#vivo all model

[everytechever]

Mobile Photography Tips and Tricks  from vivo Y22s’ Superb Camera Features

The #vivoY22s flaunts supreme photography with its 50MP Super Night main camera, 2MP Macro camera, 8MP Front camera, and relevant features. #tech #mobile #vivo #everytechever

It is undeniable that almost everyone now carries a camera with them via their smartphone all the time. What’s more noteworthy is that these gadgets keep on improving with better specs and functionalities. Case in point: the vivo Y22s. It unapologetically flaunts supreme photography with its 50MP Super Night main camera, 2MP Macro camera, 8MP Front camera, and relevant features. You’ve got the…

[dandelionsresilience]

Good News - July 8-14

Like these weekly compilations? Tip me at $Kaybarr1735! And if you tip me and give me a way to contact you, at the end of the month I'll send you a link to all of the articles I found but didn't use each week!

1. Zoo welcomes birth of four endangered horse foals

“[The Marwell Zoo in GB] said it was "delighted" to welcome the arrivals to the endangered Przewalski’s horse herd. All four are female and said to be "doing well" after two were born in May and two in June. […] “These horses, that were previously listed extinct in the wild, are an example of how zoo breeding programmes can help restore threatened species around the world.” […] All the Przewalski’s horses alive today are descended from just 12 individuals. Current estimates suggest there are 178 mature individuals living in the wild.”

2. Restoring woodlands and planting trees for sustainability success

“In 2023, [the Marwell Zoo] planted 9,000 new trees […] both within the zoo and on our surrounding land. […] Marwell tries to encourage natural feeding behaviour and nutrition by including leafy material [in animals’ feed] as much as possible. […] Planting more trees and enhancing management of our existing woodlands, prepares the way to further self-sufficiency in browse production in the future. Plus, it creates new habitats for wildlife in our woodland areas.”

3. Inclusive Playgrounds Allow Children Of All Abilities To Play

“With ramps allowing children in wheelchairs to ascend the central play structure, as well as numerous other swings and apparatus usable for children of all abilities, the 16,000-square-foot P.K.’s Place is St. Paul’s first fully inclusive playground. […] To be universally accessible, a play area must have at least 70% of its play features fully accessible, far more than required by the Americans with Disabilities Act (ADA). […] Play areas should allow parents and grandparents with disabilities to participate as well.”

4. Combination treatment can increase human insulin-producing cells in vivo

“[Diabetes-model mice] were treated with the combination therapy [of a plant product called harmine and “a widely used class of type 2 diabetes therapy”] and their diabetes was rapidly reversed. Strikingly, human beta cell numbers increased by 700 percent over three months with this drug combination. "This is the first time scientists have developed a drug treatment that is proven to increase adult human beta cell numbers in vivo. This research brings hope for the use of future regenerative therapies to potentially treat the hundreds of millions of people with diabetes," said Dr. Garcia-Ocaña, the paper's corresponding author.”

5. Decades of Dedication: Australia’s Largest Ongoing Urban Restoration Project

“[Friends of Lake Claremont] has transformed the area into a thriving ecosystem, re-establishing native habitats and fostering biodiversity. This year, 800 native seedlings (100 trees, 350 shrubs and 350 ground covers) have been planted on the northwestern buffer of Lake Claremont. Volunteers replaced a large Port Jackson fig (Ficus rubiginosa) affected by [beetle] infestation with native plants to enhance the local wildlife habitat, thereby benefiting insects, frogs, birds and brown bandicoots. […] Overall, the project contributes to the area’s function as a regional ecological corridor, linking inland bushlands, the Swan River and the Indian Ocean.”

6. Important habitat for fish in Heart of the Fraser now conserved

“British Columbia’s iconic salmon now have more protected spawning habitat in the lower Fraser River, thanks to the Nature Conservancy of Canada’s (NCC’s) conservation acquisition of Carey Island. […] Carey Island and its gravel channels offer calm and crucial spawning and rearing habitat for the river’s fish and aquatic species. […] The Pelólxw Tribe […is also] actively working to restore the resilience of aquatic habitat within this stretch of the Lower Fraser. NCC is exploring opportunities to collaborate with the Pelólxw Tribe in support of their vision for stewardship of the area, which prioritizes both ecological and cultural values.”

