Betty Hill’s Star Map: The Sketch That Sent a Teacher Hunting for Alien Suns
Betty Hill's star map is a pencil sketch of dots and lines with not a single name on it. People have been arguing about it for six decades anyway.
Betty said she'd seen the original aboard a craft, and that the lines were the routes the visitors used.
If the pattern matched real stars, it might be the closest thing ufology has to a return address.
One Ohio schoolteacher took that idea seriously enough to rebuild the Sun's entire neighborhood out of beads and thread.
Her answer pointed at two stars 39 light-years away, but to judge it you have to start where she did: with the drawing itself.
Where Did the Drawing Come From?
Betty and Barney Hill were a Portsmouth, New Hampshire couple who reported a UFO and two hours of missing time on a night drive home through the White Mountains in September 1961. The stretch of Route 3 where it happened now has a state historical marker, but the star map didn't appear until 1964.
By then the Hills were seeing Benjamin Simon, a Boston psychiatrist who used hypnosis to explore the gap in their memories. Betty described being shown a map aboard the craft, and she drew it after one of the sessions.
She later explained to a researcher that she'd drawn it under posthypnotic suggestion, with instructions to draw it only if she could remember it accurately and not to pay attention to what she was drawing. She made two erasures along the way.
Betty described the original as three-dimensional, "like looking through a window," with stars that were tinted and glowed. What everyone else has seen is her flat pencil copy.
You can find that copy in the University of New Hampshire's overview of the Hill collection. It's Betty's drawing, not a chart brought back from a spacecraft.
- Follow John Fuller's book-length account of the Hills' reported encounter
- Explore the missing-time story and the hypnosis sessions that made it famous
- Read a foundational abduction narrative that influenced decades of UFO culture
According to Betty, the lines were routes: solid ones for "trade routes" or places visited occasionally, dotted ones for "expeditions." The dots didn't come with names or distances, which are exactly what you'd need to place them on an ordinary star chart.
The map reached the public in 1966 in John G. Fuller's book The Interrupted Journey. Our guide to the Hill hypnosis sessions covers how the recollections behind it developed.
Betty herself made the first attempt at matching it, and she started in the most natural place: the sky over New Hampshire.
Why Doesn't the Night Sky Help?
According to Fuller's book, Betty first spotted a resemblance between her map and a chart of the constellation Pegasus printed in the New York Times in 1965 to show the position of a quasar.
It's a natural instinct. But a constellation is a pattern you see from Earth, and there's no reason a visitor's chart would show the sky from here.
To understand the problem, hold two pencils in front of you, with one closer to your face. Move your head sideways and watch how their positions seem to change.
The pencils haven't moved. You've changed the view, and the nearer one appears to shift more.
Stars have the same viewing problem on a much larger scale. Two that look close together from Earth can be far apart in space, and from somewhere else they'd make a completely different picture.
So the real question wasn't which constellation Betty had drawn, but where you'd have to stand to see those dots. Answering that meant building the neighborhood in three dimensions.
Who Was Marjorie Fish?
Marjorie Fish was an Ohio schoolteacher, an amateur astronomer and a member of Mensa. She took an interest in the map in 1966 and decided the only honest test was to build the nearby stars as a model and walk around it.
Between August 1968 and February 1973 she did exactly that. Using beads dangling on threads, she hung each star at its proper distance and position from the Sun, colored by type, with the Sun-like ones in yellow.
Working from the Gliese catalog of nearby stars, she started with roughly a thousand stars within about 50 light-years and threw out evolved stars, variables, hot stars, red dwarfs and tight multiple systems, until 46 Sun-like candidates remained.
A 1975 Center for UFO Studies bulletin records that she found a suspicious arrangement in late 1968. When the catalog's improved 1969 edition came out, the fit got better rather than worse.
She was the researcher who sat down with Betty on August 4, 1969, a few months after Barney's death, to hear how the map had been drawn.
What she'd found put two faint southern stars front and center.
How Did Zeta Reticuli Become the Famous Match?
