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Studying About Our Moon

Geology of the Moon

From Wikipedia, the free encyclopedia
Smithsonian Institution Senior Scientist Tom Watters talks about the Moon’s recent geological activity.

False-color image of the Moon taken by the Galileo orbiter showing geological features. NASA photo

The same image using different color filters

The geology of the Moon (sometimes called selenology, although the latter term can refer more generally to “lunar science”) is quite different from that of Earth. The Moon lacks a significant atmosphere, which eliminates erosion due to weather; it does not have any form of plate tectonics, it has a lower gravity, and because of its small size, it cooled more rapidly. The complex geomorphology of the lunar surface has been formed by a combination of processes, especially impact cratering and volcanism. The Moon is a differentiated body, with a crust, mantle, and core.

Geological studies of the Moon are based on a combination of Earth-based telescope observations, measurements from orbiting spacecraft, lunar samples, and geophysical data. Six locations were sampled directly during the manned Apollo program landings from 1969 to 1972, which returned 380.96 kilograms (839.9 lb) of lunar rock and soil to Earth. In addition, three robotic Soviet Luna spacecraft returned another 326 grams (11.5 oz) from 1970 to 1976. The Moon is the only extraterrestrial body for which we have samples with a known geologic context. A handful of lunar meteorites have been recognized on Earth, though their source craters on the Moon are unknown. A substantial portion of the lunar surface has not been explored, and a number of geological questions remain unanswered.


Elemental composition

Elements known to be present on the lunar surface include, among others, oxygen (O), silicon (Si), iron (Fe), magnesium (Mg), calcium (Ca), aluminium (Al), manganese (Mn) and titanium (Ti). Among the more abundant are oxygen, iron and silicon. The oxygen content is estimated at 45% (by weight). Carbon (C) and nitrogen (N) appear to be present only in trace quantities from deposition by solar wind.

Neutron spectrometry data from Lunar Prospector indicate the presence of hydrogen (H) concentrated at the poles.[1]

Relative concentration of various elements on the lunar surface (in weight %)
Relative concentration (in weight %) of various elements on lunar highlands, lunar lowlands, and Earth


Visible face of the Moon

For a long period of time, the fundamental question regarding the history of the Moon was of its origin. Early hypotheses included fission from Earth, capture, and co-accretion. Today, the giant impact hypothesis is widely accepted by the scientific community.[2]

Geologic history

Cliffs in the lunar crust indicate the moon shrank globally in the geologically recent past and is still shrinking today.

The geological history of the Moon has been defined into six major epochs, called the lunar geologic timescale. Starting about 4.5 billion years ago,[3] the newly formed Moon was in a molten state and was orbiting much closer to Earth resulting in tidal forces.[4] These tidal forces deformed the molten body into an ellipsoid, with the major axis pointed towards Earth.

The first important event in the geologic evolution of the Moon was the crystallization of the near global magma ocean. It is not known with certainty what its depth was, but several studies imply a depth of about 500 km or greater. The first minerals to form in this ocean were the iron and magnesium silicates olivine and pyroxene. Because these minerals were denser than the molten material around them, they sank. After crystallization was about 75% complete, less dense anorthositic plagioclase feldspar crystallized and floated, forming an anorthositic crust about 50 km in thickness. The majority of the magma ocean crystallized quickly (within about 100 million years or less), though the final remaining KREEP-rich magmas, which are highly enriched in incompatible and heat-producing elements, could have remained partially molten for several hundred million (or perhaps 1 billion) years. It appears that the final KREEP-rich magmas of the magma ocean eventually became concentrated within the region of Oceanus Procellarum and the Imbrium basin, a unique geologic province that is now known as the Procellarum KREEP Terrane.

Exploring Shorty Crater during the Apollo 17 mission to the Moon. This was the only Apollo mission to include a geologist (Harrison Schmitt). NASA photo

Quickly after the lunar crust formed, or even as it was forming, different types of magmas that would give rise to the Mgsuite norites and troctolites[5] began to form, although the exact depths at which this occurred are not known precisely. Recent theories suggest that Mg-suite plutonism was largely confined to the region of the Procellarum KREEP Terrane, and that these magmas are genetically related to KREEP in some manner, though their origin is still highly debated in the scientific community. The oldest of the Mg-suite rocks have crystallization ages of about 3.85 Ga. However, the last large impact that could have excavated deep into the crust (the Imbrium basin) also occurred at 3.85 Ga before present. Thus, it seems probable that Mg-suite plutonic activity continued for a much longer time, and that younger plutonic rocks exist deep below the surface.

