LOCATION : NEW TROY .
I . HISTORY the beating heart of metropolis . one of six boroughs of metropolis , serving as the central business district . established in 1775 , situated in the state of delaware . new troy is home to many established businesses and technology companies . new troy is now a huge competitor for one of most recognised cities on east coast including gotham city and new york city .
ii . NOTABLE BUSINESSES new troy is home to an up and coming technology centre of science and industry . businesses include : lexcorp , wayne financial , wayne technologies , kord industries , s.t.a.r. labs , magnus labs , goldstar inc. , hamilton technologies , stagg enterprises , project cadmus , ivo labs & metropolis financial .
iii . MEDIA OUTLETS metropolis is home to key media organisations and has the most respected publications in the world. media includes : black beacon , bridwell communications , daily planet , daily star , galaxy communications , metropolitan.com , metropolis daily news , metropolis eagle , metropolis 8 news , metropolis today , newstime magazine , the whisper , wgbs-tv , wjab-tv , wlex-tv , wmet-tv & ubc .
iv . DISTRICTS new troy is divided into eight districts , all promising something different that will attract tourists from all over : arts district , chinatown , lower east side , midtown , hob's bay dockyard , suicide slum , upper east side & upper west side .
v . LANDMARKS new troy is unlike any other city , interesting and modern architecture and home to superman . new troy boasts landmarks which tourists flock to every year such as : avenue of tomorrow , city hall , heroes park formerly known as centennial park , lena luthor science explorarium , lexcorp plaza including the lexcorp tower with an observation deck , metro palace theatre , metropolis museum of art , superman monument & the daily planet globe .
vi . WATERWAYS new troy is surrounded by different waters , home to some interesting and stunning marine life . with gotham city across the bay , new troy has a stunning view of the seas and is the beating heart of the east coast trade route which increases metropolis' economy each year . waterways include : hob's bay , metropolis bay & the west river .
vii . BRIDGES new troy sits on an island , but it's not alone . connected by a series of beautifully built bridges which connects the centre of metropolis to other boroughs of the city . these include : bakerline bridge , clinton bridge & queensland bridge .
viii . SPORTS metropolis is home to many sports teams who have a global fanbase . new troy is home to metropolis' baseball , football and basketball sports teams . baseball : metropolis blue stockings , metropolis meteors ( national league ) , metropolis metros , metropolis mets , metropolis monarchs & metropolis twins . basketball : metropolis comets , metropolis generals & metropolis spartans . football : metropolis spartans , metropolis meteors ( national conference ) , metropolis metros , metropolis sharks , metropolis tigers & metropolis university bulldogs .
ix . HOME OF HEROES the main attraction to the city of metropolis is the variety of heroes that live amongst us . new troy boasts a roster of exciting and brave heroes including : agent liberty , argent , atom , black lightning , booster gold , gangbuster , guardian , joto , prysm , risk , superboy , supergirl , superman & thorn .
x . NOTABLE RESIDENTS it's not just the heroes that have an impact on the city . new troy also boasts some popular residents that you may know from various news outlets or their award winning works : anthony gallo , bill henderson , bobby "the don" gazzo , cat grant , clark kent , dirk davis , dan turpin , emil hamilton , frank jackson , gretchen kelley , henry ballard , hope taya , jenny jurwich , jimmy olsen , joshua coyle , justin moore , lana lang , lex luthor , lola barnett , lois lane , loren jupiter , lucy lane , maggie sawyer , mercy graves , morgan edge , oscar asherman , perry white , ron troupe , steve lombard , sydney happersen , toby raynes , trixie collins & vincent edge .
