#Developments

[sh4tt3rg1rl]

A NEW JANUARY EVENT DEVELOPMENT HAS BEEN MADE

AFTER USING A BASE 32 CIPHER ON HIDDEN TEXT INSIDE OF ONE OF SOUP'S POSTS (32: MRUXGY3POJSCA4DSN5TGS3DF is the text)

IT SAYS "DISCORD PROFILE"

THIS VIDEO WAS FOUND USING CEASAR CIPHER ON SOUP'S DISCORD PROFILE DESCRIPTION

the clock's ticking

seead://hhh.jzfefmp.nzx/hlens?g=_TTI41uDdtv

oh dearest caesar, why must i envy thee?

(thats her description)

IM SCREAMING. ALOUD. STIMMING SO MUCH RIGHT NOW

WILL REBLOG W MORE INFO WHEN I CAN FIND

@jaxtherabbit @the-moth-from-elsewhere @yougotjinx3d

IM SO SMART YOU GUYS

#january event #AAAHAHHHHHH YESSS #DEVELOPMENTS #Youtube

[onenettvchannel]

NEW DEVELOPMENTS: The 4th new season of Wakfu still currently in production [#OneNETnewsEXCLUSIVE]

PARIS, FRANCE -- After a successful Kickstarter campaign, the creators of the show have announced last Friday (March 3rd, 2023 -- France local time), with some exciting updates about the upcoming 4th season.

A Kickstarter post update reveals that the team has been working hard, with production of Wakfu: Season 4 are well underway. Wakfunian fans can look forward to see new adventures with returning characters, as well as new villains to spice up their plot. According to Anthony Roux, who is responsible for Wakfu, the aforementioned upcoming season will have a serious darker tone, and will explore deeper themes in fantasy violence than the previous ones, making it a must-watch for fans who want to delve deeper into the story.

In addition, the latest Kickstarter update offers previews of some concepting arts and animation that fans can really expect to see when the season comes out sooner than before. Digital images are stunning and demonstrate the level of dedication and attention to detail in the animated production process. Fans of the series are already eagerly anticipating the release of Wakfu: Season 4, and this latest update was only added to the excitement.

Although, there is probably a new special episode from a French public broadcaster France Televisions that is linked before or after the 4th season of Wakfu during the funded Kickstarter period: "After a destructive battle against Oropo and their own demons, Yugo the Eliatrope and his friends find themselves at the gates of the Ingloriom, the realm of the gods. The Tofu Brotherhood has no time to wonder what fate the 12 Divinities have in store for them for this sacrilege: the territory is devastated! What is happening? Is there a connection between their victory and this chaos? Are they responsible for the situation, or is it something much worse? How far will our heroes have to go this time around?", said in translated French dialect.

With the show promising to push the boundaries of storytelling and animation, it is sure to be a hit. The 4th season of Wakfu is still in the works as we embark on a thrilling new journey with your favourite characters (including our Ankama News correspondents named Yugo the Eliatrope & Amalia Sheram Sharm).

Animation Digital Network (ADN) secures streaming rights in France, while Netflix still going to stream the episodes in selected countries worldwide, for those if you're new, or to relive your favorite moments of this French animated cartoon show.

The new season of Wakfu in Season 4 is STILL coming soon -- on-air, online at France.tv, and on the France TV & Okoo APP. The aforesaid new season is definitely worth the wait.

ART PHOTO COURTESY: Ankama via Kickstarter PHOTO BACKGROUND PROVIDED BY: Tegna

SOURCE: *https://issuu.com/francetelevisions/docs/mifa-dp2022_ftv [The Exclusive Press Release from France Télévisions on a Programming Line-Up for 2022-2023 + Show Synopsis and Information Reference for Wakfu S4 on page41] *https://www.kickstarter.com/projects/ankamaanimations/wakfu-the-animated-series-season-4/posts/3747696 [Referenced Kickstarter Post via Ankama Animations] *https://twitter.com/Totankama/status/1635372970234482689 [Referenced Twitter Post via Totankama] *https://fr.linkedin.com/company/animation-digital-network and *https://twitter.com/ADNanime/status/1636691543888125953 [Referenced Twitter Post from Animation Digital Network]

HONEST DISCLAIMER: The views and opinions expressed from a developing news report, are not necessarily those from Ankama Animations, Frankas Productions & Pictanovo. Furthermore, the assumptions of this D.N.R. will NOT state, intervene or reflect those of our Radyo Bandera Patrol reporters. The show, the station, the management, interwebs and the network. Thanks for reading and Stay safe. Later!