Analysis of the lunar samples seems to imply that a significant percentage of the lunar impact basins formed within a very short period of time between about 4 and 3.85 Ga ago. This hypothesis is referred to as the lunar cataclysm or late heavy bombardment. However, it is now recognized that ejecta from the Imbrium impact basin (one of the youngest large impact basins on the Moon) should be found at all of the Apollo landing sites. It is thus possible that ages for some impact basins (in particular Mare Nectaris) could have been mistakenly assigned the same age as Imbrium.

The lunar maria represent ancient flood basaltic eruptions. In comparison to terrestrial lavas, these contain higher iron abundances, have low viscosities, and some contain highly elevated abundances of the titanium-rich mineral ilmenite. The majority of basaltic eruptions occurred between about 3 and 3.5 Ga ago, though some mare samples have ages as old as 4.2 Ga, and the youngest (based on the method of crater counting) are believed to have erupted only 1 billion years ago. Along with mare volcanism came pyroclastic eruptions, which launched molten basaltic materials hundreds of kilometres away from the volcano. A large portion of the mare formed, or flowed into, the low elevations associated with the nearside impact basins. However, Oceanus Procellarum does not correspond to any known impact structure, and the lowest elevations of the Moon within the farside South Pole-Aitken basin are only modestly covered by mare (see lunar mare for a more detailed discussion).

Moon – Oceanus Procellarum (“Ocean of Storms”)
Ancient rift valleys – rectangular structure (visible – topography – GRAIL gravity gradients) (October 1, 2014)
Ancient rift valleys – context
Ancient rift valleys – closeup (artist’s concept)

Impacts by meteorites and comets are the only abrupt geologic force acting on the Moon today, though the variation of Earth tides on the scale of the Lunar anomalistic month causes small variations in stresses.[6] Some of the most important craters used in lunar stratigraphy formed in this recent epoch. For example, the crater Copernicus, which has a depth of 3.76 km and a radius of 93 km, is believed to have formed about 900 million years ago (though this is debatable). The Apollo 17 mission landed in an area in which the material coming from the crater Tycho might have been sampled. The study of these rocks seem to indicate that this crater could have formed 100 million years ago, though this is debatable as well. The surface has also experienced space weathering due to high energy particles, solar wind implantation, and micrometeorite impacts. This process causes the ray systems associated with young craters to darken until it matches the albedo of the surrounding surface. However, if the composition of the ray is different from the underlying crustal materials (as might occur when a “highland” ray is emplaced on the mare), the ray could be visible for much longer times.

After resumption of Lunar exploration in the 1990s, it was discovered there are scarps across the globe that are caused by the contraction due to cooling of the Moon.[7]

Strata and epochs

On the top of the lunar stratigraphical sequence rayed impact craters can be found. Such youngest craters belong to the Copernican unit. Below it can be found craters without the ray system, but with rather well developed impact crater morphology. This is the Eratosthenian unit. The two younger stratigraphical units can be found in crater sized spots on the Moon. Below them two extending strata can be found: mare units (earlier defined as Procellarian unit) and the Imbrium basin related ejecta and tectonic units (Imbrian units). Another impact basin related unit is the Nectarian unit, defined around the Nectarian Basin. At the bottom of the lunar stratigraphical sequence the pre-Nectarian unit of old crater plains can be found. The stratigraphy of Mercury is very similar to the lunar case.

Lunar landscape

The lunar landscape is characterized by impact craters, their ejecta, a few volcanoes, hills, lava flows and depressions filled by magma.

A photograph of full moon taken from Earth


The most distinctive aspect of the Moon is the contrast between its bright and dark zones. Lighter surfaces are the lunar highlands, which receive the name of terrae (singular terra, from the Latin for Earth), and the darker plains are called maria (singular mare, from the Latin for sea), after Johannes Kepler who introduced the name in the 17th century. The highlands are anorthositic in composition, whereas the maria are basaltic. The maria often coincide with the “lowlands,” but it is important to note that the lowlands (such as within the South Pole-Aitken basin) are not always covered by maria. The highlands are older than the visible maria, and hence are more heavily cratered.


The major products of volcanic processes on the Moon are evident to Earth-bound observers in the form of the lunar maria. These are large flows of basaltic lava that correspond to low-albedo surfaces covering nearly a third of the near side. Only a few percent of the farside has been affected by mare volcanism. Even before the Apollo missions confirmed it, most scientists already thought that the maria are lava-filled plains, because they have lava flow patterns and collapses attributed to lava tubes.