7. Prime editing efficiently corrects cystic fibrosis mutation in human lung cells

“[R]esearchers have developed a gene-editing approach that efficiently corrects the most common mutation that causes cystic fibrosis, found in 85 percent of patients. With further development, it could pave the way for treatments that are administered only once and have fewer side effects. The new method precisely and durably corrects the mutation in human lung cells, restoring cell function to levels similar to that of Trikafta [the standard treatment since 2019].”

8. Montana’s High Court Considers a Constitutional Right to a Stable Climate

“At issue was the appeal of a decision last year, when a Montana judge blocked a state law that prohibited agencies from considering climate impacts when deciding whether to approve fossil fuel projects such as new power plants, pipelines or mining. The ruling, by District Judge Kathy Seeley, was prompted by a lawsuit filed by 16 youths who argued that the law violated Montana’s constitutional right to a “clean and healthful environment.” It was the first ruling in the United States to effectively establish constitutional rights to a stable climate[….]”

9. The US is about to get its first solar-covered canal

“The first canal-based solar project in the U.S. is nearing completion on tribal lands south of Phoenix, Arizona. […] The long, narrow solar array design would snake along the line of the canal and tap into the local electrical distribution grid every 1,000 feet, or every one megawatt. […] “Canal solar allows for greater power production per land size, cleaner water, less power transmission losses, and significant reduction in evaporation[….]” Covering the entire 8,000 miles of canals and waterways managed by the Bureau of Reclamation with solar panels could generate over 25 gigawatts of renewable energy and reduce water evaporation by tens of billions of gallons[….]”

10. Camera traps offer glimpse of first beaver born in Northumberland for 400 years

“"It’s such a relief that they have bred successfully and to see a new fluffy kit swimming with the family[….]” In just one year [since releasing the beavers], there has been a noticeable increase in resident trout, says the National Trust, along with more regular visits from kingfishers and grey herons. There are more insects at the site, too, thanks to the organic matter that builds up behind the dams, which in turn provides food for Daubenton’s bats. […] Beavers also play an important role in creating habitats that are more resilient to the effects of climate change[….]”

July 1-7 news here | (all credit for images and written material can be found at the source linked; I don’t claim credit for anything but curating.)

[llort]

Concise Guide to Developing a Neuroscience Based BBC Sherlock Holmes Esq Mind Palace

Following is a condensed and concise guide for you to develop similar sorts of mental mastery as Sherlock displays in the amazing British interpretation of Sir Conan Arthur Doyle's beloved character. I use this mind map everyday for basically everything and I don't think that there is any area of my life that hasn't been improved in someway by engaging with its mechanics.

This mindmap was designed to be useful in almost all life circumstances and there is a great deal of flexibility and modifications that can be made to its use to be tailored to your own particular needs to maximize utility and functionality

The key to this system is that there are six main inputs of which all you have to do is think of one of the six directions in orthogonal Euclidean space. I chose each direction in correlation to the general theme of the cognitive heuristic that you want to "activate" with the general function of the region of (the majority) of peoples brain has somewhat localized centers dedicated to said cognitive pattern.

The labelling of these directions is arbitrary and feel free to define your own characterization or order of inputs however I just listed my ontology as is I use it IRL.

+z/-z -> 1, 2 (or forward/back) respectively

-x/+x -> 3, 4 (or left/right) respectively

-y/+y 5, 6 -> (pr down/up) respectively

It is key to keep in mind of your mind that -z is essentially just the direction that your eyes face as set in your skull for a point of reference.

Below is a table summarizing these inputs along with a brief description of each directions psychological and cognitive theme

Each "direction" can be further broken down by applying the six inputs again which results in six main branches and thirty six sub branches, the initial thematic aspect behind the choice of the first six inputs are extrapolated and carried through into the assignment of the sub set of the thirty six sub branches so there is a degree of logical organization of the resultant four dimensional meta cognitive structure (four dimensions as inputs will be repeatedly done temporally as needed)

The mental representation of the MM will look like the image above with the caveat that in all Euclidean directions, there would be an addition MR unit facing out of each plane which would be 1, 1/2, 2/3,3/4,4/5,5/6,6 respectively. Also inputs that "bounce back" such as 1, 2/2,1 3,4/4,3 and so on are considered to be unique inputs as its the pathing and tracing out of these inputs mentally which acts non-combinatory to result in a total of thirty six unique sub branches.

There may be a lot of unfamiliar terminology, especially acronyms which I have developed just mostly for my own use before I decided to put this memeplex out into cyberphysical reality, if there are any terms or concepts that anyone is unsure about feel free to ask but I am going to define everything in Unsignificant Sentience eventually.