-- OneNETnews Team

#entertainment news #paris #france #wakfu #season 4 #saison 4 #cartoon #developments #new developments #ankama #France Televisions #progress #exclusive #first and exclusive #OneNETnews

[lhrry]

x

#gotta say (but not trying to guess or explain even if there are a few theories in my brain) #that everything happening these past weeks really is curious and it’s going to be interesting to see what happens next esp in potentially #looking at why babygate was so terribly ramped up during louis’ promo #because you have that in a quite unparalleled way but then you have Eleanor not being mentioned once like #literally danielled #and then you have the way fitf is queer #and then suddenly it becomes very clear that harry is no longer blacklisted in louis’ interviews and you have a syndicated press release #about louis struggling with fatherhood and few days later there is article upon article about louis on his ‘brother’s’ success #at a time when mp came out and with all the comparisons people are making with larry one would think they’d shun this but apparently not? #and then you have louis saying harry hits too close to home which still was a formulation for the books skmsk #and then you have holivia BUA which we expected around this time but louis’ 1 more day tweet makes it even funnier ngl #and you have gemma and lottie interacting on social media more (although there’s been something here and there before) #and there was even sth about harry on the twins’ igs a few weeks back or sth i dont know i dont follow them #but like no matter whether this is it and they’re just changing up the nemesis narrative or whether there are going to be further #developments #there definitely is some kind of a shift and it may end here or it may not but there definitely is sth happening

[jcmarchi]

Highest-Resolution Single-Photon Superconducting Camera - Technology Org

New Post has been published on https://thedigitalinsider.com/highest-resolution-single-photon-superconducting-camera-technology-org/

Highest-Resolution Single-Photon Superconducting Camera - Technology Org

Having more pixels in a superconducting camera could advance everything from biomedical imaging to astronomical observations.

Researchers at the National Institute of Standards and Technology (NIST) and their colleagues have built a superconducting camera containing 400,000 pixels — 400 times more than any other device of its type.

With planned improvements, NIST’s new 400,000 single-wire superconducting camera, the highest resolution camera of its type, will have the capability to capture astronomical images under extremely low-light-level conditions. Credit: Image incorporates elements from Pixabay and S. Kelley/NIST.

Superconducting cameras allow scientists to capture very weak light signals, whether from distant objects in space or parts of the human brain. Having more pixels could open up many new applications in science and biomedical research.

The NIST camera is made up of grids of ultrathin electrical wires, cooled to near absolute zero, in which current moves with no resistance until a wire is struck by a photon. In these superconducting-nanowire cameras, the energy imparted by even a single photon can be detected because it shuts down the superconductivity at a particular location (pixel) on the grid. Combining all the locations and intensities of all the photons makes up an image.

The first superconducting cameras capable of detecting single photons were developed more than 20 years ago. Since then, the devices have contained no more than a few thousand pixels — too limited for most applications.

Creating a superconducting camera with a much greater number of pixels has posed a serious challenge because it would become all but impossible to connect every single chilled pixel among many thousands to its own readout wire. The challenge stems from the fact that each of the camera’s superconducting components must be cooled to ultralow temperatures to function properly, and individually connecting every pixel among hundreds of thousands to the cooling system would be virtually impossible.

NIST researchers Adam McCaughan and Bakhrom Oripov and their collaborators at NASA’s Jet Propulsion Laboratory in Pasadena, California, and the University of Colorado Boulder overcame that obstacle by combining the signals from many pixels onto just a few room-temperature readout wires.

A general property of any superconducting wire is that it allows current to flow freely up to a certain maximum “critical” current. To take advantage of that behavior, the researchers applied a current just below the maximum to the sensors.

Under that condition, if even a single photon strikes a pixel, it destroys the superconductivity. The current is no longer able to flow without resistance through the nanowire and is instead shunted to a small resistive heating element connected to each pixel. The shunted current creates an electrical signal that can rapidly be detected.

Borrowing from existing technology, the NIST team constructed the camera to have intersecting arrays of superconducting nanowires that form multiple rows and columns, like those in a tic-tac-toe game. Each pixel — a tiny region centered on the point where individual vertical and horizontal nanowires cross — is uniquely defined by the row and column in which it lies.

That arrangement enabled the team to measure the signals coming from an entire row or column of pixels at a time rather than recording data from each individual pixel, drastically reducing the number of readout wires. To do so, the researchers placed a superconducting readout wire parallel to but not touching the rows of pixels, and another wire parallel to but not touching the columns.

