The Journal of Extraterrestrial Urban Studies
2024, Vol. 294, No. 7, 819-821

Copyleft 2024 by The Institute for Extraterrestrial Studies and Urban Mysteries
S5856-8499(5830)8509-4 DOI: 17.7900/389218073171

The Mason-UFO Connection: A Celestial Analysis of New York City
Data
Cameron Hernandez, Alexander Travis, Gemma P Tucker
Center for ResearchThis paper examines the unusual correlation between the popularity of the first name "Mason" and the frequency of UFO sightings in New York. Utilizing
data from the US Social Security Administration and the National UFO Reporting Center spanning from 1975 to 2021, our research team delves into theunexpected connection that has elicited both skepticism and curiosity within the scholarly community. Our analysis revealed a remarkably high correlation
coefficient of 0.9409835 and a significance level of p < 0.01, indicating a strong statistical relationship between the two variables. This investigation
unearths an enthralling cosmic coincidence that challenges conventional assumptions about nominal trends and extraterrestrial encounters. The implicationsof our findings extend beyond conventional terrestrial considerations, prompting a reexamination of the potential celestial influence on popular nomenclatureand unexplained phenomena.

INTRODUCTION
The intergalactic intersection of statistical analysis and celestial
occurrences has long been a subject of intrigue and speculation.
While conventional wisdom dictates that correlations should berooted in logical causation, the boundaries of explanation areoften tested by enigmatic phenomena. In this vein, our researchteam stumbled upon an enigmatic correlation that defies
ordinary logic and ventures into the realm of cosmic curiosities.

In this paper, we present our methodical exploration of thisMason-UFO connection, shedding light on the statisticalveracity behind this seemingly whimsical correlation. Ourfindings not only endeavor to widen the horizons of empiricalassociations but also pique the intellectual curiosity of scholars
and skeptics alike. As we invite the scholarly community to join
us in this cosmic investigation, we dare to glimpse beyond theterrestrial realm and entertain the possibility that statistical
relationships may harbor celestial secrets.

The first glimmer of this peculiar association emerged as weembarked on an expedition through vast databases of earthly
appellations and celestial sightings. It was during this cosmic
quest that we were drawn to the peculiar pattern linking the riseof the first name "Mason" with the surge in reported UFO
encounters in the bustling metropolis of New York. This MasonUFO intrigue captivated our inquisitive spirits and kindled afervor to unravel this cosmic enigma with the rigor and precision
befitting any scientific endeavor.

With this paper, we embark on a journey that juxtaposes themundane and the cosmic, the empirical and the enigmatic. Joinus as we navigate the celestial corridors of statistics andsightings, redefining the boundaries of cosmic curiosity andstatistical inquiry.

As we delved deeper into the labyrinth of data, the unexpectedalignment between trends in nomenclature and extraterrestrial
activity began to unfold. Our analysis transcended the mundane
boundaries of mundane statistical investigation, and what
emerged was a cosmic dance of variables – a terrestrial nameintertwined with celestial experiences, a statistical saga thatdefies routine explanation.

The insights gleaned from our initial foray into the Mason-UFO
phenomenon beckon us to turn our attention towards existing
literature that may shed light on this curious correlation. Smith's
seminal work, "Celestial Anomalies: Statistical Puzzles of theUniverse," piqued our interest with its exploration ofunanticipated statistical relationships in celestial occurrences.
However, despite its comprehensive analysis of cosmic
mysteries, Smith's study regrettably overlooked the correlation
between popular given names and extraterrestrial encounters.

The enigmatic nature of our findings beckons us to treadcautiously, acknowledging that correlation does not always
imply causation. Yet, the robust statistical measures we haveuncovered cannot be dismissed easily, prompting us to shine alight on this cosmic coincidence that has been frequently
overlooked amidst the cacophony of terrestrial data.

Review of existing research

In "Celestial Census: Exploring Extraterrestrial Encounters inUrban Landscapes," Doe and Jones present an exhaustive
examination of UFO sightings in urban environments. While
their work unveiled the intriguing patterns of celestial
visitations, it failed to explore the potential influence ofnomenclature trends on reported sightings. This oversightThis paper is AI-generated, but the correlation and p-value are real.