The ages of the mare basalts have been determined both by direct radiometric dating and by the technique of crater counting. The oldest radiometric ages are about 4.2 Ga, whereas the youngest ages determined from crater counting are about 1 Ga (1 Ga = 1 billion years). Volumetrically, most of the mare formed between about 3 and 3.5 Ga before present. The youngest lavas erupted within Oceanus Procellarum, whereas some of the oldest appear to be located on the farside. The maria are clearly younger than the surrounding highlands given their lower density of impact craters.

Moon – Evidence of young lunar volcanism (October 12, 2014)

Volcanic rilles near the crater Prinz

Volcanic domes within the Mons Rümker complex

Wrinkle ridges within the crater Letronne

Rima Ariadaeus is a graben. NASA photo taken during Apollo 10 mission.

A large portion of maria erupted within, or flowed into, the low-lying impact basins on the lunar nearside. However, it is unlikely that a causal relationship exists between the impact event and mare volcanism because the impact basins are much older (by about 500 million years) than the mare fill. Furthermore, Oceanus Procellarum, which is the largest expanse of mare volcanism on the Moon, does not correspond to any known impact basin. It is commonly suggested that the reason the mare only erupted on the nearside is that the nearside crust is thinner than the farside. Although variations in the crustal thickness might act to modulate the amount of magma that ultimately reaches the surface, this hypothesis does not explain why the farside South Pole-Aitken basin, whose crust is thinner than Oceanus Procellarum, was only modestly filled by volcanic products.

Another type of deposit associated with the maria, although it also covers the highland areas, are the “dark mantle” deposits. These deposits cannot be seen with the naked eye, but they can be seen in images taken from telescopes or orbiting spacecraft. Before the Apollo missions, scientists believed that they were deposits produced by pyroclastic eruptions. Some deposits appear to be associated with dark elongated ash cones, reinforcing the idea of pyroclasts. The existence of pyroclastic eruptions was later confirmed by the discovery of glass spherules similar to those found in pyroclastic eruptions here on Earth.

Many of the lunar basalts contain small holes called vesicles, which were formed by gas bubbles exsolving from the magma at the vacuum conditions encountered at the surface. It is not known with certainty which gases escaped these rocks, but carbon monoxide is one candidate.

The samples of pyroclastic glasses are of green, yellow, and red tints. The difference in color indicates the concentration of titanium that the rock has, with the green particles having the lowest concentrations (about 1%), and red particles having the highest concentrations (up to 14%, much more than the basalts with the highest concentrations).


Rilles on the Moon sometimes resulted from the formation of localized lava channels. These generally fall into three categories, consisting of sinuous, arcuate, or linear shapes. By following these meandering rilles back to their source, they often lead to an old volcanic vent. One of the most notable sinuous rilles is the Vallis Schröteri feature, located in the Aristarchus plateau along the eastern edge of Oceanus Procellarum. An example of a sinuous rille exists at the Apollo 15 landing site, Rima Hadley, located on the rim of the Imbrium Basin. Based on observations from the mission, it is generally believed that this rille was formed by volcanic processes, a topic long debated before the mission took place.


A variety of shield volcanoes can be found in selected locations on the lunar surface, such as on Mons Rümker. These are believed to be formed by relatively viscous, possibly silica-rich lava, erupting from localized vents. The resulting lunar domes are wide, rounded, circular features with a gentle slope rising in elevation a few hundred meters to the midpoint. They are typically 8–12 km in diameter, but can be up to 20 km across. Some of the domes contain a small pit at their peak.

Wrinkle ridges

Wrinkle ridges are features created by compressive tectonic forces within the maria. These features represent buckling of the surface and form long ridges across parts of the maria. Some of these ridges may outline buried craters or other features beneath the maria. A prime example of such an outlined feature is the crater Letronne.


Grabens are tectonic features that form under extensional stresses. Structurally, they are composed of two normal faults, with a down-dropped block between them. Most grabens are found within the lunar maria near the edges of large impact basins.

Impact craters

Mare Imbrium and the crater Copernicus

The origin of the Moon’s craters as impact features became widely accepted only in the 1940s. This realization allowed the impact history of the Moon to be gradually worked out by means of the geologic principle of superposition. That is, if a crater (or its ejecta) overlaid another, it must be the younger. The amount of erosion experienced by a crater was another clue to its age, though this is more subjective. Adopting this approach in the late 1950s, Gene Shoemaker took the systematic study of the Moon away from the astronomers and placed it firmly in the hands of the lunar geologists.

