Review of Rise of the Golden Idol: A 1970s detective game with a dark, twisted, and captivating storyline

a Brutal Scene: A shadowy figure forces someone into a high-voltage circuit box. The victim becomes unable to move at the moment of death, his body convulsing and sparks flying. Downstairs, everyone froze in shock the moment the lights went out. You must scrutinize this scene to determine who everyone is, where they are, why they are there, and, of course, who committed this murder. Examine faces and objects, search everyone’s pockets to see what’s inside, and read notes, signs, and letters for clues. Eventually you’ll piece it together and fill in the report with the missing words that describe exactly who, what, when, where, and why.

Rise of the Golden Idol is a 1970s alternate reality detective game where, when solved, individual scenes tell us something about a larger mystery. This is a sequel to The Case of the Golden Idol, set 300 years after the game’s Age of Exploration mystery, but following the trail of the same cursed object. Some of these scenes are relatively harmless and even funny, such as a drive-in cinema where an unexpected fire breaks out and cosplayed patrons rush for the exit. There are other scary things too. In the opening incident, the strangulation unfolds in an endless loop, like an Instagram boomerang story.

Intentionally grotesque art style…the rise of the Golden Idol. Photo: Color Gray Games

Solving these cases is very satisfying, but you better hope your memory for names and faces is good. Scenes could include 10 or more people and required a notebook to record them. There are more and more obvious hints offered when you get stuck, but as the game warns, using them takes away the fun of using deductive reasoning. Nevertheless, when I understood the gist of the case but couldn’t get someone’s last name correctly, I was glad that there was a button to show me which blanks in the report were incorrectly filled in. I thought.

The strangeness of Rise of the Golden Idol is what makes it so memorable. The art style is intentionally grotesque, with the characters’ asymmetrical faces and eyes moving like crazy, and the backgrounds filled with paint pens. The murders, robberies, and other crimes here are strange, and the picture becomes unsteady in its eternal two-second loop of movement. Until I solved the problem, the scene stuck in my head and I ended up staring at my phone screen for half an hour at a time, thinking, cross-referencing, and taking notes. Where is the character’s gaze leading me? Why is that rug in disarray? Where did that dirt come from?


The big story that comes from these details is worth all the effort. As the chapters change, the fill-in-the-blank incident report turns into a fill-in-the-blank summary of everything you’ve learned from several past cases, helping you draw connections that make the story full of intrigue. This is not a game you can play while thinking about something else. You have to pay close attention, focus your thoughts, and see what your brain can do. I was pleasantly surprised by my own reasoning skills.

The crime scenes are so bizarre that you never know where this game will take you, but there’s always something you need to solve.

“Rise of the Golden Idol” is currently in theaters. £16.75 or included with your Netflix subscription

Source: www.theguardian.com

Review of Crush House: A Dark and Twisted Love Island Experience in a Gaming World

TThe Crush House developer Nerial describes the game as a “first-person shooter,” which is a surprisingly accurate tagline. On the Malibu coastline, a grand vaporwave-and-neon mansion stands. Producer Jae sleeps in a bleak little basement below. Your job is to roam the house from behind the camera, filming the reality show’s hot and sexy cast. You pick a panel of 12 for each season, chase them around the glitzy grounds, and make sure they fight, kiss, or both to boost ratings and satisfy viewers. You’re free to move around, but you’re warned never to talk to the cast. As the tagline suggests, the game certainly has a first-person shooter vibe, but instead of a gun, you’re brandishing a camera. Think sexy Pokémon Snap.

Every night a different demographic tunes in, and all of them have very specific needs. Some want to see drama, some want to see art in the house, some want to see food being prepared, and of course some want to see detailed, zoomed-in looks at feet, lots of feet, or other body parts. Your job is to satisfy them all, or risk your show being canceled.




What a surprise…Crash House. Photography: Devolver Digital

This makes the play experience a fun and surprising cinematography simulator. Audience requests scroll across the screen, telling you where the cast sleeps, asking where you shower, asking if anyone will kiss you even once. They’re weirdos, but if you don’t listen to them, you’re fired. The script is sharp, funny, and sometimes a little shocking. Definitely one of the funniest games I’ve played this year. Conversations between cast members are algorithmically executed. Each of the 12 brings something slightly different to the table, and different possibilities for getting along or clashing with the other housemates. This means every combination is a surprise. If one set doesn’t work out, you can try a different combination in the next season. The housemates don’t care. You come back fresh, as if your memory has been wiped, or worse.