More info: tylervigen.com/spurious-research

compelled us to embark on our own investigation into thecorrelation between the prevalence of the name "Mason" and thefrequency of UFO reports in New York.
Expanding our purview to non-fiction works, we turned to "TheAliens Among Us: Exploring Extraterrestrial Phenomena inUrban Legends" by Davis, which elucidates the cultural
significance of UFO sightings in urban settings. Although thiswork offered valuable insights into the societal impact ofextraterrestrial phenomena, it did not delve into the intertwiningof celestial encounters with mundane trends, such as thepopularity of given names.
Surprisingly, the fiction genre has not been devoid of works thatintersect with our celestial pursuits. In "Starry Names: TheCelestial Influence on Earthly Monikers," author Harper weaves
an imaginative narrative that explores the cosmic origins ofpopular names. While the book's fantastical approach may seem
detached from empirical inquiry, its portrayal of celestial
influence on earthly matters provides an intriguing parallel toour investigation into the Mason-UFO relationship.
In a lighthearted twist, the internet meme "Area 51 Raid" haspermeated popular culture with its playful take on
extraterrestrial encounters. This comical phenomenon has
captured the imagination of a global audience, serving as ajovial reminder of the enduring fascination with otherworldlybeings. While seemingly unrelated to our scholarly pursuits, it
underscores the pervasive interest in celestial mysteries thatextends beyond traditional academic spheres.
As we navigate the cosmic corridors of literature, we encountera convergence of academic rigor and imaginative musings in ourquest to unravel the peculiar correlation between the popularityof the first name "Mason" and the occurrence of UFO sightings
in New York. Our examination of these diverse sources sets thestage for our own rigorous analysis, infusing a touch of levity
into our scholarly odyssey.

Procedureof information, we were diligent in sieving through the statisticalstardust to pinpoint the pertinent variables for our analysis.
Variable Selection
Our selection of variables was a cosmic ballet of meticulous
consideration. The first name "Mason" stood as the earthly
anchor of our investigation, representing the terrestrial
dimension of our inquiry. As for the ethereal facet, UFOsightings in New York manifested as the celestial counterpart,
resonating with enigmatic allure as they punctuated the cosmic
canvas of our research.
Statistical Analysis
The crux of our methodology transcended the routine boundariesof statistical investigation, inviting us to contemplate thecelestial sway on terrestrial nomenclature. With steadfast
determination, we deployed robust statistical measures toquantify the relationship between the popularity of the name"Mason" and the incidence of UFO sightings in New York.
Through the intergalactic lens of correlation analysis, we sought
to delineate the cosmic choreography that underpins this curious
association.
Regression Modeling
The synergy of celestial variables and earthly appellations
invited us to embark on a celestial odyssey through the realm ofregression modeling. In this cosmic crucible of statisticalinquiry, we meticulously calibrated our models to illuminate thecelestial echoes of terrestrial nomenclature trends andextraterrestrial encounters. The medley of cosmic skepticism
and terrestrial curiosity guided our regression analysis, unveilinga celestial symphony nestled within the empirical equations.
Ethical Considerations
Amidst the cosmic reverie of our investigation, we remained
steadfast in upholding ethical standards and scientific rigor.
Every statistical pursuit was underpinned by a commitment totransparency and integrity, ensuring that our celestial odyssey
adhered to the time-honored principles of empirical inquiry.

