#lidar room scanner

[spacecapturevn]

Unleash the potential of iOS devices with Space Capture

With the advancement of architecture and design, it has become critical to produce new and functional places that accurately depict real-world settings with effective LiDAR room scanner. Architects can now use the power of their iOS smartphones to scan rooms and turn them into extremely detailed 3D models, thanks to the rapid growth of technology. By producing precise point clouds that meticulously record the spatial arrangement of the environment, Space Capture advances room scanning.

[andmaybegayer]

I have one of those robot vacuums but there's a mirror in the house low enough to the ground that the lidar scanner can see a nonexistent room in the reflection so on the navigation map it's generated I have a room that doesn't exist that I have to forbid the vacuum from entering.

[lokischocolatefountain]

Picture || Mister Miller

Part 2 of Mister Miller. Read Part 1 here.

Fandom: The Last of Us (HBO)

Pairing: Joel Miller x Reader

Rating: 18+ (masturbation, nudes, looking at someone’s nudes without consent, girthy age gap, boyfriend’s dad!Joel, pervy Joel, potential future infidelity, no outbreak)

Word Count: 960 words

Summary: Joel knows he shouldn’t, especially with the guilt of his shameful secret sitting heavy in his chest. But there are so many pictures of you and he is just a man.

A/N: Day 1 was so much fun! I hope everyone is having a good December. Thank you to everyone who reblogged, commented, and liked. It means a lot 🥹. Now here’s our favorite old man for day 2. Tomorrow will be my OG, the one who got me into this Pedro Pascal mess- Javier Peña... Keep a look out for more in the Masterlist. Aaaand leave your girl a comment please🥺🥺

“You should get a new one,” Matt said, typing something up real fast on his laptop.

Joel snorted and said, “Sure, I’ll sell that little computer of yours and buy myself a nice iPhone with the four cameras and shit.”

“It’s three cameras and a LiDAR scanner, dad,” he snarked, finally unlocking his spare phone and sliding it across the table to Joel.

“What’s that? Like the scanner on printers?” He asked, confused once more by technology. The kind of things that came out these days were too much for him to be able to wrap his mind around. Chat GPT, hyaluronic acid, iPads, this fucking scanner thing.

“It’s this sensor that projects invisible lasers and gets data on how far every single thing is. And that way, it can map an entire room,” he said, using gestures to mimic laser beams shooting into a room.

“Sounds like it’ll be more useful in construction. The fuck you need that for?”

He shrugged and went back to his work, the clacking of keys filling up the room once more. Whatever. He needed a spare phone to replace his shit blackberry Sarah got him eons ago. The thing had been through a lot with him and honestly, he couldn’t be too mad at it for dying on him. In all the years he had it, he had taken a few pictures here and there of his kids. But everything else in his gallery was filled with pictures of worksites. Broken pumps, proof to send clients that they were at the site that day, pictures of sample tiles to show clients… Nothing personal. It was the only thing he did on that phone other than making calls.

As he retired for the day, he thought to learn about his new old phone a little. See if the camera was any better. He propped a pillow up against the headboard and leaned back. When he finally found the camera app, he took a couple pictures of his room. Looking back at them, he was a little glad that his old phone died. The camera on this thing was better. It was newer than his old one, so maybe that was it. He didn’t have complaints about his old one, but damn this was it. It was so fucking good.

He swiped his thumb against the screen, looking at pictures, not stopping when he went back to pictures of his son. Pictures of him partying that he had never shown his old man before. He smiled, going through pictures of a side of his son’s life he never knew. Shit parents never got to see.

His heart leapt out at the next swipe, the screen filled with a picture of a nude woman.

You, he realized as he looked at the face. You had a smile on, the same sweet one you always sent him when you exchanged pleasantries and thanked him for letting you crash at his place for the summer. But the picture of you was anything but sweet.

He swiped to the previous picture, an identical one. Except you were biting your bottom lip and looking at him—at the camera with a sultry gaze. His mouth watered as he focused on your tits. Fuuuck they were good ones, he had to admit. He wasn’t a boob man. Or an ass man, frankly. He was just bad at the whole thing. But yours ignited something in him.

He found an entire album full of nude pictures of you. Pictures you posed for. There was a variety. You nude, you in bikinis, in figure hugging dresses that drove him crazier than the first category. In high heels, sideways pictures of your reflection where you stuck your ass out. One with you sucking on a fucking popsicle. Fuck! Fuck, fuck, fuck.

He’d told himself it was wrong. He’d found his pleasure in others. But fuck he couldn’t get his mind off of you. And now here you were, naked on his phone without your knowledge.

As he wrapped his hand around his hardening cock, he knew that he’d lost the fight. He should not be doing this. But just this once. It was his phone now after all. A justification. Weak, but it was all he had in the moment.

He pumped his cock, eyes trained on the pictures of you. He swiped back and forth between the pictures, desperate to have you in all your forms. In the cocktail dresses and the ratty old t-shirts. Wearing the bright red lipstick and the soft pink one. He imagine you, whimpering quietly the way you did that night when he found you fucking yourself in his living room.

