Journal of Applied Arboreal Engineering (2024) 20, 53-61

Available online at www.tylervigen.com

ELSERVER

Aligning Associates in Engineering Technologies with
Anomalous Avidity for Arboreal Alignment: A
Connection to Daylight Savings Time?
Cameron Hamilton, Aaron Thomas, Gideon P Truman
Advanced Research Consortium; Cambridge, Massachusetts

KEYWORDS

associate's degree, engineering technologies, Google searches, daylight savings time,correlation coefficient, National Center for Education Statistics, Google Trends, clockwork
adjustments, time transition
Abstract
This research explores the improbable relationship between the conferment of Associates degrees inEngineering Technologies and the influx of Google searches for 'daylight savings time.' Utilizing data fromthe National Center for Education Statistics and Google Trends, a remarkable correlation coefficient of0.9543866 and p < 0.01 was uncovered for the period spanning 2011 to 2021. The findings, thoughseemingly incredulous, suggest that individuals pursuing engineering technologies at the associate level
may possess an unexpected fervor for delving into the mysteries of transitioning time. Whether thisconnection is mere coincidence or a reflection of a latent predilection for clockwork adjustments remains
an enigma that warrants further investigation.
Copyleft 2024 Advanced Research Consortium. No rights reserved.

1. Introduction
The alignment of academic pursuits withexternal phenomena has long been asource of fascination for those engaged in
the scholarly exploration of human behavior.
As researchers strive to unveil theinterconnectedness of seemingly disparate
variables, the pursuit of understanding canlead to unexpected revelations. In the realmof academia, the conferral of Associates
degrees in Engineering Technologies has,
until now, remained a topic largely removed
from the peculiarity of temporal curiosities.
Nevertheless, the seemingly incongruous
linkage of this educational pursuit with anintensified curiosity surrounding the annual
ritual of daylight savings time prompts a

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

More info: tylervigen.com/spurious-researchreevaluation of the factors that may
influence individuals' intellectual inclinations
and temporal preoccupations.
In what could be deemed a serendipitous
confluence of data, the realm of Engineering
Technologies and the fascination withtemporal adjustments have intersected in an
unforeseen manner. The present study
endeavored to scrutinize this seemingly
implausible correlation through a meticulous
analysis of empirical evidence, leveraging
the extensive repository of information
provided by the National Center for
Education Statistics and the troves ofsearch queries meticulously cataloged by
Google Trends. The findings that emerged
from this investigation not only piqued ourscientific curiosity but also nudged ourcollective
understandingofthe
idiosyncrasies
thatunderpin
humaninterests and pursuits.
Unraveling the enigma of this unexpectedaffinity between Associates degrees inEngineering Technologies and societal
intrigue surrounding daylight savings time
underpins the raison d'être of thisinvestigation. Through the prism ofstatisticalanalysis
anddiscerningobservation, we sought to illuminate thecontours of this relationship, unveiling theunderlying
proclivities
thatbeckonindividuals towards the intricacies of applied
technology and the ephemeral manipulationof time. This endeavor, while steeped inacademic rigor, also invites a lighthearted
contemplation of the quirks that animate thehumanquest
forknowledge
andcomprehension.
As we embark on this scholarly exploration,
we invite the reader to don their
metaphorical detective hat and accompany
us in unraveling this conundrum. The
convergence of Associates degrees inEngineering
Technologies
andtheheightened curiosity surrounding daylightsavings time is a puzzle that beckons not
only for elucidation but also for an

acknowledgmentofthedelightfulincongruities that pepper the landscape ofempirical inquiry. With this pursuit in mind,
we delve into the labyrinth of data andanalysis, cognizant of the potential for
discovery and perhaps a few unexpected
twists along the way.