Key to understanding and using this list is that each integer corresponds to one pole of a base Euclidean axis

One: active

1 1 Sense, Attention and Action (Non-selective/Selective and/or Undirected/Directed Attention), AAPM (Active Attentional Perception Model)

1 2 Perceiving, Observing, and Introspection, SVD

1 3 Logic, MM Model Axioms and Experimentation, ISR, EGC Outcomes

1 4 Assessment Describing, +y/MR/ME EIOSA Modelling

1 5 CBT, BH, Working Memory

1 6 Specific Thinking, Frame Encoding, and MEs Applications and Management (Inter branch/Sub Branch)

In your minds eye the pathing thought trace input should result in something like this.

Two: personal

2 1 All Current Recursive Conscious Perception (EIOSA Analysis/Awareness)

2 2 Narrative, Identity Management, Frames, Auxiliary SA/EMA, Qualia

2 3 R4, ME, (in vivo UJF Functionality/Integration)

2 4 Beliefs, Values, Hopes, Ethics, Dreams (+DRD4 content)

2 5 Memory, Mnemonics, AE Encoding and Recall

2 6 Consciousness + VSM/UJS Models, Influencers (5 x) and CT Management CTx PPF, PQ

I will only fill out one more guide for the inputs for the Third Branch as it should be pretty easy to extrapolate the pattern by this point

Three: planning, logic, and structure

3 1 Dynamic Planning and Situational Awareness, (ME0002)

3 2 Skills and Technical Application/Adaption/Singular Module: Heuristic Focus

3 3 Active Goals and Projects/Schedule, Mnemonics

3 4 Habits/Predispositions/Routines/Baselines (SETS, Blooms Taxonomy) and limitations, Re (self-imposed and/or Real Boundaries), Frames and Physiological/Psychological Patterns

3 5 Resource Management

3 6 Ideas or Future Goals and Projects/Personal Engineering, USF, CMM, NWF

Four: Systems, Creative, and Communication

4 1 Agent Based, Observance and Interaction with Systems Associated and Context Awareness, ToM EIOSA

4 2 Persona and Ego Management

4 3 Reality, Social and Communication, Systems Identification/Interaction/Alteration/Mechanisms Options, Sets/OMA7, Objective EI IRL Network Corresponding to Meta Frameworks

4 4 MR/ME Grids + Practice/Enactment In Vivo

4 5 Communication and Sapir Whorf Language Management, Social Analysis and Responses

4 6 Ontology and Frame Engineering, Perspective Theory

Five: health

5 1 Physical Health (ER AnE + Diet/Hydration/Sleep/Medication)

5 2 Mental Health (ME0005/ME0010 Checks and Reconciliation)

5 3 Self Management and Contingencies

5 4 State of Other Systems, EISOA x, x,, (MR of Self Same) (States in Regards to Meta-Systems)

5 5 Applied Mindful Meditation, Self Awareness (Recursivity), and Reality Checking, PQ

5 6 Cognitive Health (DRD4 quality + CIA quality)

Six: knowledge

6 1 Technology

6 2 Philosophy

6 3 Engineering

6 4 General/Cultural

6 5 Frameworks

6 6 Science

Viable System Model based MM systems

The viable system model is a cybernetic theory and model utilized to model entities so that they remain viable and resilient in the fact of change. The model itself was derived from the physiological evo psych based compartmentation of function present in the human brain. I am going to do a post on VSMs at some point but the Wikipedia link is there if anyone is interested.

Below is a rough guide to what MM outputs correlate to each system in a viable system model

System One: 1 x , 3 3, 3 5, 6 x

System Two 2 1-3

System Three 3 1-3

System Four 4  x, 5 x, 6 x

System Five 2 4-6, 3 4-6

As shown by this highly scientific diagram, there is a general localization of specific cognitive and mental phenomena associated with each hemisphere and I hope that on some level that the mental action of enacting an input to the corresponding area of the brain that is more generally specialized in carrying out that processing might improve the effectiveness and/or efficiency of that given task. I would love to get an hold of an EEG and do some digging but that is a future project

So aside from forcing 42 specific commands into your brain, let alone the time required to practice utilizing this mind map in vivo, there is unfortunately another set within the +y knowledge branch where each domain of knowledge has ten subsets in order to break down learning and assimilating new information into more discrete chunks in order to facilitate recall and synthetizing of a priori knowledge.