He groaned, his cock twitching at the recollection of his creepy voyeurism. He wondered what you sounded like when you had a man. When you didn’t have to rely on your fingers, but had a good girth cock thrusting in and out. When you had a finger rubbing your clit softly. He imagined his large hand full with your breast, his lips sucking on the other one.

On your knees, right here in his bedroom, his cock in your mouth instead of in his fist. As your licked his balls with his cock deep in your throat in his mind’s eye, he exploded, coating his hand in sticky white ropes of his cum. He groaned and pulled out a few tissues, wiping off the mess you’d created.

His perverted mind imagined you still there, eagerly licking up his release. His mind was no longer pleased with such sinful images of you. The clarity that came after his orgasm tasted bitter on his tongue.

He would have to delete the photos. Tomorrow. He’d do it tomorrow.

.

.

.

Advent Calendar Masterlist

Main masterlist

[namibozsu]

using a LIDAR scanner in a dark empty room and in the corner theres two ghosts and ones giving the other a blowie and the lidar glitches for a second and all thats left is the outline of the ghost suck and fuck scenario

[fhjdbvhj]

Exploring Android 3D Scanners: Technology, Applications, and Innovations

Android 3D scanners enable users to capture detailed three-dimensional models of objects and environments using Android smartphones and tablets. By leveraging the advanced capabilities of modern mobile devices, these scanners offer a convenient and accessible way to create 3D digital models. This article explores the technology behind Android 3D scanners, their applications, and the latest innovations in this field.

What is an Android 3D Scanner?

An Android 3D scanner is an application or device that utilizes the camera and sensors of an Android device to capture and create detailed 3D models. These models can be used for various purposes, including design, gaming, and virtual reality. The scanner processes the captured data to generate accurate and high-resolution 3D representations.

How Android 3D Scanners Work

Data Capture:

Photogrammetry: Many Android 3D scanners use photogrammetry, where multiple photographs are taken from different angles. The app’s algorithms analyze these images to reconstruct the 3D model by correlating common features.

Depth Sensors: Some Android devices with depth sensors or LiDAR (Light Detection and Ranging) technology can capture depth information directly, providing a more accurate 3D model.

Structured Light: Projects a series of light patterns onto the object, and the camera captures the deformation of these patterns to build a 3D model.

Processing:

The scanned data is processed to create a 3D model. This involves stitching together images or depth data, correcting distortions, and enhancing the model for clarity.

Model Refinement:

Users can refine the 3D model by adjusting textures, smoothing surfaces, and filling in gaps to improve accuracy and detail.

Popular Android 3D Scanner Apps

Qlone:

Features: Qlone uses photogrammetry and structured light to create 3D models. It provides real-time feedback, automatic editing tools, and easy export options.

Usage: Ideal for scanning small to medium-sized objects for 3D printing, digital archiving, and more.

Platform: Available on Android.

3D Scanner App:

Features: This app uses photogrammetry to create 3D models. It offers tools for editing and exporting models in various formats.

Usage: Suitable for a wide range of scanning needs, including product design and educational purposes.

Platform: Available on Android.

Scan Thngs:

Features: Scan Thngs utilizes photogrammetry for 3D scanning and offers cloud-based processing for generating high-quality models.

Usage: Useful for creating 3D models of objects for digital art, games, and virtual environments.

Platform: Available on Android.

AR Plan 3D:

Features: Uses augmented reality (AR) to measure and create 3D models of rooms and spaces. It provides accurate measurements and detailed floor plans.

Usage: Ideal for interior design, home renovation, and real estate.

Platform: Available on Android.

Trnio:

Features: Trnio combines photogrammetry and AI to create detailed 3D models. It provides editing tools and integrates with cloud services for easy sharing.

Usage: Suitable for scanning objects and environments for digital preservation and virtual reality.

Platform: Available on Android.

Applications of Android 3D Scanners

Design and Prototyping:

Product Design: Designers use Android 3D scanners to capture accurate models of prototypes or existing products, facilitating design iterations and modifications.

Custom Parts: Create custom parts or components by capturing and replicating specific shapes.

Gaming and Entertainment:

Character Modeling: Game developers and filmmakers use 3D models created with Android scanners to design realistic characters and environments.

Virtual Reality: Integrate 3D models into VR environments for immersive experiences.

Interior Design and Architecture:

Space Planning: Capture detailed 3D models of rooms and buildings to assist with interior design and architectural planning.

Virtual Tours: Create virtual tours of spaces for real estate or remote visualization.

Education and Research:

Interactive Learning: Educators use 3D models for interactive teaching, allowing students to explore and study complex subjects in a more engaging way.

Research: Use 3D scans for research in fields such as anthropology, archaeology, and biology.

Healthcare and Fitness:

Body Scanning: Monitor body shape and composition for health and fitness purposes, creating detailed models for analysis and customization of fitness programs.

Consumer Products:

Customization: Offer custom-fit products, such as ergonomic furniture or accessories, by capturing detailed body or object measurements.

Emerging Trends in Android 3D Scanning

Integration with AR and VR:

Enhanced Experiences: Integration with augmented and virtual reality platforms is providing more immersive and interactive experiences, allowing users to visualize 3D models in real-world or virtual environments.

AI and Machine Learning:

Improved Accuracy: AI and machine learning algorithms are being used to enhance the accuracy and efficiency of 3D scanning, improving model quality and providing advanced features like real-time editing and analysis.