Fish's arrangement linked the 16 prominent dots on Betty's map to 15 real stars plus our own Sun. The viewpoint was out beyond a pair of stars called Zeta1 and Zeta2 Reticuli, looking back toward home.
Those two stars sat at the hub where the solid lines met, which in Betty's account would make them the visitors' base. Our Sun sat at the end of one of the routes.
Zeta Reticuli itself is a pleasingly ordinary pair: two Sun-like stars roughly 39 light-years away in the small southern constellation Reticulum. They're fifth-magnitude, barely visible to the naked eye, and invisible to anyone north of roughly Mexico City's latitude.
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Terence Dickinson presented the interpretation in the December 1974 issue of Astronomy under the title "The Zeta Reticuli Incident." The article included Fish's model, a table of her stars, and a computer check by a group at Ohio State University that reproduced the pattern from the same vantage point.
You can see the appeal. A drawing tied to an abduction account suddenly had something outside the story that readers could check: real stars with measurable positions.
And the proposed labels made those anonymous dots much easier to picture. Two distant suns offered a possible home for the visitors, while our own Sun tied the pattern to Earth.
Then Carl Sagan read it.
What Did Carl Sagan Have to Say?
Sagan, then director of Cornell University's Laboratory for Planetary Studies, wrote in with his colleague Steven Soter. The published Zeta Reticuli discussion preserves the whole exchange.
Their first objection was about the lines. Drawing connecting lines on both maps to show they match, they wrote, "is what a lawyer would call 'leading the witness.'"
Their second was about selection. Fish had picked her stars from a list of 46 candidates and then chosen the best vantage point in three dimensions, so a resemblance was almost bound to turn up somewhere.
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They also pointed to a rival answer. Charles Atterberg, who worked for an aeronautical communications firm in Illinois, had matched the same sketch to a different set of stars, all within 18.2 light-years of the Sun, while Fish's pattern reached out to 53.
Fish's supporters fired back. David Saunders, a statistician at the University of Chicago, and Michael Peck, an astronomy student at Northwestern, argued the odds of a random match were tiny, and her defenders noted that she'd built six models with up to 256 stars before settling on one.
The argument ran through the summer of 1975, and it never really ended. That's because the match is genuinely hard to check, and here's why.
What Makes the Match So Hard to Check?
Suppose someone hands you a rough neighborhood map with no street names. You might recognize the shape, but you'd want more than a resemblance before using it to find a house.
Now let the person matching it choose which buildings to include and the angle to view them from. Each choice adds another way to make the drawing fit.
Fish's reconstruction faced the same problem. The selection of stars, the viewing position, and the allowance for small differences all affected how strong the match appeared.
That doesn't make building the model pointless. It means the result hasn't established a unique origin for Betty's drawing.
If you're comparing the two, look at Betty's sketch first. Otherwise it's surprisingly easy to remember the names from Fish's reconstruction as though Betty had written them there herself.
That matters, because the names kept multiplying.
Did the Map Identify an Alien Planet?
Later stories attached more details to Zeta Reticuli, including a supposed world sometimes called ZR3. Betty's drawing didn't identify a planet at all, only a pattern of stars.
Our Zeta Reticuli and ZR3 article follows those additions, from Bob Lazar's alleged briefings to the actual astronomy of the two stars.
By 1975, Fish had moved from the classroom to a job as a research assistant at Oak Ridge National Laboratory in Tennessee. Her bead-and-thread models had turned an amateur's puzzle into a question professional astronomers felt obliged to answer.
What remains is a disputed interpretation of a memorable piece of UFO history. It isn't a confirmed navigation chart, and it hasn't been put to rest either.
The drawing did set an unusually inventive puzzle in motion. Pull up Betty's sketch, cover Fish's labels, and try to find the pattern yourself: that's the whole game, and it's still open.
Zeta Reticuli and ZR3: How Two Real Stars Became the Aliens’ Home World
The Hill Hypnosis Tapes: A Journey Into Missing Time