This is one module of many such systems I have developed to try to be able to reproducibly able to self actualize on a daily basis.

There is an ungodly amount of extra details and systems that I have curated, developed, and refined regarding the MM and some of them are evident in some of the seemingly occult acronyms scattered throughout this document.

I was going to create an ARG game for later on in this year of 2023 after I finished the Unsignificant Sentience trilogy and I was going to make mechanics such as this MM part of the way to play the ARG and to get players immersed in the world building but I just want to get some of my ideas out there as I have been working on too many projects in a vacuum

I am done screaming into the void

[compneuropapers]

Interesting Papers for Week 19, 2024

Multilevel visual motion opponency in Drosophila. Ammer, G., Serbe-Kamp, E., Mauss, A. S., Richter, F. G., Fendl, S., & Borst, A. (2023). Nature Neuroscience, 26(11), 1894–1905.

Rapid compensatory plasticity revealed by dynamic correlated activity in monkeys in vivo. Andrei, A. R., Akil, A. E., Kharas, N., Rosenbaum, R., Josić, K., & Dragoi, V. (2023). Nature Neuroscience, 26(11), 1960–1969.

The rat frontal orienting field dynamically encodes value for economic decisions under risk. Bao, C., Zhu, X., Mōller-Mara, J., Li, J., Dubroqua, S., & Erlich, J. C. (2023). Nature Neuroscience, 26(11), 1942–1952.

Early selection of task-relevant features through population gating. Barbosa, J., Proville, R., Rodgers, C. C., DeWeese, M. R., Ostojic, S., & Boubenec, Y. (2023). Nature Communications, 14, 6837.

Aversive stimulus-tuned responses in the CA1 of the dorsal hippocampus. Barth, A. M., Jelitai, M., Vasarhelyi-Nagy, M. F., & Varga, V. (2023). Nature Communications, 14, 6841.

Emergence of cortical network motifs for short-term memory during learning. Chia, X. W., Tan, J. K., Ang, L. F., Kamigaki, T., & Makino, H. (2023). Nature Communications, 14, 6869.

The combination of Hebbian and predictive plasticity learns invariant object representations in deep sensory networks. Halvagal, M. S., & Zenke, F. (2023). Nature Neuroscience, 26(11), 1906–1915.

Electrophysiological Signatures of Visual Recognition Memory across All Layers of Mouse V1. Hayden, D. J., Finnie, P. S. B., Thomazeau, A., Li, A. Y., Cooke, S. F., & Bear, M. F. (2023). Journal of Neuroscience, 43(44), 7307–7321.

Reframing dopamine: A controlled controller at the limbic-motor interface. Lloyd, K., & Dayan, P. (2023). PLOS Computational Biology, 19(10), e1011569.

Acetylcholine waves and dopamine release in the striatum. Matityahu, L., Gilin, N., Sarpong, G. A., Atamna, Y., Tiroshi, L., Tritsch, N. X., … Goldberg, J. A. (2023). Nature Communications, 14, 6852.

Neuronal connected burst cascades bridge macroscale adaptive signatures across arousal states. Munn, B. R., Müller, E. J., Medel, V., Naismith, S. L., Lizier, J. T., Sanders, R. D., & Shine, J. M. (2023). Nature Communications, 14, 6846.

Mouse visual cortex as a limited resource system that self-learns an ecologically-general representation. Nayebi, A., Kong, N. C. L., Zhuang, C., Gardner, J. L., Norcia, A. M., & Yamins, D. L. K. (2023). PLOS Computational Biology, 19(10), e1011506.

A recurrent neural network model of prefrontal brain activity during a working memory task. Piwek, E. P., Stokes, M. G., & Summerfield, C. (2023). PLOS Computational Biology, 19(10), e1011555.

Objects guide human gaze behavior in dynamic real-world scenes. Roth, N., Rolfs, M., Hellwich, O., & Obermayer, K. (2023). PLOS Computational Biology, 19(10), e1011512.

Activity in primate visual cortex is minimally driven by spontaneous movements. Talluri, B. C., Kang, I., Lazere, A., Quinn, K. R., Kaliss, N., Yates, J. L., … Nienborg, H. (2023). Nature Neuroscience, 26(11), 1953–1959.

Sensorimotor transformation underlying odor-modulated locomotion in walking Drosophila. Tao, L., Wechsler, S. P., & Bhandawat, V. (2023). Nature Communications, 14, 6818.