Portable and Affordable Solutions:

Consumer Accessibility: Advances in technology are leading to more portable and affordable 3D scanning solutions, making it easier for consumers to access and use 3D scanning capabilities.

Cloud-Based Processing:

Enhanced Capabilities: Cloud-based processing services are enabling more powerful and complex 3D modeling, offering advanced features and scalability for users.

Privacy and Security:

Data Protection: As 3D scanning becomes more widespread, there is a growing focus on ensuring the security and privacy of scanned data, addressing concerns related to data protection and consent.

Conclusion

Android 3D scanners are democratizing access to 3D modeling technology, allowing users to capture and create detailed 3D models using their smartphones and tablets. With applications ranging from design and entertainment to healthcare and education, the technology offers numerous benefits and possibilities. As advancements continue, with innovations in AI, AR/VR integration, and cloud processing, Android 3D scanning is poised to play an increasingly significant role in shaping our digital and physical experiences. Understanding these technologies and their applications helps individuals and businesses harness their potential and explore new opportunities in the 3D modeling world.

[redfishiaven]

The next step in augmented reality

Apple has added a new Rooplan API tool that allows you to create parametric 3D models of individual rooms. Developers can use this feature to bring augmented reality technology to their iOS 16 apps. The first version of the tool was presented at WWDC 2022. However, at the conference it was shown as limited, with some drawbacks. This feature is only available with the camera and lidar scanner on iPhone and iPad. We are waiting for an application with Tamagotchi-chan to interact with objects in the room.

[spaceculture]

While using the best 3D scanner app, you will be able to scan rooms, spaces and other designs of products easily. It’s the best 3D scanner app which you can install directly with your iOS device and in a very easy way.

[stepphase]

iPhone 13 release in October, price info, its specs

iPhone 13 leak, iPhone 13 Pro leak, iPhone 13 Pro Max leak: it will support 5G network, an A15 Bionic, OLED display, and Ceramic Shield maybe

After all, iPhone 13 will repeat its old strategy maybe a 6.1 Super Retina XDR display, iPhone 13 Pro display will have maybe a 6.7 Super Retina XDR display, and iPhone 13 Pro Max will have a 6.7 Super Retina XDR display. As well as, that will be the lightest, thinnest, smallest 5G Smartphone we will ever see. After all, it will be a Clears tougher and Ceramic Shield. Also H2ok: best spill and splash resistance that is best. Maybe it will come in 3 different colors like Silver, Gold, Pacific blue. - iPhone 13 leak

Especially, iPhone 13 series with 5G superfast speed. So you can download music, movies, or Apps on the Superfly mode. After all, you can easily Stream higher-definition videos. Or FaceTime in High-Definition over cellular or Wi-Fi. As well as, iPhone 13 series will have the broadest 5G coverage not just in India or the USA or UK or somewhere else but it will be worldwide.

Ceramic Shield: Which is tougher than any other Smartphone that will have a Surgical Grade with Stainless Steel. After all, it will be IP68 water resistance. As well as, it will have 3 different colors gold, silver, and Pacific blue. - iPhone 13 leak

5G - iPhone 13

Of course, the iPhone 13, iPhone 13 Pro, and iPhone 13 Pro Max will have the 5G network that will comes with amazing wireless speeds and the best performance. After all, you can download any huge files, as well as stream HQ HDR series or movies. Of course, it will be the best iPhone for the future of apps.

A15 Bionic in iPhone 13, iPhone 13 Pro, iPhone 13 Pro Max

CPU and GPU will 50% faster

Neural Engine will 16-core

At the same time, A15 Bionic will be the world’s fastest chip in a smartphone that will push what will be possible. You will be able to crunch billions or trillions of operations on the Neural Engine with help of A15 Bionic. As well as, shooting in Dolby Vision that professional movie cameras can not even do that. After all, it will be the best for great battery life. After all, it will create to power much anything that will come in the next generation in 2021. - iPhone 13 leak

As well as, A15 Bionic is a 5-nanometer chip which is 40% more transistors reverse speed with increase battery life. After all, it will have a new ISP power called Dolby Vision recording. Of course, there won't a professional camera or any other smartphone can do.

Super Retina XDR display

After all, it will have the best color accuracy that will more contrast that will enough for a huge jump in pixel density. As well as, OLED delivers darker blacks, brighter brights, and higher resolution so that will enough for you to look at. After all, The best iPhone display we will ever see on iPhone 13. - iPhone 13 leak

1200 nit brightness in HDR movies and photos.

2,000,000:1 contrast ratio for bright whites and true blacks

LiDAR Scanner

LiDAR Scanner on iPhone 13 Pro and iPhone 13 Pro Max can measures how long it takes light to reflect back from objects. As well as, it will create a depth map of the space that you are in. After all, it will more accurate and ultrafast, it’s AR apps will transform a room into a realistic rainforest. - iPhone 13 leak

Triple Camera

Its camera will be wide and Ultra-wide that will have night modes. Which will be enough to capture amazing low light clicks. After all, this camera will more than 27 percent more light.

So if you will take photos by moonlight or day shot, this will get you a level of detail with the best color shots.

