The shop was impressively full of crystals, some almost the size of me, others that would easily fit into my pocket. The bubbly girl working behind the counter greeted me barefoot with a genuine smile. I had come to The Aura Shop in Santa Monica, Calif. seeking a photograph of my aura. Finally fed up with the misunderstanding of the term Indigo Children in correlation to a person’s aura, I decided to have my own aura photographed in an attempt to end the confusion uniting these terms.
It is confusing after all. Even the respected media company Vice, known for their immersion journalism, got it wrong. Here’s the deal… An aura is the atmosphere surrounding and generated by a person, place or thing. A person’s aura is photographed using electric sensors on specific acupuncture points on your hand which correlate to different parts of your body. A computer then interprets and plots this bio-data with higher frequencies being assigned warmer colors and lower frequencies with cooler colors.
Notice there is no trace of the color Indigo in my very yellow aura. The full-length report I was given was similar to reading an accurate horoscope about my general disposition and preferences. According to my aura photograph, I am easy-going, intellectual and self-aware. However, it did not diagnose me as an Indigo Child or not. For the record (even with my yellow aura) I am an Indigo Child.
The term Indigo Children was coined by self-help author Nancy Ann Tappe who, due to a brain disease called synesthesia, saw colors and tasted shapes. Tappe did not see auras. What she saw was specific to her brain and no one else could see it. She used her disease to help people identify strengths and weaknesses in their personality to enrich their lives. Originally, Tappe saw only 11 colors. In the 60’s and 70’s, she began seeing a 12th color which she described as Indigo and went on to note this color’s defining characteristics. When your aura is photographed, there are 17 possible colors you may register including indigo. An indigo aura does not make you an Indigo Child.
What does make you an Indigo Child? Unfortunately there is no medical test, but only a list of traits and behaviors that may resonate with you. Tappe’s motivation for sharing the colors she saw was to help. Understanding if the term Indigo Children defines you or not can have a major impact on your quality of life.
Here’s where I got motivated.
Reading the Vice article, On the Hunt for ‘Indigo Children’: The Next Stage in Human Evolution, author James Tennent contends that the term Indigo Children is used by parents to avoid the shame associated with the diagnosis of their child as ADD or ADHD. Tennent maintains if a child is considered a gifted Indigo Child rather than diagnosed as ADHD and medicated, the “adverse effects” could be “highly detrimental in later life.” He leaves no room for the adverse effects of medicating a child long term or the many alternative solutions to ADHD symptoms.
Tennent goes on to criticize the diagnosing of Indigo Children and praise the diagnosing of ADD or ADHD which is literally an identical method of observing traits and behaviors with the exception of an ADHD diagnoses being approved by a licensed doctor. He leaves out the part where most children are diagnosed by their teachers and rarely evaluated by a doctor other than asking the parent a few qualifying questions.
Psychology Today notes that the qualifying symptoms used to diagnose ADD or ADHD are “ordinary childhood behaviors.” Huffington Post joins the diagnosing debate calling the process “tricky,” and calls for more support for families. Forbes takes a risk noting the extremely profitable interest Big Pharma has in diagnosing children with ADD or ADHD and sentencing them to life-long daily medication. Natural News outlines the nominal rewards of ADHD medications and adverse effects including disqualification of future career options.
The treatment plan for anyone diagnosed as an Indigo Child is a healthy conscious diet, daily meditation and an improved environment. Anyone misdiagnosed as Indigo would still most likely improve their quality of life. Labels are inherently limiting and anyone looking to take advantage of the benefits can easily do so. From my experience, those folks usually don’t hang around too long, moving onto the next trendy, feel-good option. But for the ones who authentically resonate with the Indigo Children phenomenon, the self-realization is life-altering in the best of ways. Many of them are finally able to replace their Ritalin and Adderall prescriptions with trips to the farmer’s market.
In his Vice article, Tennet mentions several times his difficulty connecting with the Indigo Children community. A group of people sensitive to the intentions of others and often persecuted (such as being drugged into submissive behavior) may be difficult to infiltrate. Perhaps some chakra balancing and open heart meditations may help with future attempts. In the meantime, I decided to help Tennent out and asked some of the Indigo Children I know to send me childhood photos. Here are actual photos of Indigo Children without any Photoshop enhancements presented in Vice’s signature DOS & DON’TS style.
Take care not to confuse my creative orange aura with my Indigo life color. Although your brain is much smaller than mine, I’m sure you can understand the difference if you try.
My old soul, my compassionate soul, loved my grandmother’s soul food. My old soul, my wise soul, is nourished by my Indigo soul family.
Sugar and spice and everything nice, ninjas better think twice, before giving me advice. You see my starseed ways, are more than just a phase. So listen up and know, there’s no messing with the Indigo.