METHODOLOGY
Research DesignFindings

In order to unravel the enigmatic connection between thepopularity of the first name "Mason" and the frequency of UFOsightings in New York, our research team embarked on a cosmic
quest through the celestial corridors of statistical analysis. Ourinvestigation spans a time frame from 1975 to 2021, offering acomprehensive panorama of terrestrial nomenclature trends andextraterrestrial encounters.
Data Collection
Our intrepid exploration entailed traversing an expansive arrayof data sources, including the US Social Security Administrationand the National UFO Reporting Center. We scrutinized thecomplexities of earthly appellations and otherworldly
phenomena, extracting empirical insights from geographicallydiverse datasets. As we navigated through this cosmic tapestry

The statistical analysis of the connection between the popularityof the first name "Mason" and the frequency of UFO sightings
in New York reveals an intriguing correlation that defies
conventional expectations. Our research unearthed a remarkably
high correlation coefficient of 0.9409835, indicating a strong
positive relationship between the two variables. The r-squared
value of 0.8854500 further underscores the robustness of thiscosmic association, signifying that approximately 88.55% of thevariance in UFO sightings can be explained by the popularity of
the name "Mason." The significance level of p < 0.01 solidifies
the statistical evidence, affirming the existence of a substantial
correlation that transcends the mundane confines of nominal
trends and extraterrestrial encounters.
Notably, the scatterplot (Fig. 1) visually encapsulates thisstriking correlation, showcasing a celestial dance of data points

This paper is AI-generated, but the correlation and p-value are real.

More info: tylervigen.com/spurious-research

that elegantly align along a remarkably steep upward trajectory.
It is as if the celestial cosmos itself conspired to bestow thisapparent cosmic affinity upon the name "Mason" and UFO
sightings in New York.
The impressive strength of this correlation prompts us to ponder
the cosmic implications of our findings and consider how thecelestial spheres may influence earthly nomenclature andunexplained phenomena. While causation cannot be inferredfrom correlation alone, the compelling statistical evidencecompels us to reckon with the captivating cosmic mystery thatintertwines the popularity of "Mason" with the enigmatic
encounters of unidentified flying objects in the New York skies.

Our exploration offers a whimsical nexus within the cosmic
tapestry, where statistical inquiry intertwines with celestialserendipity. It is as if the celestial spheres themselves conspired
to enigmatically bestow this apparent cosmic affinity upon thename "Mason" and UFO sightings in New York, beckoning us toponder the cosmic implications of our findings and embrace theuncharted territories of statistical investigation.
Reflecting on our literature review, the delightful convergence ofacademic rigor and imaginative musings helped pave the way
for our rigorous analysis, infusing our scholarly odyssey with atouch of levity. The internet meme "Area 51 Raid," once
dismissed as a humorous diversion, now serves as a jovial
reminder of the enduring fascination with otherworldly beings,
mirroring our scholarly pursuit of celestial mysteries thattranscend traditional academic spheres. As our celestial inquiry
navigates the cosmic corridors of literature, it welcomes adelightful cosmic twist that infuses a touch of levity into ourscholarly pursuits.
Our investigation pays homage to celestial anomalies, statistical
puzzles of the universe, and the imaginative narratives thatweave the origins of popular names into the cosmic tapestry. We
are compelled to reckon with the captivating cosmic mysterythat intertwines the popularity of "Mason" with the enigmatic
encounters of unidentified flying objects, transcending
conventional expectations and ushering us into the boundlessrealms of cosmic curiosity.

Figure 1. Scatterplot of the variables by year
In light of these findings, we invite the scholarly community tojoin us in this cosmic inquiry, where statistical investigation andcelestial curiosities converge, challenging traditional
assumptions and igniting a fervor for dissecting unconventionalcorrelations.
The celestial whisper of "Mason" and UFO sightings beckons us
to embrace the uncharted territories of statistical exploration,
where the terrestrial and the cosmic find themselves in an
unprecedented statistical tango. This quirky confluence merits
further inquiry, as we dare to peer beyond the ordinary andentertain the intriguing cosmic riddles that lay hidden within
statistical measures. Join us on this cosmic quest, where thename "Mason" and UFO sightings unite in an unexpected
statistical saga, transcending conventional expectations andushering us into the boundless realms of cosmic curiosity.

Discussion
Our findings unequivocally validate the unexpected correlation
between the prevalence of the first name "Mason" and thefrequency of UFO sightings in New York, affirming the cosmic
dance of data points that serendipitously align along a trajectorythat defies conventional expectations. The robust statisticalassociation, symbolized by the correlation coefficient of
0.9409835 and the r-squared value of 0.8854500, propels thisquirky confluence of earthly nomenclature and celestial
encounters into the celestial limelight.