The Night mode senses will help you when light is low or too dark. So this can kicks in automatically and maintaining clarity. while capturing the best vibrant color. After all, You just have to do is just a snap.

Wide and Ultra-wide cameras will come in Night modes, and portraits also possible in Night mode because of LiDAR.

Deep Fusion with mid to low light and analyzes multiple exposures to max detail. That can check out the texture in the crystal, fabric, and wood. As well as it’s Ultra-Wide camera gets you a heroic perspective.

Take the best photo that further from six creative lighting effects like Studio Light, Natural Light, and High‑Key Light Mono.

Portrait mode: Its portrait is best at an artfully blurring background that will focus on your subject.

The Smart HDR 3 can balance the elements in the shot and bring out details and trees also retaining the rich color of the sky.

The Beyond faces in Smart HDR 3 is use machines to recognize scenes, also color adjusts sharpness and white balance.

The bright light in Smart HDR 3 is best for skin tone, also capturing texture, color saturation.

Night mode selfies

You can take a selfie at night because there will be more future which will enough to give you an amazing selfie post like Dolby Vision recording, Smart HDR 3, Deep Fusion, and much more. - iPhone 13 leak

iPhone 13

Smart HDR 3

However, It can automatically refine the contours, highlights, and shadows. If you are taking a shot at midday then you can see detail at your face and shadows which is true black. As well as, it captures golden hour magic and that can pull out the texture in rock if staying true to subtle blues in the sky. After all, its white balance and seafoam holds its shape and define the motion. As well as, it using a machine learning scene so that can bring out the cracks from the ground and roughness from the hill without increase noise in the sky.

optical zoom is 2.5x on a 65 mm Telephoto camera, so this can let you see close up details.

Dolby Vision Recording: Its jumps from 8 to 10-bit HDR recording, also capturing 700 million colors for a better experience. After all, it’s better to record in Dolby Vision and its format use from a film studio. As well as, we can edit the Dolby Vision video also use Airplay to see every single bit of difference on a large screen. - iPhone 13 leak

As well as, AirPlay let you stream 4K Dolby Vision video to smart TV and Apple TV.

Record Video in a Dolby Vision

The highest quality video in an iPhone 13 that will better in low light. As well as, there will be no limit for amazing detail video recording. Also, there will be a Night mode for Time-lapse. After all, you will prop up the iPhone and the light trails begin.

As well as, You will be able to record 4K HDR video in Dolby Vision. As well as, you will be able to edit iMovie or Photos too. After all, you can zap it to the TV using Airplay for color and detail. Especially, start-to-finish cinematic experience. - iPhone 13 leak

iPhone 13 Price, iPhone 13 Pro Price, iPhone 13 Pro Max Price

iPhone 13 128GB price is? $899iPhone 13 256GB price is? $949iPhone 13 512GB price is? $999iPhone 13 Pro 128GB price is? $999iPhone 13 Pro 256GB price is? $1049iPhone 13 Pro 512GB price is? $1099iPhone 13 Pro Max 128GB price is? $1099iPhone 13 Pro Max 256GB price is? $1149iPhone 13 Pro Max 512GB price is? $1199

iPhone 13 Price list maybe like this

iPhone 13 specification - iPhone 13 leak

Network: 5G / 4G / 3G / 2G Launch Date: 2021 OS: 15.1 Chipset: Apple A15 Bionic CPU: Hexa-Core GPU: Apple GPU 4-core graphics Memory: 128GB / 256GB / 512GB RAM: 4GB Display: Super Retina XDR display Rear Camera: 12MP x 12 MP x 12MP Front Camera: 12MP Battery: Li-Ion 3012 mAh Charging: Fast Charging 20W Body size: 5.78 x 2.81 x 0.29 inch Weight: 166 grams

iPhone 13 Pro specification - iPhone 13 leak

Network: 5G / 4G / 3G / 2G Launch Date: 2021 OS: 15.1 Chipset: Apple A15 Bionic CPU: Hexa-Core GPU: Apple GPU 4-core graphics Memory: 128GB / 256GB / 512GB RAM: 6GB Display: Super Retina XDR display Rear Camera: 12MP x 12MP x 12MP Front Camera: 12MP Battery: Li-Ion 3687 mAh Charging: Fast Charging 20W Body size: 6.33 x 3.07 x 0.29 inch After all, Bodyweight: 218 grams

iPhone 13 Pro Max specification - iPhone 13 leak

Network: 5G / 4G / 3G / 2G Launch Date: 2021 OS: 15.1 Chipset: Apple A15 Bionic CPU: Hexa-Core GPU: Apple GPU 4-core graphics Memory: 128GB / 256GB / 512GB RAM: 6GB Display: Super Retina XDR display Rear Camera: 12MP x 12MP x 12MP Front Camera: 12MP Battery: Li-Ion 3687 mAh Charging: Fast Charging 20W Body size: 6.33 x 3.07 x 0.29 inch After all, Bodyweight: 218 grams

After all, here are a few iPhones that you may be like iPhone12 and iPhone 12 mini / iPhone 12 Pro Max and iPhone 12 Pro

Note: On this page, everything is just a rumor so I'm not sure that iPhone 13, Pro, Max will be exactly like this only. After all, you can contact us to let us know if we are missing something on our page. Of course, I will try my best to respond to you with a positive attitude. Thank you for your visit. Click here if you want to know more about iPhone13.