Impact cratering is the most notable geological process on the Moon. The craters are formed when a solid body, such as an asteroid or comet, collides with the surface at a high velocity (mean impact velocities for the Moon are about 17 km per second). The kinetic energy of the impact creates a compression shock wave that radiates away from the point of entry. This is succeeded by a rarefaction wave, which is responsible for propelling most of the ejecta out of the crater. Finally there is a hydrodynamic rebound of the floor that can create a central peak.

These craters appear in a continuum of diameters across the surface of the Moon, ranging in size from tiny pits to the immense South Pole–Aitken Basin with a diameter of nearly 2,500 km and a depth of 13 km. In a very general sense, the lunar history of impact cratering follows a trend of decreasing crater size with time. In particular, the largest impact basins were formed during the early periods, and these were successively overlaid by smaller craters. The size frequency distribution (SFD) of crater diameters on a given surface (that is, the number of craters as a function of diameter) approximately follows a power law with increasing number of craters with decreasing crater size. The vertical position of this curve can be used to estimate the age of the surface.

The lunar crater King displays the characteristic features of a large impact formation, with a raised rim, slumped edges, terraced inner walls, a relatively flat floor with some hills, and a central ridge. The Y-shaped central ridge is unusually complex in form.

The most recent impacts are distinguished by well-defined features, including a sharp-edged rim. Small craters tend to form a bowl shape, whereas larger impacts can have a central peak with flat floors. Larger craters generally display slumping features along the inner walls that can form terraces and ledges. The largest impact basins, the multiring basins, can even have secondary concentric rings of raised material.

The impact process excavates high albedo materials that initially gives the crater, ejecta, and ray system a bright appearance. The process of space weathering gradually decreases the albedo of this material such that the rays fade with time. Gradually the crater and its ejecta undergo impact erosion from micrometeorites and smaller impacts. This erosional process softens and rounds the features of the crater. The crater can also be covered in ejecta from other impacts, which can submerge features and even bury the central peak.

The ejecta from large impacts can include larges blocks of material that reimpact the surface to form secondary impact craters. These craters are sometimes formed in clearly discernible radial patterns, and generally have shallower depths than primary craters of the same size. In some cases an entire line of these blocks can impact to form a valley. These are distinguished from catena, or crater chains, which are linear strings of craters that are formed when the impact body breaks up prior to impact.

Generally speaking, a lunar crater is roughly circular in form. Laboratory experiments at NASA’s Ames Research Center have demonstrated that even very low-angle impacts tend to produce circular craters, and that elliptical craters start forming at impact angles below five degrees. However, a low angle impact can produce a central peak that is offset from the midpoint of the crater. Additionally, the ejecta from oblique impacts show distinctive patterns at different impact angles: asymmetry starting around 60˚ and a wedge-shaped “zone of avoidance” free of ejecta in the direction the projectile came from starting around 45˚.[8]

Dark-halo craters are formed when an impact excavates lower albedo material from beneath the surface, then deposits this darker ejecta around the main crater. This can occur when an area of darker basaltic material, such as that found on the maria, is later covered by lighter ejecta derived from more distant impacts in the highlands. This covering conceals the darker material below, which is later excavated by subsequent craters.

The largest impacts produced melt sheets of molten rock that covered portions of the surface that could be as thick as a kilometer. Examples of such impact melt can be seen in the northeastern part of the Mare Orientale impact basin.


The surface of the Moon has been subject to billions of years of collisions with both small and large asteroidal and cometary materials. Over time, these impact processes have pulverized and “gardened” the surface materials, forming a fine grained layer termed “regolith”. The thickness of the regolith varies between 2 meters beneath the younger maria, to up to 20 meters beneath the oldest surfaces of the lunar highlands. The regolith is predominantly composed of materials found in the region, but also contains traces of materials ejected by distant impact craters. The term “mega-regolith” is often used to describe the heavily fractured bedrock directly beneath the near-surface regolith layer.

The regolith contains rocks, fragments of minerals from the original bedrock, and glassy particles formed during the impacts. In most of the lunar regolith, half of the particles are made of mineral fragments fused by the glassy particles; these objects are called agglutinates. The chemical composition of the regolith varies according to its location; the regolith in the highlands is rich in aluminium and silica, just as the rocks in those regions. The regolith in the maria is rich in iron and magnesium and is silica-poor, as are the basaltic rocks from which it is formed.

The lunar regolith is very important because it also stores information about the history of the Sun. The atoms that compose the solar wind – mostly helium, neon, carbon and nitrogen – hit the lunar surface and insert themselves into the mineral grains. Upon analyzing the composition of the regolith, particularly its isotopic composition, it is possible to determine if the activity of the Sun has changed with time. The gases of the solar wind could be useful for future lunar bases, because oxygen, hydrogen (water), carbon and nitrogen are not only essential to sustain life, but are also potentially very useful in the production of fuel. The composition of the lunar regolith can also be used to infer its source origin.