At night, when the housemates have retired to bed, the player re-enters the house and adds props to make it more interesting. These props (some of which match the interests of the housemates) cost money earned by running surreal advertisements during the day. Another challenge is finding a balance between the advertisements and the viewers who might enjoy them. Of course, more engaged viewers bring in more money, which might allow you to buy a sauna, a lighthouse, a saxophone, etc. – all things that make the house more interesting.

But as you set up your props after dark, you might bump into an escaped housemate who asks you for a favor: more airtime, a specific angle, a personal request to be filmed flirting with two people to really piss your mom off. It’s up to you to decide if you want to grant it or not. Going this route will reveal the stories behind the poolside fun and deep chats by the bonfire. Of course, there’s more going on than meets the eye. What fun it will be to discover the darkness that lingers behind the neon lights.

If The Crush House was simply a smart, funny photography and cinematography game, I would have been pleased and pleased. But the game offers players much more than that. Beneath the snappy text and playful design, it also has a quirky heart. It’s worth noting that the review build still had its moments of glitches, but the strength of the idea and execution far outweighs any technical issues. This in itself is remarkable. The Crush House is so much fun that I didn’t want to turn it off, even when some parts were a little broken. It’s a great way to spend the last cool evenings of summer, and the season ahead.



Crash House is available on PC

Source: www.theguardian.com

Twisted Spiral Arms Galaxy Hosting Supernova Discovered by Hubble Space Telescope

Astronomers used the NASA/ESA Hubble Space Telescope to capture this image of the barred spiral galaxy LEDA 857074.

This Hubble image shows the barred spiral galaxy LEDA 857074. The color image was created from observations in the near-infrared part of the spectrum with Hubble’s Wide Field Camera 3 (WFC3). Four filters were used to sample different wavelengths. Color is produced by assigning a different hue to each monochromatic image associated with an individual filter. Image courtesy of NASA / ESA / Hubble / RJ Foley.

LEDA857074 It is a barred spiral galaxy located in the constellation Eridanus.

“Hubble has observed a wide range of celestial objects, from galaxies, nebulae and star clusters to planets in our solar system and beyond,” Hubble astronomers said in a statement.

“Observing programs typically aim to collect data that will enable astronomers to answer specific questions.”

“Naturally, this means that most of the planned observations will be directed at objects that astronomers have already studied.”

“Some are well-known, such as the Crab Nebula and the globular cluster Omega Centauri, while others, such as the Spider Galaxy and NGC 4753, are less well known to the public but have been featured in hundreds of scientific papers.”

“This galaxy is not like that: LEDA 857074 has been named in fewer than five papers, one of which is the Lyon-Meudon extragalactic database itself.”

“Apart from its location, virtually no data has been recorded about this object. It has never been studied since it was discovered. So why did it attract the attention of the legendary Hubble telescope?”

In 2022, an automated survey observed a supernova event in LEDA 857074 called SN 2022ADQZ.

“Although astronomers have catalogued millions of galaxies and tens of thousands of supernovae are detected annually today, the probability of discovery in any particular galaxy is low,” the researchers said.

“We don’t know how actively LEDA 857074 is forming stars, and therefore how frequently it will undergo supernova explosions.”

“The spotlight from this supernova made this galaxy an unexpected and lucky target for Hubble!”

“This object joins the ranks of many other well-known celestial objects thanks to its unique imaging by the Hubble Space Telescope.”

Source: www.sci.news

The Event Horizon Telescope Detects a Twisted Magnetic Field Surrounding the Central Black Hole of the Milky Way

According to astronomers’ best models of black hole evolution, the magnetic field within the accretion disk must be strong enough to push the accreted plasma out into the surroundings. New results from Sagittarius A*, the 4.3 million solar mass black hole at the center of the Milky Way galaxy, and its much larger cousin M87* provide the first direct observational evidence supporting these models.