Zakariya Daman

iPhone 12 Pro Max and iPhone 12 Pro Price, Specification

Apple iPhone 12 Rumours release date, Price, Review&Spec

iPhone12 and iPhone 12 mini Price, Review, Specification

#Stepphase #technologies #technology #tech #technews #techworld #techtrends #smartphone #apple #techupdates #futuretechnology #newtech #techgeek #technologynews #technologythesedays #smarttechnology #technologylover #technologytrends #technologyblog #gadgets #smartphone #gadget #marketing #digital #india #technologyisawesome #amazing #repost

[art3647]

Work in progress final by: Leandro Armas

Description: For my project I am creating a 3D Visual diary of my surroundings and whereabouts using the LIDAR technology on my phone. This visual diary will be presented onto Instagram in weekly/daily postings and will be the platform I use for my final presentation of this project. Using my phone I can essentially 3d scan my surroundings and create a library of 3d environments to showcase to others as a way to transfer my real world footprint through the internet. I plan on scanning my surroundings I visit on a constant basis to really display my point of view and how my 3d life may look compared to others. Overall I have scanned some of my daily surroundings these past few days such as my work area and living space, but I have not scanned objects that I use in my daily life yet. I plan on including objects and more outside areas I attend.

 I plan on creating a 3D visual diary through the LIDAR technology on my Iphone, presented onto Instagram as a weekly/daily visual diary. My Iphone has a Lidar Scanner equipped with it measuring how long it takes light to reflect back from objects. This essentially creates a depth map of my surroundings. What this means is I can essentially 3d scan my surroundings and create a library of 3d environments in my phone. This Lidar technology can be used to mesh out 3D objects and rooms and layer photo imagery on top, a technique called photogrammetry. Here is what these 3d scans look like in a visual format. 

These are examples taken from other people who have used this technology to create 3d scans of their living spaces. I plan on doing the same but instead of only scanning my living space I want to scan the surroundings I visit on a constant basis to really display my point of view and how my 3d life may look compared to others. I also have the idea that I can take this technology with me anywhere since it is equipped into my iphone, I can also scan my everyday objects that I use which can also show more angles to my daily life. And lastly I can even display my outside surroundings for example like this 3d scan:

So overall this will be a visual diary. And I may push the idea further with exploring new locations around Miami to scan and add to this Instagram profile. I also decided to use Instagram since it is an image based social media, and I want to show my real world footprint through the internet in this project.

https://www.cnet.com/tech/mobile/lidar-is-one-of-the-iphone-ipad-coolest-tricks-its-only-getting-better/Links to an external site.

Here is an article explaining what LIDAR technology is and how you can use it in different ways.

[spacecapturevn]

Introducing Space Capture: The Ultimate iPhone LiDAR App for Capturing Stunning 3D Spaces

Discover a whole new dimension of photography with Space Capture, the cutting-edge iPhone LiDAR app that revolutionizes the way you capture and experience the world around you. Whether you're a architecture, interior designer or a professional looking to elevate your creative projects, Space Capture empowers you to create mesmerizing 3D spaces with unparalleled precision and detail.

[monstress]

why the fuckkkk does iphone need a LIDAR scanner anyway

[empireastuce]

Apple 2020 iPhone

https://www.empireastuce.com/2020/05/18/iphone-12-rumeurs-iphones-2020/

Nous sommes à plusieurs mois du lancement des iPhones 2020, qui sont attendus en septembre 2020, mais il y a déjà plusieurs rumeurs sur les appareils à venir. Nous nous attendons à ce que les iPhones 2020 soient appelés iPhone 12 et iPhone 12 Pro si Apple suit le même schéma de dénomination qu'il a utilisé pour la gamme iPhone 2019.

Les iPhones 2020 comporteront des mises à jour majeures, introduisant certains des premiers changements de conception que nous avons vus depuis la sortie de l'iPhone X en 2017. Nous nous attendons à quatre iPhones dans trois tailles d'affichage qui pourraient arriver à 5.4, 6.7 et 6.1 pouces (x2).

Des rumeurs suggèrent que l'iPhone de 6,7 pouces et un modèle de 6,1 pouces seront des appareils OLED haut de gamme avec des caméras à triple objectif, tandis que les modèles de 5,4 et 6,1 pouces seront des iPhones bas de gamme avec des caméras à double objectif et un prix plus abordable étiquette. Tous les iPhones en 2020 devraient comporter des écrans OLED quel que soit leur prix, et un taux de rafraîchissement de 120 Hz "ProMotion" pourrait être inclus.

At a rumored 5.4 inches, the 2020 iPhone 12 would be the smallest iPhone Apple has released since the 4.7-inch iPhone 8. At 6.7 inches, the 2020 iPhone 12 Pro will be Apple's largest iPhone to date.

Design wise, rumors suggest at least one of the new iPhones will feature a significant redesign with a metal frame that's similar to the frame of the iPhone 4. The iPhone 4 had a distinctive, flat look for its stainless steel frame, which could be replicated in the new iPhones. At least two of the iPhones are expected to feature this new design.