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★ STATIONARY ★ : MASTERLIST
O1 . TBP (The Black Phone) -
bruce yamada ;
unfortunately, nothing is here
finney blake ;
unfortunately, nothing is here
robin arellano ;
unfortunately, nothing is here
billy showalter ;
unfortunately, nothing is here
griffin stagg ;
unfortunately, nothing is here
vance hopper ;
unfortunately, nothing is here
O2 . Heathers -
jason dean (J.D) ;
unfortunately, nothing is here
ram sweeney ;
unfortunately, nothing is here
kurt kelly ;
unfortunately, nothing is here
big bud dean (b.b.d) ;
unfortunately, nothing is here
O3 . Stranger Things -
jim hopper ;
unfortunately, nothing is here
mike wheeler ;
unfortunately, nothing is here
dustin henderson ;
unfortunately, nothing is here
steve harrington ;
steve x shy / introverted reader
will byers ;
unfortunately, nothing is here
jonathan byers ;
unfortunately, nothing is here
billy hargrove ;
unfortunately, nothing is here
lucas sinclair ;
unfortunately, nothing is here
O4 . Wednesday -
tyler galpin ;
unfortunately, nothing is here
xavier thorpe ;
unfortunately, nothing is here
eugene ottinger ;
unfortunately, nothing is here
ajax petropolus ;
unfortunately, nothing is here
rowan laslow ;
unfortunately, nothing is here
O5 . Percy Jackson -
percy jackson ;
unfortunately, nothing is here
grover underwood ;
unfortunately, nothing is here
jason grace ;
unfortunately, nothing is here
nico di angelo ;
unfortunately, nothing is here
leo valdez ;
unfortunately, nothing is here
luke castellan ;
unfortunately, nothing is here
frank zhang ;
unfortunately, nothing is here
charles beckendorf ;
unfortunately, nothing is here
will solace ;
unfortunately, nothing is here
gleeson hedge ;
unfortunately, nothing is here
ethan nakamura ;
unfortunately, nothing is here
connor stoll ;
unfortunately, nothing is here
paul blofis ;
unfortunately, nothing is here
carter kane ;
unfortunately, nothing is here
julius kane ;
unfortunately, nothing is here
travis stoll ;
unfortunately, nothing is here
O6 . Twisted Wonderland
riddle rosehearts ;
unfortunately, nothing is here
ace trappola ;
unfortunately, nothing is here
deuce spade ;
unfortunately, nothing is here
cater diamond ;
unfortunately, nothing is here
trey clover ;
unfortunately, nothing is here
leona kingscholar ;
unfortunately, nothing is here
jack howl ;
unfortunately, nothing is here
ruggie bucchi ;
unfortunately, nothing is here
azul ashengrotto ;
unfortunately, nothing is here
jade leech ;
unfortunately, nothing is here
floyd leech ;
unfortunately, nothing is here
kalim al-asim ;
unfortunately, nothing is here
jamil viper ;
unfortunately, nothing is here
vil schoenheit ;
unfortunately, nothing is here
epel felmeir ;
unfortunately, nothing is here
rook hunt ;
unfortunately, nothing is here
idia shroud ;
unfortunately, nothing is here
ortho shroud ;
unfortunately, nothing is here
malleus draconia ;
unfortunately, nothing is here
silver ;
unfortunately, nothing is here
sebek zigvolt ;
unfortunately, nothing is here
lilia vanrouge ;
unfortunately, nothing is here
enma yuuken ;
unfortunately, nothing is here
hirasaka yuuka ;
unfortunately, nothing is here
kuroki yuuya ;
unfortunately, nothing is here
O7 . Vocaloid
kaito ;
unfortunately, nothing is here
fukase ;
unfortunately, nothing is here
camui gackpo ;
unfortunately, nothing is here
kagamine len ;
unfortunately, nothing is here
O8 . Obey Me
lucifer ;
unfortunately, nothing is here
mammon ;
unfortunately, nothing is here
leviathan ;
unfortunately, nothing is here
satan ;
unfortunately, nothing is here
asmodeus ;
unfortunately, nothing is here
beelzebub ;
unfortunately, nothing is here
belphegor ;
unfortunately, nothing is here
diavolo ;
unfortunately, nothing is here
barbatos ;
unfortunately, nothing is here
simeon ;
unfortunately, nothing is here
solomon ;
unfortunately, nothing is here
O9 . Haikyuu
kageyama ;
unfortunately, nothing is here
oikawa ;
unfortunately, nothing is here
kuroo ;
unfortunately, nothing is here
tanaka ;
unfortunately, nothing is here
ushijima ;
unfortunately, nothing is here
lev haiba ;
unfortunately, nothing is here
tendo ;
unfortunately, nothing is here
yamaguchi ;
unfortunately, nothing is here
aone ;
unfortunately, nothing is here
iwaizumi ;
unfortunately, nothing is here
obara ;
unfortunately, nothing is here
kita ;
unfortunately, nothing is here