Consider just the superconducting readout wire parallel to the rows. When a photon strikes a pixel, the current shunted into the resistive heating element warms a small part of the readout wire, creating a tiny hotspot. The hotspot, in turn, generates two voltage pulses traveling in opposite directions along the readout wire, which are recorded by detectors at either end.

The difference in time it takes for the pulses to arrive at the end detectors reveals the column in which the pixel resides. A second superconducting readout wire that lies parallel to the columns serves a similar function.

The detectors can discern differences in arrival time of signals as short as 50 trillionths of a second. They can also count up to 100,000 photons a second striking the grid.

Once the team adopted the new readout architecture, Oripov made rapid progress in increasing the number of pixels. Over a matter of weeks, the number jumped from 20,000 to 400,000 pixels. The readout technology can easily be scaled up for even larger cameras, said McCaughan, and a superconducting single-photon camera with tens or hundreds of millions of pixels could soon be available.

Over the next year, the team plans to improve the sensitivity of the prototype camera so that it can capture virtually every incoming photon. That will enable the camera to tackle such low-light endeavors as imaging faint galaxies or planets that lie beyond the solar system, measuring light in photon-based quantum computers, and contributing to biomedical studies that use near-infrared light to peer into human tissue.

The researchers reported their work in the Oct. 26 edition of Nature (https://www.nature.com/articles/s41586-023-06550-2).

Paper: B.G. Oripov, D.S. Rampini, B. Korzh, J. Allmaras, M.D. Shaw, S.W. Nam and A.N. McCaughan. A superconducting-nanowire single-photon camera with 400,000 pixels. Nature. Oct. 26, 2023. https://doi.org/10.1038/s41586-023-06550-2

Source: NIST

You can offer your link to a page which is relevant to the topic of this post.

#000 #2023 #applications #architecture #arrangement #Arrays #Articles #Astronomy #Astronomy news #Behavior #Brain #Cameras #Capture #challenge #Chemistry & materials science news #columns #computers #cooling #data #Developments #devices #energy #Featured physics news #Featured Space news #Featured technology news #form #Fundamental physics news #galaxies #game #grid

[sugarsuzy15]

Somehow my blog is empty...

keep working, I hope at least something from this will come out :p

#killer sans #undertale #undertale art #art #something #developments

[witchcraftandburialdirt]

#mun speaks #crack #no i will not explain #fngkbgfkld #DEVELOPMENTS

[tarotmantic]

there is stress in my body in my mind

#things happening #developments #revelations #just stuff generally that is causing me unpleasant emotions #tarot.txt

[larrysavagejrbirmingham]

Larry Savage Jr - Key Responsibilities of A Logistics Expert

Transporting products and services of a firm from one place to another requires the expertise of logistics experts. They oversee everything that has to do with the supply chain, from shipping planning and coordination to cost tracking and supply chain optimization. You should already know Larry Savage Jr: 6 Skills That Will Make You a Logistics Expert. This article discusses the role of a logistics expert and the value they add to businesses and other organizations. 

The Key Responsibilities of A Logistics Expert

1. Planning and Coordination

Logistics experts are responsible for ensuring the timely and effective flow of commodities by developing and implementing logistics strategies, plans, and processes. They collaborate with a wide range of parties, including external suppliers, external transport firms, and internal departments, to coordinate shipments, track stocks, and set up delivery schedules. In addition, they scrutinize data and market trends to identify areas where expenses can be reduced, or efficiency can be enhanced.

2. Inventory Management

Inventory management is a key function for logistics experts, who must ensure a sufficient stock to fulfill demand without resorting to costly overstocking. In order to minimize stockouts and maximize profits, they devise and implement inventory control systems like demand forecasting, order management, and stock replenishment plans. They coordinate with external vendors and internal units to guarantee prompt and accurate order processing.

3. Warehouse Management

Experts in logistics are in charge of managing the warehouse's infrastructure, resources, and staff. They devise systems for storing goods and arranging warehouses to make the most efficient use of available space and facilitate the smooth movement of goods. They keep an eye on the warehouse's efficiency and correctness in terms of stock counts, order picking, and shipping, and they take corrective action as needed.

4. Risk Management

Experts in logistics can spot potential dangers in supply chain management and take steps to prevent them. They identify potential threats, like supply chain interruptions, transportation delays, and regulatory changes, and create backup plans to mitigate the negative effects on business. They oversee insurance policies for logistics and transportation operations and make sure everyone is in line with the law.