There could be a new TrueDepth camera system that cuts down on the size of the notch on the front, and there are rumors of a 3D triple-lens rear camera system that uses a laser to calculate depth information for objects in the room, improving both photography and AR capabilities. This is likely to be similar to the LiDAR Scanner in the 2020 iPad Pro.

2020 will be the first year that Apple introduces 5G support in the iPhone, allowing the new devices to connect to 5G networks that are much faster than 4G LTE networks.

[skippyv20]

Cool!  Thank you😊❤️❤️❤️❤️

Amazing new techniques used to reveal scientific mysteries

New technologies and innovations linked to old ones are unlocking scientific mysteries in ways never thought possible. These revolutionary new techniques are allowing unprecedented insight into the natural world. Whether they reveal an obscure and unseen galaxy billions of light-years away or a cryptic message from millennia ago, these pioneering methods are game changers in their fields.

Photographing hidden spaces with Wi-Fi

Researchers wanted to see the world “through Wi-Fi eyes,” so they placed a cross made of aluminum foil, a Wi-Fi emitter, and two receivers (one stationary, one mobile) in a closed room. They recorded the Wi-Fi waves as they reflected off the cross to encode its image in 3-D within a hologram.

image shows how Wi-Fi signals around a ladder may appear

, 

the image reveals how Wi-Fi signals surround people when using their phones

This technique could eventually reveal the interiors of closed structures even if the receivers are placed outside, with lifesaving consequences for victims trapped under snow or in collapsed buildings. Alternatively, in 5–10 years, Wi-Fi surveillance may be used to organize and supervise factories full of robot workers.

Revealing hidden space scenes 10 Million times faster with AI

Large enough objects like galaxy clusters can bend light around them, revealing and magnifying the objects behind them.

“Reading” a single lens can take months of work and many tedious comparisons between actual images and numerous computer simulations. But neural networks, or artificial brains based on biology, can decode these lenses 10 million times faster—in a few seconds instead of months.

Scientists fed the aforementioned AI half a million simulated images and tested it against Hubble images. The AI proved itself as accurate as traditional analysis but in a fraction of the time. This tech will open up the universe like never before, with an unprecedented amount of data set to flood in from the next generation of observatories and telescopes.

Peering through solid objects with neutron beams

A brand-new imaging technique peers through solid objects by hitting them with a focused beam of neutrons. Instead of a conventional lens, the new technology uses silicon wafers to split and redirect a neutron beam. The waves strike the object and ricochet into each other, producing an interference pattern.

Jamie Schulz, operations manager at the Bragg Institute, with the Kowari scanner.

Unlike other methods, this revolutionary type of neutron interferometry can zoom in and out to detect very small and very, very small objects alike, ranging from 1 nanometer to 10 micrometers. Neutron interferometry was previously a supplement to other imaging efforts, but this advance may turn it into a unique “main course” option.

Turning (Dead) animals transparent to glimpse hidden biology

An imaging technique named uDISCO (ultimate 3-D imaging of solvent-cleared organs) turns dead animals transparent to unveil biology’s inner workings.Scientists dunk the animal into a dehydrating solvent that removes water and fat, which shrinks the specimen up to 65 percent and effectively turns it into a translucent mummy.

It doesn’t damage fluorescent proteins engineered into the rodents’ bodies like previous techniques did, so scientists can observe these markers once the animal has been transpar-ified. They hope to use this to one day map the human brain, a feat that would take 1,000 years with conventional methods.

Mapping an entire country using lasers

The entirety of England is being mapped by aerial lasers, or LiDAR, a technique that has already scanned 75 percent of the country. From above, researchers pelt the landscape with a million light wave pulses per second, building a 3-D topographical map based on the waves’ return time. It began as an effort to map changing coastlines. But as an added bonus, it has revealed four Roman roads that snake invisibly beneath the modern terrain.

Gov.UK

As a double bonus, it could disrupt the £1 billion a year illegal dumping racket by quickly detecting changes in landscape and allowing the authorities to apprehend dumpers.

New X-Ray methods illuminating invisible art

Researchers can peer through layers of paint and reveal secrets beneath some of the world’s most famous masterpieces.

It started with Picasso’s 1902 oil painting La Misereuse accroupie, or The Crouching Beggar. Curious colors and textures peeking out from between cracks in the oil didn’t match the surface layers. So scientists shot different wavelengths of light at it because oil is transparent to some wavelengths. They confirmed a 1992 study that found another artist’s landscape beneath Picasso’s beggar.

Comparison of different types of non-invasive imaging on Vincent van G light, (b) traditional X-ray imaging and © infrared imaging of portions of th painting produced via the synchrotron X-ray fluorescence imaging technique 

Picasso’s recycling: While the surface of the canvas shows Pablo Picasso’s 1902 painting Mother and Child by the Sea (left; courtesy: Pola Museum of Art, Japan. © Picasso Estate), merging X-ray and PCA hyperspectral infrared images, created by John Delaney and his team at the National Gallery of Art in Washington DC, reveals another picture underneath (right; courtesy: John Delaney, National Gallery of Art, Washington)

Unseen details: Haida Liang and colleagues from Nottingham Trent University have taken their hyperspectral imaging instrument to the Mogao caves in the Gobi desert.