goshiki ;
unfortunately, nothing is here
yamamoto ;
unfortunately, nothing is here
suna ;
unfortunately, nothing is here
aoi ;
unfortunately, nothing is here
O10 . OHSHC (Ouran High School Host Club)
hikaru ;
unfortunately, nothing is here
haruhi ;
unfortunately, nothing is here
tamaki ;
unfortunately, nothing is here
kaoru ;
unfortunately, nothing is here
kyoya ;
unfortunately, nothing is here
takashi ;
unfortunately, nothing is here
————
(I CAN’T ADD MY DIVIDER DUE TO LIMITS </3)
————
O11 . Harry Potter
harry potter ;
unfortunately, nothing is here
ron weasley ;
unfortunately, nothing is here
draco malfoy ;
unfortunately, nothing is here
cedric diggory ;
unfortunately, nothing is here
fred weasley ;
unfortunately, nothing is here
george weasley ;
unfortunately, nothing is here
————
O12 . Demon Slayer
giyuu ;
unfortunately, nothing is here
rengoku ;
unfortunately, nothing is here
muichiro ;
unfortunately, nothing is here
obanai ;
unfortunately, nothing is here
tanjiro ;
unfortunately, nothing is here
zenitsu ;
unfortunately, nothing is here
inosuke ;
unfortunately, nothing is here
————
these are the characters i’m writing for. please don’t ask for anyone to be added. if i wanted them there, i would’ve added them myself!
© @liliawrizz 2023 - do NOT modify, translate, or repost my writings on any platform without my permission!!
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Universe’s cosmic growth support Einstein’s theory of gravity For millennia, humans have been fascinated by the mysteries of the cosmos. Unlike ancient philosophers imagining the universe’s origins, modern cosmologists use quantitative tools to gain insights into the universe’s evolution and structure. Modern cosmology dates back to the early 20th century, with the development of Albert Einstein’s theory of general relativity. Now, researchers from the Atacama Cosmology Telescope (ACT) collaboration have created a groundbreaking new image that reveals the most detailed map of dark matter distributed across a quarter of the entire sky, extending deep into the cosmos. What’s more, it confirms Einstein’s theory of how massive structures grow and bend light, over the entire 14-billion-year life span of the universe. “We have mapped the invisible dark matter across the sky to the largest distances, and clearly see features of this invisible world that are hundreds of millions of light-years across, says Blake Sherwin, professor of cosmology at the University of Cambridge, where he leads a group of ACT researchers. “It looks just as our theories predict.” Despite making up 85% of the universe and influencing its evolution, dark matter has been hard to detect because it doesn’t interact with light or other forms of electromagnetic radiation. As far as we know dark matter only interacts with gravity. To track it down, the more than 160 collaborators who have built and gathered data from the National Science Foundation’s Atacama Cosmology Telescope in the high Chilean Andes observe light emanating following the dawn of the universe’s formation, the Big Bang—when the universe was only 380,000 years old. Cosmologists often refer to this diffuse light that fills our entire universe as the “baby picture of the universe,” but formally, it is known as the cosmic microwave background radiation (CMB). The team tracks how the gravitational pull of large, heavy structures including dark matter warps the CMB on its 14-billion-year journey to us, like how a magnifying glass bends light as it passes through its lens. “We’ve made a new mass map using distortions of light left over from the Big Bang,” says Mathew Madhavacheril, assistant professor in the Department of Physics and Astronomy at the University of Pennsylvania. “Remarkably, it provides measurements that show that both the ‘lumpiness’ of the universe, and the rate at which it is growing after 14 billion years of evolution, are just what you’d expect from our standard model of cosmology based on Einstein's theory of gravity.” Sherwin adds, “our results also provide new insights into an ongoing debate some have called ‘The Crisis in Cosmology,’”explaining that this crisis stems from recent measurements that use a different background light, one emitted from stars in galaxies rather than the CMB. These have produced results that suggest the dark matter