5. Continuous Progress

Professionals in the logistics industry are always looking for new methods to enhance the company. They keep an eye on key performance indicators, dig into the numbers, and get input from stakeholders so they can pinpoint problem areas and take corrective measures. So that they can improve logistics procedures and strive for operational excellence, they keep up with current industry trends, best practices, and technological developments.

Conclusion

In conclusion, a logistics expert is vital for coordinating the timely and economical delivery of products and services. Logistics specialists contribute to the success of businesses and organizations by managing logistics operations efficiently, thereby ensuring on-time delivery, optimizing costs, and increasing supply chain efficiency. If you are planning on starting a logistics business, read How to start a Transportation and Logistics business according to Larry Savage Jr next. 

#Larry Savage Jr #Responsibilities #Logistics Expert #Skills #Transportation #Logistics business #developments

[dac-developments]

DAC Developments - Easy Tips For First-Time Home Buyers - DAC Developments - Tips for First-Time Home Buyers (on Wattpad) https://www.wattpad.com/1277325248-dac-developments-easy-tips-for-first-time-home?

#agents #buyer #dac #dacdevelopments #developments #home #realestates #trending #random #books #wattpad #amreading

[ezimaxtechnoloies]

Top Custom Software Development Companies USA 2022

Are you Looking for the best custom software development company in USA? Here is the list of top software developers USA with client reviews. The software development industry is one of the fastest-growing industries in the USA. There are thousands of software developers. But this has created a huge dilemma for budding entrepreneurs who are searching for the right software development partner for their customized software projects. To help these service seekers find the best company, Ezimax Technologies has prepared a chart of top trusted & leading software companies in the USA : for more information visit us at.

https://www.ezimaxtechnologies.com/ or call at [phone] / [phone]

#softwaredevelopment #developments #mobileappdevelopmentcompany

[ruporas]

don’t worry about me. goodbye, big brother

#dungeon meshi #dunmeshi #laios touden #falin touden #blood tw #ruporas art #the anime adaption of this scene was kinda crazy i wont lie… the development and build towards #this reveal was likee woahhh Damnnnn…. even with all the knowledge of the rest of the manga #it gave me a diff sense of horror to laios’ loss

[prokopetz]

The constant rolling disaster that is Overwatch's game development aside, what really perplexes me about how Blizzard is handling the broader franchise is their continual insistence that a canon narrative exists in spite of their equally continual refusal to tell anyone what it is.

Like, okay, the events of the games aren't canon. Fair enough: the games are multiplayer-only, and you can't account for player actions.

Oh, and the animated short films aren't canon either – they're properly understood as in-universe propaganda, not depictions of actual events. That's a little high concept for you guys, but fine.

But surely the comics are canon, right? Well, no; some of the comics (we're not telling you which ones) were canon at one point, but the writing team has decided to go in a different direction.

My dudes, what is left? The weird Source Filmmaker porn? Is that canon? Well, apparently it's at least as canon as anything else!

#gaming #video games #overwatch #blizzard #game development #writing #canon #metatextual wankery #pornography mention #swearing #recording a four-hour video essay interrogating the canonicity of widowmaker's massive hog

[ruushes]

sleeping arrangements (not sure tara would ever actually deign to sleep in the same 20ft radius as shovel but who can resist those big shiny insectoid black eyes 🥺)

plus:

#gale dekarios #shadowheart #astarion #bg3 #baldur's gate 3 #my art #want to promote a greater shovel presence in the fanbase. where is all the shovel content. where is my beautiful daughter #she is gale's familiar. to me. #he may not necessarily *want* shovel #but it's too late now #he's her wizard it might be more apt to say #tara is not in any way shape or form a familiar she's like. his aunt. #also i have GOT to develop a faster way of making things like i have so many dumb joke ideas i can’t be rendering shit. unsustainable! 😭😭

[maplewozapi]

I genuinely feel like I’m going insane sometimes

#native artist #character design #digital art #indigenous artist #visual development #character art #oringinal character

[jcmarchi]

Shuffling Robot Uses Biological Muscle to Move and Spin - Technology Org

New Post has been published on https://thedigitalinsider.com/shuffling-robot-uses-biological-muscle-to-move-and-spin-technology-org/

Shuffling Robot Uses Biological Muscle to Move and Spin - Technology Org

Researchers at the University of Tokyo have created a two-legged biohybrid robot, combining an artificial skeleton with biological muscle, which is capable of walking and pivoting underwater.

Typical biohybrid robots can move in straight lines or perform large turns but struggle to carry out finer movements in smaller spaces. This makes them unsuitable for use in areas with many obstacles, such as in search and rescue operations.