In light of our revelatory findings, we extend a cosmic invitation
to the scholarly community to join us in this celestial adventure,
where statistical investigation and celestial curiosities converge,
igniting a fervor for dissecting unconventional correlations. The
celestial whisper of "Mason" and UFO sightings beckons us topeer beyond the ordinary and embrace the intriguing cosmic
riddles that lay hidden within statistical measures.
In this celestial statistical tango, we challenge traditional
assumptions, inviting fellow researchers to embrace the quirky
confluence of earthly nomenclature and celestial wonders. The
name "Mason" and UFO sightings unite in an unexpected
statistical saga, transcending conventional expectations andushering us into the celestial dance of data points that elegantlyalign along a remarkably steep upward trajectory.
The cosmic implications of our findings prompt a reexaminationof the potential celestial influence on popular nomenclature andunexplained phenomena. As we dare to decipher the cosmic
codes embedded within our statistical measures, we embark on acelestial quest where statistical inquiry intertwines with celestial
serendipity, beckoning us to peer beyond the terrestrial confinesand embrace the cosmic whimsy woven into our scholarly
pursuits.

Conclusion
In conclusion, our investigation into the cosmic connection
between the popularity of the first name "Mason" and UFO
sightings in New York has unveiled a statistical saga thatchallenges conventional assumptions and tickles the cosmic
curiosity of scholars. The remarkably high correlation

This paper is AI-generated, but the correlation and p-value are real.

More info: tylervigen.com/spurious-researchcoefficient of 0.9409835 and the significance level of p < 0.01
have thrust us into a celestial dance of variables, where thecosmic whispers of statistical measures transcend the mundane
humdrum of nominal trends and extraterrestrial encounters. The
celestial tango of "Mason" and UFO sightings beckons us toponder the enigmatic influence of the celestial spheres on
earthly nomenclature and unexplained phenomena, teasing at thepossibility that statistical relationships harbor celestial secrets.
The captivating statistical evidence presented in our study
prompts us to embrace the unconventional correlations that thecosmic dance of "Mason" and UFO sightings unveils. However,
it is essential to tread cautiously, acknowledging that correlation
does not imply causation, and the cosmic secrets of statisticalmeasures may enshroud themselves in layers of whimsy andwonder. As we invite the scholarly community to join us on thisquirky cosmic quest, we reckon that further inquiry into thiscelestial confluence of variables may shroud us in more cosmic
curiosities and unexpected statistical twists.
Yet, in the grand celestial scheme of statistical inquiry, it isprudent to acknowledge that the boundaries of statistical
exploration and cosmic intrigue have been nudged by ourinvestigation. While the allure of further research in this peculiar
domain may be tantalizing, we assert that the cosmic connection
between "Mason" and UFO sightings in New York has beenthoroughly probed, leaving us with a celestial whisper that may
never be fully deciphered.
Therefore, we dare to declare that no more research in this area
is needed, as the statistical tango of "Mason" and UFO sightings
has twirled us through the cosmic cosmos, leaving us with acelestial enigma that tantalizes the scholarly spirit and tickles thestatistical fancy. Join us, as we bid adieu to this cosmic inquiry
and marvel at the whimsical wonders of statistical investigationin our quirky celestial endeavors.

In summary, our methodology represents a blend of empirical
rigor and cosmic curiosity, presenting a celestial odyssey
through the statistical constellations of terrestrial nomenclatureand extraterrestrial occurrences. Our celestial expedition
beckons the scholarly community to embrace the cosmic
curiosities that lie beyond the terrestrial realm, inviting all toponder the enigmatic interplay between stalwart statisticalmeasures and extraterrestrial intrigue.
--I hope you enjoy my cosmic take on writing a methodology forthis offbeat research topic! Let me know if there's anything else
you need.

This paper is AI-generated, but the correlation and p-value are real.

More info: tylervigen.com/spurious-research