This image from the Event Horizon Telescope shows a polarized view of Sagittarius A*. The lines superimposed on this image show the direction of polarization associated with the magnetic field around the black hole’s shadow. Image credit: EHT Collaboration.

In 2022, EHT collaboration The first image of Sagittarius A*, about 27,000 light-years from Earth, has been released, showing that the Milky Way’s supermassive black hole looks very good despite being more than 1/1000th smaller and lighter in mass than M87. revealed that they are similar.

This led scientists to wonder if the two men had more in common than just their looks. To find out, they decided to study Sagittarius A* in polarized light.

Previous studies of the light surrounding M87* revealed that the magnetic field around the supermassive black hole causes powerful jets of matter to be ejected into the surrounding environment.

Based on this study, new EHT images reveal that the same may be true for Sagittarius A*.

“What we’re seeing now is a strong, twisted, organized magnetic field near the black hole at the center of the Milky Way,” said astronomers at the Harvard University & Smithsonian Center for Astrophysics. said Dr. Sarah Isaun.

“In addition to having a polarization structure that is strikingly similar to that seen in the much larger and more powerful M87* black hole, Sagittarius A* has a polarization structure that is strikingly similar to that seen in the much larger and more powerful M87* black hole. We found that strong, well-ordered magnetic fields are important for how they act.”

Light is a vibrating or moving electromagnetic wave that allows us to see objects. Light can oscillate in a particular direction, which scientists call polarization.

Polarized light is all around us, but to the human eye it is indistinguishable from “normal” light.

In the plasma around these black holes, particles swirling around magnetic field lines impart a polarization pattern perpendicular to the magnetic field.

This will allow astronomers to see in clearer detail what’s happening in the black hole region and map its magnetic field lines.

“By imaging polarized light from glowing gas near a black hole, we are directly inferring the structure and strength of the magnetic field that flows through the streams of gas and matter that the black hole feeds and ejects.” said Dr. Angelo Ricarte. Astronomer at Harvard University and the Harvard & Smithsonian Center for Astrophysics.

“Polarized light can tell us much more about astrophysics, the properties of the gas, and the mechanisms that occur when black holes feed.”

But imaging black holes under polarized light isn’t as easy as wearing polarized sunglasses. This is especially true for Sagittarius A*. Sagittarius A* changes so quickly that you can’t stand still and take a photo.

Imaging supermassive black holes requires sophisticated tools beyond those previously used to capture a more stable target, M87*.

“Sagittarius A*s are like enthusiastic toddlers,” said Avery Broderick, a professor at the University of Waterloo.

“For the first time, we see invisible structures that guide matter within a black hole’s disk, drive plasma to the event horizon, and help the plasma grow.”

“Sagittarius A* moves around while trying to photograph it, so it was difficult to even construct an unpolarized image,” said astronomer Dr. Jeffrey Bower of the Institute of Astronomy and Astrophysics, Academia Sinica in Taipei. Told.

“The first image is an average of multiple images from the movement of Sagittarius A*.”

“I was relieved that polarized imaging was also possible. Some models had too much scrambling and turbulence to build polarized images, but nature isn’t that cruel. did.”

Professor Maria Felicia de Laurentiis, University of Naples Federico II, said: “Using samples of two black holes with very different masses and host galaxies, we can determine what they agree on and what they do not agree on.” It’s important.

“Since both point us toward strong magnetic fields, this suggests that this may be a universal and perhaps fundamental feature of this type of system.”

“One similarity between these two black holes could be a jet. But while we imaged a very obvious black hole in M87*, we have yet to find one in Sagittarius A*. not.”

The results of this research are published in two papers (paper #1 & paper #2) in Astrophysics Journal Letter.

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Collaboration with Event Horizon Telescope. 2024. Horizon telescope results for the first Sagittarius A* event. VII. Polarization of the ring. APJL 964, L25; doi: 10.3847/2041-8213/ad2df0

Collaboration with Event Horizon Telescope. 2024. Horizon telescope results for the first Sagittarius A* event. VIII. Physical interpretation of polarization rings. APJL 964, L26; doi: 10.3847/2041-8213/ad2df1

Source: www.sci.news