Lunar lava tubes

Lunar pit in Mare Tranquillitatis

Lunar lava tubes form a potentially important location for constructing a future lunar base, which may be used for local exploration and development, or as a human outpost to serve exploration beyond the Moon. A lunar lava cave potential has long been suggested and discussed in literature and thesis.[9] Any intact lava tube on the Moon could serve as a shelter from the severe environment of the lunar surface, with its frequent meteorite impacts, high-energy ultraviolet radiation and energetic particles, and extreme diurnal temperature variations.[10][11][12] Following the launch of the Lunar Reconnaissance Orbiter, many lunar lava tubes have been imaged.[13] These lunar pits are found in several locations across the Moon, including Marius Hills, Mare Ingenii and Mare Tranquillitatis.

The lunar magma ocean

The first rocks brought back by Apollo 11 were basalts. Although the mission landed on Mare Tranquillitatis, a few millimetric fragments of rocks coming from the highlands were picked up. These are composed mainly of plagioclase feldspar; some fragments were composed exclusively of anorthositic plagioclase. The identification of these mineral fragments led to the bold hypothesis that a large portion of the Moon was once molten, and that the crust formed by fractional crystallization of this magma ocean.

A natural outcome of the giant impact event is that the materials that reaccreted to form the Moon must have been hot. Current models predict that a large portion of the Moon would have been molten shortly after the Moon formed, with estimates for the depth of this magma ocean ranging from about 500 km to complete melting. Crystallization of this magma ocean would have given rise to a differentiated body with a compositionally distinct crust and mantle and accounts for the major suites of lunar rocks.

As crystallization of the lunar magma ocean proceeded, minerals such as olivine and pyroxene would have precipitated and sank to form the lunar mantle. After crystallization was about three-quarters complete, anorthositic plagioclase would have begun to crystallize, and because of its low density, float, forming an anorthositic crust. Importantly, elements that are incompatible (i.e., those that partition preferentially into the liquid phase) would have been progressively concentrated into the magma as crystallization progressed, forming a KREEP-rich magma that initially should have been sandwiched between the crust and mantle. Evidence for this scenario comes from the highly anorthositic composition of the lunar highland crust, as well as the existence of KREEP-rich materials.

Formation of the anorthosite crust

Lunar rocks

Surface materials

Olivine basalt collected by Apollo 15

The Apollo program brought back 380.05 kilograms (837.87 lb) of lunar surface material,[14] most of which is stored at the Lunar Receiving Laboratory in Houston, Texas, and the unmanned Soviet Luna programme returned 326 grams (11.5 oz) of lunar material. These rocks have proved to be invaluable in deciphering the geologic evolution of the Moon. Lunar rocks are in large part made of the same common rock forming minerals as found on Earth, such as olivine, pyroxene, and plagioclase feldspar (anorthosite). Plagioclase feldspar is mostly found in the lunar crust, whereas pyroxene and olivine are typically seen in the lunar mantle.[15] The mineral ilmenite is highly abundant in some mare basalts, and a new mineral named armalcolite (named for Armstrong, Aldrin, and Collins, the three members of the Apollo 11 crew) was first discovered in the lunar samples.

The maria are composed predominantly of basalt, whereas the highland regions are iron-poor and composed primarily of anorthosite, a rock composed primarily of calcium-rich plagioclase feldspar. Another significant component of the crust are the igneous Mg-suite rocks, such as the troctolites, norites, and KREEP-basalts. These rocks are believed to be genetically related to the petrogenesis of KREEP.

Composite rocks on the lunar surface often appear in the form of breccias. Of these, the subcategories are called fragmental, granulitic, and impact-melt breccias, depending on how they were formed. The mafic impact melt breccias, which are typified by the low-K Fra Mauro composition, have a higher proportion of iron and magnesium than typical upper crust anorthositic rocks, as well as higher abundances of KREEP.

Composition of the maria

The main characteristics of the basaltic rocks with respect to the rocks of the lunar highlands is that the basalts contain higher abundances of olivine and pyroxene, and less plagioclase. They are more rich in iron than terrestrial basalts, and also have lower viscosities. Some of them have high abundances of a ferrotitanic oxide called ilmenite. Because the first sampling of rocks contained a high content of ilmenite and other related minerals, they received the name of “high titanium” basalts. The Apollo 12 mission returned to Earth with basalts of lower titanium concentrations, and these were dubbed “low titanium” basalts. Subsequent missions, including the Soviet robotic probes, returned with basalts with even lower concentrations, now called “very low titanium” basalts. The Clementine space probe returned data showing that the mare basalts have a continuum in titanium concentrations, with the highest concentration rocks being the least abundant.