Immersion journalism proved to be more than I bargained for when I chose a group of kids who knew better than to let me in. But my Fourth Estate responsibilities prevailed and I did what any man with a laptop would do to get the job done.
One’s astral body is prevalent in this physical incarnation. One wears red to honor one’s root chakra and ground oneself so that one may survive here, just like the Native American’s did in one’s last incarnation. One compliments the red with other colors and periodic elements to honor the four cardinal directions and remain balanced as any shaman would do.
Daddy thinks the funniest things sometimes. He must not know I can hear him telepathically.
My crown chakra tends to shine so bright it makes it difficult for my classmates to focus. I cleverly tied a white bow up there so people will think that’s what they are seeing and get back to work.
This fool has no idea he’s photographing THE Archangel Metatron. Even if I told him, he’d probably think I was talking about Transformers or something.
You can bet the big Texas sky I’m not going to allow this planet to go down like the Pleiades did. Let these spaceman pants be a warning to every member of the Galactic Federation that there’s a new Sheriff on Earth.
Last night I went stargazing at the planetarium at the University of California Los Angeles. Sometimes it’s fun to look at photos of home.
I heard a theory that Indigo Children come from the star system of Nihal, also called Beta Leporis. Nihal is the second brightest star in the constellation of Lepus which is Latin for hare. It is 160 light years from Earth and located under Orion’s feet. It’s pretty similar to our sun (they’re in the same class) only a little brighter.
UCLA gives a free show every Wednesday and it’s open to the public. This week, grad student Sam gave a presentation on the power of 10. He was cool enough to send me the presentation to share with you. Below are the images of what you would see if you started at the UCLA Planetarium and moved back 10 to the power of 1, 10 to the power of 2, 10 to the power of 3, etc. Regardless of your personal starseed theory beliefs, it’s rather mind blowing and hopefully will make you feel a whole lot closer to home.
10 to the power of 1
The UCLA Planetarium
10 to the power of 2
The roof of the Math Sciences building with the planetarium and telescopes in full view.
10 to the power of 3
The UCLA Campus. The campus includes 163 buildings across 419 acres.
10 to the power of 4
UCLA nested up against the hills with Santa Monica to the lower left. The 405 meanders up through the mountains and the 10 can be seen heading off to the ocean.
10 to the power of 5
The Los Angeles basin with the Santa Monica Mountains, San Gabriel Mountains, and San Fernando valley .
10 to the power of 6
From here, we can see most of California, as well as parts of Utah, Nevada, Arizona, and Mexico. The patchwork nature of the image is due to the many different satellite images used to create these maps in Google Earth.
10 to the power of 7
Our home! The Earth is roughly 8000 miles in diameter.
10 to the power of 8
Roughly the size of geostationary orbit.
10 to the power of 9
Distance to the moon is roughly 30 times the diameter of the Earth (roughly a quarter of a million miles). It takes light one second to travel from the Moon to the Earth – it took the Apollo astronauts four days to get there. The red line indicates the orbit of the earth.
10 to the power of 10
10 to the power of 11
We know span the distance between the orbits of Venus and Mars, our planetary neighbors.
10 to the power of 12
We now encompass the orbits of the inner planets plus the asteroid belt. The orbits of Jupiter and Saturn are just coming into view. The earth (red orbit) is 93 million miles from the Sun – a distance which takes light 8 minutes to traverse. Mars is roughly 150 million miles, whereas Jupiter is closer to half a trillion miles.
10 to the power of 13
We have finally encompassed all the orbits of all the planets in our Solar System (and even one not-planet). Neptune is roughly 30 times further from the Sun than the Earth is – nearly 3 billion miles. Pluto sits on the inside of a belt of icy objects known as the Kuiper belt. This belt is responsible for many of the comets which cruise through our neighborhood every so often and may be the original source of much of the water and organic material found on the Earth.
10 to the power of 14
At this distance, we are now encompass the furthest probes sent out from Earth. Voyager 1 (indicated by the red dot), launched in 1977, is currently 9.74 billion miles from home and traveling at 38,000 mph away from the sun. It takes signals 13 hours to reach the spacecraft, which is still monitored daily at the Jet Propulsion Laboratory.
10 to the power of 15
At 10^15 meters, even the orbits of the giant planets are lost to the glare of the Sun.
10 to the power of 16
Encompass the Oort Cloud; ~3 ly across. The Oort Cloud is believed to be a cloud of icy debris – remnants of the formation of our solar system and the source of so-called ‘long period’ comets. At this distance – roughly a third of the way to the nearest star – the icy objects are barely bound to the solar system by the Sun’s very weak gravitational field.