The new robot can pivot on one foot, enabling it to turn within a small circle. At present, it can only work underwater as the lab-grown muscle dries out quickly when exposed to air, losing effectiveness. However, the researchers foresee that it would be possible to create future iterations which can walk on land, by using thicker muscles with their own nutrient supplies and possibly covering them in artificial skin.

Labeled illustration and image of robot. These labeled pictures show the flexible body of the robot, made from skeletal muscle tissue and a clear flexible silicone substrate, attached to the weighted 3D printed legs and feet. Image credit: Kinjo et al/ Matter

If I ask you to imagine a robot made of living muscle on an artificial skeleton, the striding form of a part human, part machine cyborg may come to mind. But the truth is that we are still just taking baby steps when it comes to creating biohybrid, natural-artificial robots.

Building real-life biohybrid robots which can walk like a human, let alone stride or run like one, is a big challenge. Professor Shoji Takeuchi and his team from the Graduate School of Information Science and Technology at the University of Tokyo have taken on this challenge in their latest research.

“By incorporating living tissues as part of a robot, we can make use of the superior functions of living organisms. In our latest research, we combined lab-grown skeletal muscle tissue with flexible artificial legs and 3D-printed feet. Using the muscle tissue to move the legs allowed us to create a small robot with efficient, silent movements and a soft touch,” explained Takeuchi.

This sped-up GIF of the robot underwater shows the legs walking forward, with the muscle contractions being stimulated by electricity. Image credit: Kinjo et al/ Matter/University of Tokyo

The researchers began by growing skeletal muscle in molds to create strips. The muscle tissue loses its ability to move when it becomes too dry, so the robot was designed to be suspended in water. The team made a lightweight skeleton from a floating styrene board, a flexible silicone-based body, acrylic resin legs with brass wire weights, and 3D-printed feet. Two strips of muscle tissue were attached from the body to the feet of the robot, completing the legs.

Each leg was stimulated using hand-held gold electrodes to deliver a charge, similar to your brain sending electrical signals to your body to move. This caused the muscle tissue to contract and the robot to “walk” when the legs were stimulated one after the other.

By stimulating each leg at five-second intervals, they were able to move the robot at a speed of 5.4 millimeters per minute. Although it might not seem particularly fast, the speed of its leg movements was comparable to that of other biohybrid robots.

“Initially, we weren’t at all sure that achieving bipedal walking was possible, so it was truly surprising when we succeeded,” said Takeuchi.

“Our biohybrid robot managed to perform forward and turning movements with a bipedal walk by effectively balancing four key forces: the muscle contractile force, the restorative force of the flexible body, the gravity acting on the weight, and the buoyancy of the float.”

Explanation of walking movement. The top illustrations show the three phases of the robot’s movement: first, lifting the foot; second, the foot hangs suspended; and third, it lands. The graph below shows the distance traveled and time it took for each phase, the longest being the hanging phase. The combination of the three phases leads to one step. Image credit: Kinjo et al/ Matter/University of Tokyo

The team is now considering how to create a smoother-moving robot that can walk on land by developing methods to stimulate the muscles remotely and creating thicker muscles with a nutrient supply to sustain them.

Takeuchi said: “We’re working on designing robots with joints and additional muscle tissues to enable more sophisticated walking capabilities. Our findings offer valuable insights for the advancement of soft flexible robots powered by muscle tissue and have the potential to contribute to a deeper understanding of biological locomotion mechanisms, further enabling us to mimic the intricacies of human walking in robots.”

Source: University of Tokyo

#3d #air #artificial #artificial muscles #baby #Biotechnology news #board #Brain #Building #challenge #Chemistry & materials science news #Developments #electricity #electrodes #Explained #explanation #Featured information processing #Featured life sciences news #Featured technology news #Featured video #form #Future #gif #gold #Graph #gravity #hand #Hardware & gadgets #how #how to

[devsgames]

Just this week in games:

- EA laid off 700 workers

- Sony laid of 900 workers

- Rockstar announces in-person work mandates for all employees (a 'soft layoff' that will force some staff to quit, which likely means that actual layoffs are forthcoming)

In 2023 6,000 games workers were laid off. Now in 2024 over 10,000 workers have been laid off, and there's still 10 months to go.

Not to be hyperbolic, but I think this is perhaps the worst year for video games ever if we're measuring by number of layoffs.

#gamedev #game development #game dev #gamedevelopment #game industry #games industry #sony #playstation #rockstar #rockstar games #ea #ea games