2. Literature Review
The present literature review aims toprovide a comprehensive survey of existing
research that explores the intersection
between the conferment of Associates
degrees in Engineering Technologies andthe unanticipated surge in Google searches
for 'daylight savings time.' This section
begins with a discussion of scholarly works
by prominent researchers in the field before
delving into a wider array of sources,encompassing both non-fiction and fiction
literature, and ultimately culminating in arather unconventional approach to literature
review.
SmithandDoe(2015),
intheircomprehensive study, meticulously examine
the correlation between educational pursuitsin engineering disciplines and individuals'
proclivity for temporal inquiries. While theirwork primarily focuses on broader trends inacademic preferences, it inadvertently lays
the groundwork for contemplating thepeculiar
attraction
thatengineering
technologies may hold for the enigma oftime manipulations. Furthermore, Jones etal. (2018) provide a nuanced analysis oftechnological education and its socioculturalimplications, hinting at the potential for
hidden predilections among engineering
students. These seminal works offer a solid
foundation for dissecting the idiosyncrasies
that underpin the research inquiry at hand.
Expanding beyond the confines of academic
studies, several non-fiction works shed lighton the intricate relationship between
technology, time, and human behavior. In"Chronicles of Chronometry: A HistoricalThis paper is AI-generated, but the correlation and p-value are real.

More info: tylervigen.com/spurious-research

Perspective," lorem and ipsum (2009)
meticulously trace the evolution of
timekeeping mechanisms, offering insights
into the mechanistic allure that may
captivateenthusiasts
ofengineeringtechnologies. Additionally, the practicalramifications of temporal transitions are
explored in "Time in Flux: A CulturalAnalysis of Daylight Savings Time" by lorem(2012), shedding light on the societal
undercurrents that may subtly influence
individuals' temporal curiosity.

The confluence of Associates degrees inEngineering Technologies and the publicfascination with the time-altering ritual of
daylight savings beckoned for a rigorous
methodological approach to unravel theunexpected
nexus
betweenthese
seemingly incongruous phenomena. Inpursuitof
thisaim,
aneclectic
amalgamation of data sources andanalytical techniques was wielded in an
endeavor to illuminate the contours of thisenigma.

Moving into the realm of fiction, the works of
H.G. Wells, particularly "The Time
Machine," and Jules Verne's "Twenty
Thousand Leagues Under the Sea," though
not directly pertinent to the topic at hand,present
imaginative
portrayalsoftechnologicalprowessandtemporal
intrigue. These literary escapades, while
mere flights of fancy, serve as a gentle
reminder of the allure that technologicalingenuity and temporal mysteries hold in therealm of human imagination.

Data Acquisition and Preprocessing:

However, taking a rather unconventionalturn, the present research also draws on an
eclectic array of sources, including but notlimited to grocery lists, weather forecasts,
and, to the bewilderment of traditional
academia, CVS receipts. These sources,
though seemingly unrelated to the topic athand, offer a whimsical lens through whichto glean insights into the unexpectedconnections
that
underpinhuman
preoccupations,howevertrivialorunorthodox they may be.
In essence, the literature review presented
herein not only traverses the landscape ofscholarly insights but also dares to dip a toe
into the more unconventional realms ofknowledge acquisition, for it is in theunexpected and the inexplicable that themost delightful discoveries often await.

3. Our approach & methods

The initial phase of the investigation
involved the extraction of data pertaining to
the conferral of Associates degrees inEngineering Technologies from the National
Center for Education Statistics. This
repository of educational statistics provided
a comprehensive record of academic
pursuits, allowing for a granular examinationof the prevalence of such qualifications overthe period spanning 2011 to 2021. The data,
depicting the ebb and flow of conferred
degrees,
underwent
meticulous
preprocessing to rectify any anomalies andensure the integrity of the dataset.
Simultaneously, the team harnessed theexpansive reservoir of search queriesarchived by Google Trends, delving into thevoluminous data pertinent to 'daylightsavings time' searches. The dynamic natureof public interest in temporal adjustments
was encapsulated in this repository,
affording an opportunity to discern patternsof intrigue and inquiry surrounding thebiannual clock repositioning. A scrupulous
curation and harmonization of the temporaland educational datasets laid the foundation
for the subsequent analytical undertaking.
Correlational Analysis:Theelucidationofthepotential
interrelationship between the bestowal of
Associates
degreesinEngineering
Technologies and the populace's captivation
with daylight savings time necessitated aThis paper is AI-generated, but the correlation and p-value are real.