was not lumpy enough under the standard model of cosmology and led to concerns that the model may be broken. However, the team’s latest results from ACT were able to precisely assess that the vast lumps seen in this image are the exact right size. “When I first saw them, our measurements were in such good agreement with the underlying theory that it took me a moment to process the results,” says Cambridge Ph.D. student Frank Qu, part of the research team. “It will be interesting to see how this possible discrepancy between different measurements will be resolved.” “The CMB lensing data rivals more conventional surveys of the visible light from galaxies in their ability to trace the sum of what is out there,” says Suzanne Staggs, director of ACT and Henry DeWolf Smyth Professor of Physics at Princeton University. “Together, the CMB lensing and the best optical surveys are clarifying the evolution of all the mass in the universe.” “When we proposed this experiment in 2003, we had no idea the full extent of information that could be extracted from our telescope,” says Mark Devlin, the Reese Flower Professor of Astronomy at the University of Pennsylvania and the deputy director of ACT. “We owe this to the cleverness of the theorists, the many people who built new instruments to make our telescope more sensitive, and the new analysis techniques our team came up with.” ACT, which operated for 15 years, was decommissioned in September 2022. Nevertheless, more papers presenting results from the final set of observations are expected to be submitted soon, and the Simons Observatory will conduct future observations at the same site, with a new telescope slated to begin operations in 2024. This new instrument will be capable of mapping the sky almost 10 times faster than ACT. TOP IMAGE....Researchers used the Atacama Cosmology Telescope to create this new map of the dark matter. The orange regions show where there is more mass; purple where there is less or none. The typical features are hundreds of millions of light years across. The whitish band shows where contaminating light from dust in our Milky Way galaxy, measured by the Planck satellite, obscures a deeper view. The new map uses light from the cosmic microwave background (CMB) essentially as a backlight to silhouette all the matter between us and the Big Bang. “It’s a bit like silhouetting, but instead of just having black in the silhouette, you have texture and lumps of dark matter, as if the light were streaming through a fabric curtain that had lots of knots and bumps in it,” said Suzanne Staggs, director of ACT and Princeton's Henry DeWolf Smyth Professor of Physics. “The famous blue and yellow CMB image is a snapshot of what the universe was like in a single epoch, about 13 billion years ago, and now this is giving us the information about all the epochs since.” CREDIT ACT Collaboration. CENTRE IMAGE....Research by the Atacama Cosmology Telescope collaboration has culminated in a groundbreaking new map of dark matter distributed across a quarter of the entire sky, reaching deep into the cosmos. Findings provide further support to Einstein’s theory of general relativity, which has been the foundation of the standard model of cosmology for more than a century, and offer new methods to demystify dark matter. CREDIT Lucy Reading-Ikkanda, Simons Foundation LOWER IMAGE....Research by the Atacama Cosmology Telescope collaboration has culminated in a groundbreaking new map of dark matter distributed across a quarter of the entire sky, reaching deep into the cosmos. Findings provide further support to Einstein’s theory of general relativity, which has been the foundation of the standard model of cosmology for more than a century, and offer new methods to demystify dark matter. CREDIT Debra Kellner BOTTOM IMAGE....The Atacama Cosmology Telescope in Northern Chile, supported by the National Science Foundation, operated from 2007-2022. The project is led by Princeton University and the University of Pennsylvania -- Director Suzanne Staggs at Princeton, Deputy Director Mark Devlin at Penn -- with 160 collaborators at 47 institutions. CREDIT Mark Devlin, Deputy Director of the Atacama Cosmology Telescope and the Reese Flower Professor of Astronomy at the University of Pennsylvania
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