, material pulled out of M81 by gravitational interaction with its large neighboring galaxy M82. But a subsequent investigation demonstrates that at least some of Arp’s loop likely lies within our own galaxy. The loop’s colors in visible and infrared light match the colors of pervasive clouds of dust, relatively unexplored galactic cirrus only a few hundred light-years above the plane of the Milky Way. Along with the Milky Way’s stars, the dust clouds lie in the foreground of this remarkable view. M81’s dwarf companion galaxy, Holmberg IX, can be seen just above the large spiral. On the sky, this image spans about 0.5 degrees, about the size of the Full Moon.
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Grand Spiral Galaxy M81 and Arp’s Loop 
Image Credit & Copyright: Bernard Miller

Explanation: One of the brightest galaxies in planet Earth’s sky is similar in size to our Milky Way Galaxy: big, beautiful M81. This grand spiral galaxy lies 11.8 million light-years away toward the northern constellation of the Great Bear (Ursa Major). The deep image of the region reveals details in the bright yellow core, but at the same time follows fainter features along the galaxy’s gorgeous blue spiral arms and sweeping dust lanes. It also follows the expansive, arcing feature, known as Arp’s loop, that seems to rise from the galaxy’s disk at the upper right. Studied in the 1960s, Arp’s loop has been thought to be a tidal tail, material pulled out of M81 by gravitational interaction with its large neighboring galaxy M82. But a subsequent investigation demonstrates that at least some of Arp’s loop likely lies within our own galaxy. The loop’s colors in visible and infrared light match the colors of pervasive clouds of dust, relatively unexplored galactic cirrus only a few hundred light-years above the plane of the Milky Way. Along with the Milky Way’s stars, the dust clouds lie in the foreground of this remarkable view. M81’s dwarf companion galaxy, Holmberg IX, can be seen just above the large spiral. On the sky, this image spans about 0.5 degrees, about the size of the Full Moon.

Source: apod.nasa.gov