More info: tylervigen.com/spurious-researchjudicious application of statistical tools. A
correlation analysis, wielding the stalwart
Pearsoncorrelation
coefficient,wasemployed to discern any discernible
patterns or associations between theseostensiblyestrangedvariables.
Themagnitude and direction of the correlation
were scrutinized with fastidiousness, forging
a pathway toward unraveling the subtle
threads that wove these enigmatic elements
together.
Heterogeneous Time Series Modeling:Ina
departurefromtraditional
methodologies,
this
investigation
endeavored to capitalize on the volatility
and dynamism inherent in the temporaldimension of 'daylight savings time'
searches.
Leveraging
theeclectictechniques from time series analysis, theteam set forth to model the fluctuations in
Google search interest as a function of thetemporal arc delineated by the academic
calendar. The esoteric intricacies ofautoregressive integrated moving average(ARIMA) models and their ilk were invoked
to disentangle the temporal nuances anddiscern potential recurrent patterns insocietal inquisitiveness surrounding timetransitions.
Multivariate Regression Analysis:
To fortify the discernment of the putative
causal pathways underlying the observed
correlation, a foray into the realm of
multivariate regression analysis wasundertaken. The intertwined variables ofAssociates
degreesinEngineering
Technologies and the temporal proclivitiesof the populace were scrutinized throughthe prism of regression modeling,endeavoring to disentangle the potential
influence of confounding covariates andunderlying determinants. The potent arsenalof statistical software manifestly facilitatedthe rigorous evaluation of potential
relationships,
precipitatingadeeperunderstanding of the factors at play.

Ethical Considerations:
Amidst the veritable tapestry of statistical
intricacies, the ethical imperatives governing
the dissemination and utilization of data
held an eminent position within the purview
of this investigation. Adhering to theprecepts of data privacy and confidentiality,
theresearchteam
ensuredtheanonymization and aggregation of thedatasets, fortifying the sanctity of individual
privacy while enabling the unimpeded
pursuit of scholarly inquiry.
The resultant confluence of diverse
methodologies and analytical techniques
engendered a comprehensive and nuanced
exploration of the improbable alliance
between Associates degrees in Engineering
Technologies and the vicissitudes of societal
intrigue surrounding daylight savings time.
As we pivot toward the explication of ourfindings, it behooves us to acknowledge thelimitations inherent in any empiricalendeavor, alongside an invitation to revel inthe delightful intricacies that pepper thelandscape of scholarly inquiry.

4. Results
The statistical analysis conducted in thisstudy revealed a strong positive correlation(r = 0.9543866) between the number of
Associates degrees awarded in Engineering
Technologies and the volume of Google
searches for 'daylight savings time' from2011 to 2021. The coefficient ofdetermination(r-squared)
furthersubstantiated this relationship, attaining avalue of 0.9108537, indicative of therobustness of the association between
these seemingly disparate variables. The pvalue of less than 0.01 underscored thestatistical significance of this correlation,
reinforcing the salience of the findings
despite their seemingly whimsical nature.
Fig. 1 depicts a scatterplot illustrating theaforementioned correlation, highlighting theThis paper is AI-generated, but the correlation and p-value are real.

More info: tylervigen.com/spurious-research

striking alignment of these ostensiblyunrelated phenomena. The data points
cluster closely along a positively sloped
trendline, underscoring the synchronous
fluctuations of Associates degrees inEngineering
Technologies
andtheprevalence of Google searches related to'daylight savings time.'
Underpinning this unexpected congruenceistheinscrutable
convergenceofengineering
acumenandtemporalinquisitiveness. While the quiddities of thisrelationship may leave one oscillating
between amusement and bemusement, theempirical
evidenceespousesanunmistakable harmony between thesedivergent domains. It appears that therecipients of Associates degrees inEngineering Technologies, equipped with
their technical prowess, harbor an
unanticipatedfascination
withthechronometric modulations embodied by thebiannual transition of clocks.

manipulation. Nevertheless, this inquiry
propels us to contemplate the delightful
eccentricities that abound in the realm of
empirical inquiry, inextricably intertwining
the rigors of research with the whimsy ofhuman curiosity.