Internal structure

The current model of the interior of the Moon was derived using seismometers left behind during the manned Apollo program missions, as well as investigations of the Moon’s gravity field and rotation.

The mass of the Moon is sufficient to eliminate any voids within the interior, so it is believed to be composed of solid rock throughout. Its low bulk density (~3346 kg m−3) indicates a low metal abundance. Mass and moment of inertia constraints indicate that the Moon likely has an iron core that is less than about 450 km in radius. Studies of the Moon’s physical librations (small perturbations to its rotation) furthermore indicate that the core is still molten. Most planetary bodies and moons have iron cores that are about half the size of the body. The Moon is thus anomalous in having a core whose size is only about one quarter of its radius.

The crust of the Moon is on average about 50 km thick (though this is uncertain by about ±15 km). It is widely believed that the far-side crust is on average thicker than the near side by about 15 km.[16] Seismology has constrained the thickness of the crust only near the Apollo 12 and 14 landing sites. Although the initial Apollo-era analyses suggested a crustal thickness of about 60 km at this site, recent reanalyses of this data suggest that it is thinner, somewhere between about 30 and 45 km.

Magnetic field

Compared with that of Earth, the Moon has only a very weak external magnetic field. Other major differences are that the Moon does not currently have a dipolar magnetic field (as would be generated by a geodynamo in its core), and the magnetizations that are present are almost entirely crustal in origin. One hypothesis holds that the crustal magnetizations were acquired early in lunar history when a geodynamo was still operating. The small size of the lunar core, however, is a potential obstacle to this hypothesis. Alternatively, it is possible that on airless bodies such as the Moon, transient magnetic fields could be generated during impact processes. In support of this, it has been noted that the largest crustal magnetizations appear to be located near the antipodes of the largest impact basins. Although the Moon does not have a dipolar magnetic field like Earth’s, some of the returned rocks do have strong magnetizations. Furthermore, measurements from orbit show that some portions of the lunar surface are associated with strong magnetic fields.


See also


Cited references



  1. Mark Wieczorek and 15 coauthors, M. A. (2006). “The constitution and structure of the lunar interior”. Reviews in Mineralogy and Geochemistry. 60 (1): 221–364. doi:10.2138/rmg.2006.60.3.

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Texas Instruments (TI) and Sanford Research, a nationally renowned non-profit healthcare system, have teamed up on STEM Behind Health, a series of interactive lessons for TI‑Nspire™ CX Teacher Software.

The activities help students connect math and science in the context of real-world research into real-life diseases – diabetes, breast cancer and rare diseases.

Learn more >
Did you see these?
Texas Instruments sent resources recently to help you jumpstart your software experience. If you missed them before, here are the links:
STEM Behind Hollywood | Zombies and physics and forensics… oh, my
Math | Science | Interactive lessons that enhance your curriculum
mISSion imaginaTIon | STEM activities from NASA and TI
Building Concepts | Teach big concepts one idea at a time
Keep an eye on your inbox for more resources coming soon.

Working On STEM Related Grants As A Team


The Westly Foundation is seeking entrepreneurial changemakers to apply for the Westly Prize for Young Innovators of California, which will award $25,000 cash prizes to innovators under age 28 with novel solutions to community challenges at home or around the world. Innovations must be prototyped and scaleable, and the innovators must live, work, or attend school in California, or have a residence in California but attend school elsewhere. Non-profit, for-profit, or hybrid ventures are eligible, provided they evidence a strong social mission. Students as young as high school are encouraged to apply. Applications are due October 15, 2017, and winners are selected following a Demo Day for finalists on January 20, 2018 in Silicon Valley. Learn more here.

Catherine Crystal Foster | Executive Director

NASA Gets Blasted About Mar’s Plans

Mars Society founder blasts NASA for ‘worst plan yet’

May 17

Robert Zubrin started the Mars Society nearly two decades ago with the dream of creating a human settlement on the Red Planet.

“The time has come for humanity to journey to Mars!” he announced one night in the summer of 1998, at the group’s founding convention in Boulder, Colo. He then read the society’s Founding Declaration: “We must go, not for us, but for the people who are yet to be. We must do it for the Martians.”