X-ray analysis then revealed an entirely new feature, that the women’s hand (obscured by the robe) is clutching a piece of bread. More revelations will undoubtedly follow now that scientists can use this method in situ at museums and such.

Detecting CTE and brain damage in the living

For the first time ever, researchers have confirmed the detection of chronic traumatic encephalopathy (CTE) in a living patient.

The patient, along with 13 other ex-NFL athletes, underwent brain scans. They revealed a protein called tau which smothers damaged cells and migrates across the brain, killing neurons.

In 2015, one of the retired players in the study, identified as former Minnesota Vikings linebacker Fred McNeill, died. The autopsy confirmed that McNeill was suffering from CTE as well as ALS, or Lou Gehrig’s disease. If validated, such technology would be good for more people than just ex-athletes. It would also benefit the military by detecting brain irregularities in soldiers exposed to the concussive forces of an explosion, for example.

Exposing cancerous cells with a pen

One of the trickiest parts of treating cancer is making sure that every unwanted cell is removed during surgery. Now, a new pen-like device can scan potentially infected areas 150 times faster than current methods. In proof-of-concept testing on 253 patients, the “MasSpec pen” detected cancerous tissues with 96 percent accuracy and it did so in only 10 seconds.

 The handheld MasSpec pen is operated using a foot pedal, which activates an automated sequence of droplet exposure, transport and analysis by mass spectrometer. The system also automatically cleans itself by flushing between samplings. 

 Principal component analysis (PCA) of the data obtained from human tissue samples using the MasSpec Pen. A total of 253 patient tissue samples were analyzed including breast (n = 45), thyroid (n = 56), ovary (n = 57), and lung (n = 96) cancer and normal tissue samples. 3D PCA (PC1, PC2, and PC3) score plots are shown for each tissue type.

The pen releases a drop of water onto suspect tissues and then drives it into a mass spectrometer to detect the telltale waste products produced by cancerous cells, even specifying their subtype. If approved for widespread use, the MasSpec Pen will offer faster, more precise, and safer surgery.

Peeking inside mummies with a particle accelerator

Researchers can now look inside mummies without damaging them, thanks to the Argonne National Laboratory’s Advanced Photon Source, a particle accelerator. For the first time ever, scientists trained the high-energy X-rays on the Hibbard mummy, a five-year-old Egyptian girl, which dated to the end of the first century AD.

The Hibbard mummy was chosen because of its intact “mummy portrait,” a wooden face panel with a painting of the child’s likeness. Without disturbing the brittle material, researchers saw through its shroud and found unexplained objects therein, like wires in the girl’s teeth, a weird bowl-shaped object in her skull, and some kind of small stonelike item wrapped to the girl’s abdomen.

Unrolling ancient scrolls with novel X-Ray tech

Pompeii wasn’t the only town buried by Vesuvius’s famous outburst: Little Herculaneum was also smothered by hot ash and lava.

As were its legendary scrolls of Herculaneum, part of the world’s oldest surviving classical library. Unfortunately, they were crisped by temperatures exceeding 260 degrees Celsius (500 °F). Recently, scientists were able to read the letters on one of these scrolls despite its 2,000-year interment and volcanic ash bath.

The ancient scroll called PHerc 495 has been partially unrolled using “virtual unrolling” techniques.

The virtual unrolling technique.

Scientists analyzed the distortion of X-rays as they passed through different materials. Like the letters on the scroll, which didn’t penetrate into the papyrus and remained in relief by an amazingly tiny tenth of a millimeter, just enough to allow detection

[macnews-org]

Watch the Apple RoomPlan API empty a room of furniture, ready for augmented reality shopping

Watch the Apple RoomPlan API empty a room of furniture, ready for augmented reality shopping

Augmented reality shopping is about to level up, thanks to a new capability introduced in iOS 16. The new Apple RoomPlan API uses the LiDAR scanner in recent iPhone Pro models to create a 3D room plan – and an impressive new demo shows just what it’s capable of. Shopify has created a proof of concept that scans a room and then allows you to virtually empty it, ready to see how new furniture would…

[spaceculture]

We provide the best Lidar scanner app in cheap. Now you can install the best Lidar scanner app with your iOS device and can make the best use of it while scanning your rooms and spaces in an effortless manner.

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iPhone 12 Pro Max and iPhone 12 Pro Price, Specification

iPhone 12 Pro Max and iPhone 12 Pro 5G speed, A14 Bionic, Professional Camera, Ceramic Shield.

iPhone 12 Pro is a 6.1 Super Retina XDR display and iPhone 12 Pro Max is a 6.7 Super Retina XDR display. Ceramic Shield: That is tougher than any other smartphone. Surgical Grade with Stainless Steel. After all, it is IP68 water resistance. As well as, it has 4 different colors graphite, gold, Pacific blue, and silver.

Price & Buy: iPhone 12 Pro $999 iPhone 12 Pro Max $1099

iPhone 12 Pro Max

iPhone 12 Pro Max & iPhone 12 Pro

5G - iPhone 12 Pro Max

The iPhone 12 Pro and iPhone 12 Pro Max with amazing wireless speeds and the best performance. After all, you can download any huge files, as well as stream HQ HDR series or movies. Of course, it is the best iPhone for the future of apps.