10 to the power of 17
Roughly 10 ly across; 10 stars in this volume including a binary system (Sirius) and a triple star system (Alpha Centauri – the closest stars to the Sun)
10 to the power of 18
Roughly 100 ly across. This map marks 133 of the brightest stars in this volume; in reality there are roughly 2000 stars in this space
10 to the power of 19
The Sun is passing through a region of space known as The Local Bubble. It is a region roughly 300 light years across where the density of material is roughly a tenth the average density throughout the galaxy – only one atom for every 20 cubic centimeters. It is thought that this region was cleared out by a nearby supernova several million years ago. Our local bubble also abuts other nearby bubbles.
10 to the power of 20
In a volume of space roughly 10,000 ly across, we start to see evidence of the spiral arms which make up our galaxy. We sit on the inside edge of a partial arm, called the Orion Arm. Under dark skies, you can see a band of light across the sky – what you’re seeing is these arms from the point of view inside the disk. The arms are named for constellations through which they pass.
10 to the power of 21
The Milky Way galaxy – our home in the Universe. The MW contains about 200 billion stars. The Sun sits roughly 30,000 light years from the center of the galaxy, on the inside edge of the Orion Arm, where it takes about 200 million years to orbit the galaxy. Out by us, the disk of the galaxy is roughly 1000 ly thick. The center of the galaxy has a bar like structure feeding through a central bulge. At the very center of our galaxy, there sits a supermassive black hole roughly 3 million times more massive than our Sun.
10 to the power of 22
Roughly 1 million ly across (300 kpc). Our Milky Way has roughly 13 known satellite galaxies, of which only the largest are shown here. The SMC and LMC (both roughly 150,000 ly away) can be seen from dark skies in the Southern Hemisphere and are currently being swallowed by the Milky Way. Astronomers have detected a stream of gas, dust, and stars being ripped off from the LMC and connecting with the MW in what is known as the Magallenic Stream.
10 to the power of 23
Roughly 10 million ly across (3 Mpc). Our galaxy has roughly 35 neighbors in a group of galaxies known as The Local Group. The Milky Way and Andromeda are the two largest galaxies in the Local Group, roughly 2 millions light years apart – and hurtling towards one another! Our two galaxies are expected to collide in about 5 billion years, roughly the same time our Sun blows off it’s outer layers in its golden years.
10 to the power of 24
Roughly 100 million ly across (30 Mpc). Encompasses the Virgo Supercluster. A supercluster is a large grouping of many clusters of galaxies and are among the largest structures in the Universe. We reside on the edge of a supercluster called the Virgo Supercluster which gets its name from the large galaxy cluster at its center, the Virgo Cluster. The Local Group is falling towards the Virgo Cluster at about 200 km/s.
* Number of galaxy groups within 100 million light years = 200
* Number of large galaxies within 100 million light years = 2500
* Number of dwarf galaxies within 100 million light years = 50 000
* Number of stars within 100 million light years = 200 trillion
10 to the power of 25
Roughly 1 billion light years across. We start to see that superclusters exist along sheets and filaments which wind their way through the Universe. It is believed that these sheets are made predominately of dark matter to which the luminous matter of stars and galaxies is attracted through their mutual gravity. We also start to see the existance of large bubbles and voids several hundreds of millions light years across. The Virgo Supercluster, along with many others, are flowing like a river towards the Shapley Supercluster – one of the most massive collections of galaxies in the local Universe.
* Number of superclusters within 1 billion light years = 100
* Number of galaxy groups within 1 billion light years = 240 000
* Number of large galaxies within 1 billion light years = 3 million
* Number of dwarf galaxies within 1 billion light years = 60 million
* Number of stars within 1 billion light years = 250 000 trillion
10 to the power of 26
Roughly 10 billion light years across – encompasses most of the visible Universe; roughly 100 billion galaxies! This image is from a very complex, sophisticated computer simulation which tracks the structure of all the matter in the Universe. At these scales, the Universe starts to look very “foamy” and is often compared to the structure of soap bubbles. All of the galaxies in the Universe reside along the threads and filaments while the spaces between are pretty much empty. Why the Universe ended up looking this way is one of the leading questions in modern astrophysics. Current research indicates that these structures may have been in place when the Universe was mere fractions of a second old – tiny perturbations on quantum scales which have been magnified to the current size due to the relentess expansion of the Universe.
10 to the power of 27
Larger than the visible Universe! What we would see at this size is unknown. The Universe is 13.7 billion years old which means that there are photons of light which have not yet had time to reach us here on Earth. This is what we mean by the “visible universe” – it’s the universe that we can see because those photons have had enough time to make it to Earth. What’s beyond that may just be more of the same. Or maybe it’s something completely different. We don’t know if there’s an edge to the Universe. And because of the expansion of the Universe, there are parts of the Universe that we will NEVER see – the expansion of space just keeps carrying that light further away from us. It seems there may be vey hard limits to our knowledge imposed on us by the structure of the cosmos!
And it all started with this… A bunch of hydrogen atoms. And to make these numbers even more daunting, an average human body has around 7×10^27 atoms.