This reporter was there and filed a story for The Washington Post’s Style section. In the years since, Zubrin has continued to lobby for humans to go to Mars — though no one has managed to get beyond low Earth orbit since the last moon landing in 1972. Until recently, NASA branded virtually everything it was doing as part of a “Journey to Mars,” and Mars remains the horizon goal. The destination was even mandated in a recent congressional authorization act for NASA that was signed by President Trump.

In the meantime, NASA has more modest plans — and these plans don’t please Zubrin, for one.

NASA wants to put a “spaceport” in orbit around the moon. It would be a habitat for astronauts on long-duration missions. You could call it a “space station” if you wanted, though it wouldn’t be nearly as big as the one that’s circling the Earth right now. NASA refers to it as the Deep Space Gateway and describes it as “a crew tended spaceport in lunar orbit.

This is NASA’s next big human spaceflight project, which is supposed to materialize in the mid-2020s. Astronauts would live in the spaceport for as much as a year at a time.

The agency’s stated goal is to test the systems necessary for a human mission to Mars. Any Mars mission would take something on the order of 2½ years round-trip, with seven or eight months in transit each way. On a Mars mission, there’s no turning around halfway. The crew can’t be resupplied. The life support system can’t be swapped out when something goes wrong. There are no pit stops — no oases in interplanetary space where one could pause to slake one’s thirst.

So NASA wants to do what effectively would be a trial run, only at a point in space just three days away by rocket transport (as opposed to the International Space Station, which is more like three hours away).

The NASA lunar spaceport plan has the redeeming feature of being technologically doable in the near term under plausible budgets. But it’s also a far more modest goal than sending humans to Mars.

Zubrin, for one, thinks it’s a terrible idea.

NASA’s Worst Plan Yet” blares the headline in National Review over Zubrin’s byline. He opens with a reference to the now-defunct, “absurd” Asteroid Redirect Mission developed by NASA under President Barack Obama (The Washington Post described it as “NASA’s Mission Improbable.”) Then Zubrin writes: “Amazingly, the space agency has managed to come up with an even dumber idea.”

Zubrin considers the lunar spaceport a waste of money — an idea designed merely as a way to give the new Space Launch System rocket and Orion capsule somewhere to go.

We caught up with Zubrin on Tuesday at the Newseum, where he participated in a forum sponsored by the Atlantic titled “On the Launchpad: Return to Deep Space.” (Among others speaking at the forum were Sen. Ted Cruz (R-Tex.), NASA Acting Administrator Robert Lightfoot and former NASA chief scientist Ellen Stofan.)

“What we have right now is just drift — it’s not a program,” Zubrin told the forum. He said the lunar spaceport is not needed to go to Mars or even to the surface of the moon. It’s just a way to spend money, he said: “There is not a plan. This is random activity.”

After the presentations, Zubrin gave The Post some additional thoughts on what he perceives as NASA’s failure to come up with a bold and coherent plan. He said that in the long history of NASA studies on the future of human spaceflight — and there is a long list of these lengthy reports — no one ever suggested that an orbital lunar outpost was a necessary part of an exploration program. Part of the problem, as he sees it, is the agency’s recent announcement that the first, uncrewed flight of the Space Launch System rocket will be delayed again, to 2019: “The tragedy of SLS is not that it is being delayed. The tragedy is that it doesn’t matter that it’s being delayed, because there’s nothing for it to launch anyway.”

John Logsdon, professor emeritus of the Space Policy Institute at George Washington University, weighed in on Zubrin’s comments.

“Robert has always lived in a parallel universe of what ought to be rather than what is,” Logsdon said gently as Zubrin stood beside him.

We asked Logsdon why NASA is building this spaceport in lunar orbit.

“It’s a sneaky way to go back to the moon,” he said.

Zubrin chimed in, “If you want to go back to the moon, go back to the moon!”

The backstory here is that President George W. Bush had a back-to-the-moon program, called Constellation. Obama killed it. Two of the three big elements of that program — a heavy-lift rocket and a new crew capsule — were preserved by powerful members of the Senate. The result is that NASA is spending billions of dollars on hardware to put astronauts in the vicinity of the moon, but there’s no way to get them down to the surface. If an international partner offered up the money for a lander, NASA presumably could put astronauts back on the moon.

Mary Lynne Dittmar, who advocates on behalf of the aerospace industry as head of the Coalition for Deep Space Exploration, defended the NASA plans on stage, and then again in an interview with The Post. We asked her about Logsdon’s suggestion that NASA’s lunar spaceport is really a way to get humans back on the moon.

“It’s not sneaky,” she said, and pointed us to a NASA request for proposals for ways to deliver cargo to and from the lunar surface. She said the Deep Space Gateway makes sense: “Think of the ISS as the first foothold. This is the second foothold.”