A14

A14 Bionic is a 5-nanometer chip which is 40% more transistors reverse speed with increase battery life. After all, it has a new ISP power called Dolby Vision recording. Of course, there is not a professional camera or any other smartphone can do.

CPU and GPU is 50% faster

Neural Engine is 16-core

LiDAR Scanner

LiDAR Scanner on iPhone 12 Pro Max and iPhone 12 Pro can measures how long it takes light to reflect back from objects. As well as, it is creating a depth map of the space that you are in. After all, it is more accurate and ultrafast, it's AR apps can transform a room into a realistic rainforest.

Super Retina XDR display

1200 nit brightness in HDR movies and photos.

2,000,000:1 contrast ratio for bright whites and true blacks

iPhone 12 Pro and iPhone 12 Pro Max design with flat edges, flexible custom OLED. So this can allow you to push the screen's brightness, contrast, and color.

iPhone 12 Pro Max Camera

After all, its wide camera is 27% more light. As well as, 7 elements wide lens for sharpness. After all, it's LiDAR is 6x faster and autofocus low light. And OIS making 5000 adjustments per second.

Wide and Ultra-wide cameras will come in Night modes, and portraits also possible in Night mode because of LiDAR.

iPhone 12 Pro Max has a 47% larger sensor and pixels, which is increasing of light on the wide camera. After all, its OIS stabilizes the sensor so it makes the shot more steady. As well as, it's 65 mm Telephoto camera can zoom in perfect on portraits. Its low light photos are 87% better, and its zooming range is 5x with 1.7 bigger pixels.

Portraits

Of course, at night mode its portrait wide camera will give you the best vivid color, background lights, and street light. If it is a small light because A14 Bionic and LiDAr can render texture and pattern in the foreground with realistic color. As well as, it can separate the subject from the background and it has a control to adjust the background blur and adjust lights on your face.

Deep Fusion: The Neural Engine can analyze multiple exposures pixels to bring out the smallest detail.

Smart HDR 3

However, It can automatically refine the contours, highlights, and shadows. If you are taking a shot at midday then you can see detail at your face and shadows which is true black. As well as, it captures golden hour magic and that can pull out the texture in rock if staying true to subtle blues in the sky. After all, its white balance and seafoam holds its shape and define the motion. As well as, it using a machine learning scene so that can bring out the cracks from the ground and roughness from the hill without increase noise in the sky.

optical zoom is 2.5x on a 65 mm Telephoto camera, so this can let you see close up details.

Dolby Vision Recording: Its jumps from 8 to 10-bit HDR recording, and capturing 700 million colors for a better experience. After all, it's better to record in Dolby Vision and its format use from a film studio. As well as, we can edit the Dolby Vision video and use Airplay to see every single bit of difference on a large screen.

As well as, AirPlay let you stream 4K Dolby Vision video to smart TV and Apple TV.

Accessories

You can snap a new MagSafe case or wallet at once.

Turbo chargeable: There is a magnet align which is fast enough for wireless charging.

What is in the Box?

iPhone 12 and mini is working with Earpods, existing power adapters, and USB-A to lightning cables. Because there are millions or billions of those out in around the world, or new ones often go unused. So Apple has removed it from the box from the entire iPhone family. This can reduce carbon emission and also avoid mining as well as the use of precious materials. After all, It has shrunk the package and allowing more boxes per shipments overall. Apple transitioning its manufacturing partners to renewable energy too. Especially, it’s eliminating more than 2 million metric tons of carbon emissions annually.

Charge iPhone: You can use USB-A to Lightning cable or fast charging with the USB-C to Lightning cable which is there in the box. As well as it will work with computer ports and existing USB-C power adapters.

Specification

iPhone 12 Pro

Network: 5G / 4G / 3G / 2G Launch Date: 13 October 2020 OS: 14.1 Chipset: Apple A14 Bionic 5nm CPU: Hexa-Core GPU: Apple GPU 4-core graphics Memory: 128GB / 256GB / 512GB RAM: 6GB Display: Super Retina XDR display Rear Camera: 12MP x 12MP x 12MP Front Camera: 12MP Battery: Li-Ion 2815 mAh Charging: Fast Charging 20W Body size: 5.78 x 2.81 x 0.29 inch Weight: 189 grams

iPhone 12 Pro Max

Network: 5G / 4G / 3G / 2G Launch Date: 13 October 2020 OS: 14.1 Chipset: Apple A14 Bionic 5nm CPU: Hexa-Core GPU: Apple GPU 4-core graphics Memory: 128GB / 256GB / 512GB RAM: 6GB Display: Super Retina XDR display Rear Camera: 12MP x 12MP x 12MP Front Camera: 12MP Battery: Li-Ion 3687 mAh Charging: Fast Charging 20W Body size: 6.33 x 3.07 x 0.29 inch After all, Bodyweight: 228 grams

After all, here are a few iPhones that you may be like iPhone12 and iPhone 12 mini / iPhone 13, iPhone 13 Pro, 13 Pro Max

You can contact us to let us know if we are missing something on our page. I hope you like it and thank you for your visit.

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