5. Discussion
The results of the present study provide
compelling
evidence
supporting
theimprobable yet intriguing relationshipbetween the conferment of Associates
degrees in Engineering Technologies andthe surge in Google searches for 'daylightsavings time.' With a correlation coefficientof 0.9543866 and a p-value of less than0.01, the statistical analysis substantiates
the robustness and significance of thisassociation. These findings appear to alignwith prior research, including the work of
Smith and Doe (2015), who inadvertently
laid the groundwork for contemplating thepeculiar
attraction
thatengineering
technologies may hold for the enigma oftime manipulations.
Expanding on the unconventional aspects of
the literature review, the present study,
despite its seemingly whimsical nature,sheds light on the unexpected connections
that underlie human preoccupations. Thisharks back to the unusual sources exploredin the literature review and serves as areminder of the delightful discoveries that
often await in the most unorthodox realms
of knowledge acquisition.

Figure 1. Scatterplot of the variables by year

This empirical investigation not only
substantiates the existence of thisassociation but also serves as a testament
tothecapriciousnessofhuman
predilections. As we unravel the peculiar
entanglement of academic pursuits andtemporal preoccupations, the riddle persistsas to whether this correlation is merely afortuitous quirk or a divulgence of a deeper
affinity for the mechanics of time

The empirical evidence espoused in thisstudy posits an unmistakable harmony
between the conferment of Associates
degrees in Engineering Technologies andthe ardor for temporal inquiries, thus laying
bare the capriciousness of human
predilections. The association between
theseseemingly
disparatedomains
underscores the delightful eccentricities thatabound in the realm of empirical inquiry.

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

More info: tylervigen.com/spurious-researchThis study, despite its lighthearted
undertones, underscores the value of
exploringseemingly
incongruous
relationships and embracing the whimsicalnature of scientific inquiry. The findings lead
us to ponder whether this correlation is amere fortuitous quirk or a reflection of adeeper affinity for the mechanics of timemanipulation. Consequently, the researchinquiry at hand serves as a testament to theenigmaticconvergenceofacademic
pursuits and temporal preoccupations,
beckoning further exploration into theidiosyncrasies
thatunderpin
humancuriosities.

6. Conclusion
The investigation into the unlikely nexus
between Associates degrees in Engineering
Technologies and the proclivity for Google
searches related to 'daylight savings time'hasunveiled
athought-provoking
correlation. The robust statistical evidence,
despite its ostensibly whimsical nature,suggests a resonant harmony between thetechnical prowess cultivated in engineering
programs and an unexpected intrigue intemporal adjustments. This enigma, akin toa surreptitious clockwork mechanism
underpinning human interests, incites
contemplation of the delightful incongruities
that punctuate the sphere of empiricalinquiry.
The serendipitous intersection of thesedivergent domains evokes a whimsicaldance of statistical significance, where theveil of conventional expectations is lifted toreveal an unexpected waltz of academic
pursuits and temporal preoccupations. Suchrevelatory findings, while certainly amusing,also underscore the peculiarity of human
inclinations and the cryptic interplay ofseemingly unrelated spheres of interest.

the deeper resonance of this correlation.
Could it be that the denizens of engineering
programs possess an underlying proclivity
for unraveling the mysteries of time, akin toardent chronometrists delving into theinfinite depths of temporal intricacies?
Despite the levity imbued within this
discourse, the empirical substantiation ofthis correlation urges a cautious recognitionof its implications. The practical applicationsof these findings remain to be fully
delineated, perhaps leaving open thepossibility
ofimplementing
timemanipulation modules within engineering
curricula or fostering interdisciplinary
dialogues between the realms of temporalphysics and applied technology.
In light of these revelatory insights, it may
be averred that the incisive gaze ofempirical inquiry has shed light on an
unforeseen alliance between humanpursuits, beckoning us to peer beneath theveneer of the usual and embrace thedelightful eccentricities that punctuate thejourney of scientific exploration.
Upon considering the findings of thisinvestigation, it is the firm assertion of thisresearcher that no further research in thisarea is warranted. The connection between
Associates
degreesinEngineering
Technologies and the proclivity for delving
into the mysteries of daylight savings time
has been sufficiently illuminated, leaving nostone unturned in this delightfully enigmaticconfluence of academic pursuits and thewhimsy of temporal intrigue.

The implications of these findings prompt aplayful musing on the capriciousness ofhuman predilections, inviting speculation on

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

More info: tylervigen.com/spurious-research