Everyone agrees that Mars is the horizon goal. But Mars is hard. The moon is close, cosmically speaking. We are already seeing a shift toward “commercial” spaceflight, so it could be that the first people on Mars will arrive in spaceships with private company logos and participating in a reality TV show. (Crazier things have happened!) Elon Musk really wants to go to Mars with SpaceX, and his drive and ambition are not to be discounted. Jeffrey P. Bezos (disclosure: he owns The Washington Post) has invested much of his fortune in the rocket company Blue Origin, and he repeatedly has said he wants lots of people doing lots of things in space.

So where will NASA be in, say, 2027?

Logsdon said, “Humans will be back on the moon.”

Zubrin agreed: “I think that’s possible actually — if you’re asking me what is likely, rather than what I’d like.”

Read more:

With Trump, Gingrich and GOP calling the shots, NASA may return to the moon

Our series of stories in 2013 for the project “Destination Unknown”

Trump wants to send astronauts to Mars pronto

Charter School Students Are Visiting Mars

Immersive Learning Takes Off at the Locke Jetspace

immersive learning

Los Angeles is known the world over for boundless optimism and opportunity, for the manifestation of dreams through risk taking, ingenuity, an embrace of entrepreneurs, and craftsmen, of science, business, design, and artistry. Our communities are rich with expertise and resources. Too often, our learning spaces are isolated from the vitality of the surrounding community. As a result, students interpret this to mean that learning and creative work is solely a feature of school. In order for students to see a connection between school-based education, career, and life, we need to create bridges between them.

Green Dot Public Schools’ commitment to students’ potential means providing an educational space where students, teachers, and professionals can meet and collaborate to develop real world skills and think in unconventional ways. The JetSpace at Alain Leroy Locke College Preparatory Academy is an example of such a space.

Creating creative space

immersive learning

The JetSpace is a recently renovated 21st century innovation space and library. The space is modern, open, bright, and brimming with technology and creative space. It provides an opportunity for students to engage with inspiring mentors from a wide variety of professional backgrounds, exercise creativity, and build self-directed learning skills, often with the aid of cutting edge technology (e.g., virtual reality, 3D printing, robotics).

The JetSpace is also a launchpad for learning journeys beyond the school environment, including guided field trips to corporate campuses, internships, experiences, and site based projects.

“I feel like I’m in a different neighborhood”, said one Locke High School student entering the JetSpace for the first time.

Excitement follows the surprise. Teachers and staff have witnessed high levels of engagement and sustained interest in JetSpace activities. Students are keen to connect to professionals in their community who can expand their horizons, inspire them and also demystify the world of work. And it turns out that many professionals feel richly rewarded sharing their expertise and professional trajectories with young minds and passions.

“We want people like you – designers, architects –  in here. People who build things!” offered a student at a recent professional panel session on design mind.

Professional partnerships

During the inaugural 2015-2016 school year, JetSpace offered two deep dive pilot programs – a Shoe Design Program with Vans and Massachusetts Institute of Technology (MIT), where students created innovative shoe soles, and a Future of Fashion Program with NASA and MIT, in which students learned about the growing frontier of wearable tech and created products of their own using 3D printing technologies. Both programs introduced students to Design Thinking, the process of identifying a problem, conducting research, ideating, creating prototypes, getting feedback, and iterating.

design thinking

Facilitators taught students how to identify problems, and then supported them in developing a collaborative problem solving environment, relevant skills, and the confidence to address the issues and provide solutions.

“It’s a thrill to be in this space right now and to see students comfortably learning,” says MIT Program Manager, Leigh B. Estabrooks. “They’re taking books off shelves and engaging in conversations. Often times it takes the right environment for Design Thinking to thrive, and that’s not common in the typical classroom,” says Estabrooks.

To the JetSpace and beyond


The JetSpace and its programs help link learning to college and career. At a practical level, the space connects students to internship and career opportunities. Vans and NASA professionals have proven dedicated to networking with all students, and to providing additional opportunities for students that applied themselves and excelled. Students manifested their ideas and created tangible examples of their work – shoe designs for water sports, hiking, and basketball, wearable tech that addressed safety issues as well as fashion trends.

In the pilot phase, forty students engaged in innovative learning programs that taught Design Thinking and engineering principles. Working with professionals in their community, they built important relationships, skills, and a new found sense of confidence in the application of their learning and ideas.

As we begin the 2016-17 school year, the JetSpace is ready to accelerate student growth by offering an exciting menu of experiences, deep dive innovative learning programs, and available technology offered in collaboration with a corps of the finest educators and mentors in Los Angeles.