Neural and computational underpinnings of biased confidence in human reinforcement learning. Ting, C.-C., Salem-Garcia, N., Palminteri, S., Engelmann, J. B., & Lebreton, M. (2023). Nature Communications, 14, 6896.

Behavioral and brain responses to verbal stimuli reveal transient periods of cognitive integration of the external world during sleep. Türker, B., Musat, E. M., Chabani, E., Fonteix-Galet, A., Maranci, J.-B., Wattiez, N., … Oudiette, D. (2023). Nature Neuroscience, 26(11), 1981–1993.

Attractor dynamics reflect decision confidence in macaque prefrontal cortex. Wang, S., Falcone, R., Richmond, B., & Averbeck, B. B. (2023). Nature Neuroscience, 26(11), 1970–1980.

Differential effects of reward and punishment on reinforcement-based motor learning and generalization. Yin, C., Li, B., & Gao, T. (2023). Journal of Neurophysiology, 130(5), 1150–1161.

[jcmarchi]

Miniature Marvels: Wireless Millirobots Successfully Navigate Arteries - Technology Org

New Post has been published on https://thedigitalinsider.com/miniature-marvels-wireless-millirobots-successfully-navigate-arteries-technology-org/

Miniature Marvels: Wireless Millirobots Successfully Navigate Arteries - Technology Org

For the first time ever, wireless millirobots navigated a narrow blood vessel both along and against arterial flow.

Researchers from the University of Twente and Radboudumc inserted the screw-shaped robots in a detached aorta with kidneys where they controlled them using a robotically controlled rotating magnet. Health Holland recently awarded a grant to further develop the technology to be able to remove blood clots.

UT-researchers navigate millirobots through ex vivo aorta model. Image credit: University of Twente

Each year worldwide, one in four people die from conditions caused by blood clots. A blood clot blocks a blood vessel preventing the blood from delivering oxygen to certain areas of the body.

Surgeons can use flexible instruments to remove the blood clot therefore allowing the blood to flow again, but some regions in the body are difficult to reach. Millirobots can overcome these limitations and remove blood clots from difficult-to-reach blood vessels.

Synergistic Triumph

The researchers showed that these millirobots were able to travel through blood vessels. But to do so, the millirobots need power, to travel up- and downstream and to accurately be controlled and localised. Last but not least, they need to be biocompatible and leave no further damage to the inside of blood vessels. At the Technical Medical Centre of the University of Twente, the researchers set up their experiment with a real aorta and kidneys.

“This required an interdisciplinary approach and the collaboration of many different departments. The Robotics Lab, Laboratory of biointerface, blood lab, DesignLab, LipoCoat, and MESA+ all helped us achieve this successful outcome”, explains researcher Islam Khalil.

Guided by Precision

In the experiment, the researchers used a robotically controlled rotating magnetic field to control the millirobots wirelessly. With an X-ray machine, they were able to localise the millirobot while steering through the aorta.

The researchers maintained a maximum arterial flow of 120 ml per minute inside the aorta. But with a stronger magnetic field, the millirobots should be able to overcome a greater blood flow. The millirobots performed stable straight runs with and against the flow, and also with multiple robots at the same time.

Miniature Marvels

The robots themselves are 3D-printed, screw-shaped objects with a small permanent magnet inside.

“This tiny magnet of just one millimetre long and one millimetre in diameter is placed in such a way that it can rotate the ‘screw’ in both ways. This allows for swimming against the flow and then turning around and swimming back”, explains Khalil.

The small size makes it possible to use several robots at the same time. And the screw shape makes it possible to drill through a blood clot.

Unlocking Potential

“These millirobots have huge potential in vascular surgery”, says Michiel Warle, a vascular surgeon at Radboudumc.

“Currently, we use blood thinners and flexible tools, but a millirobot can travel to hard-to-reach arteries while they only need minimal incisions to be inserted.”

In a new collaboration with Radboudumc and Triticum Medical (Israel), the researchers will further develop the millirobots to enable them to remove blood clots wirelessly. The consortium will look at ways to exploit this technology fostering collaborative growth in medical robotics and technical medicine.

Besides breaking up the blood clots to enable the blood flow of arteries, the technology can potentially be used for other targeted interventions. “The robots can deliver drugs to very specific places in the body where the drug is needed the most. That way we have minimal side effects in the rest of the body”, explains Khalil.

Power in Collaboration

This research is a collaboration between Radboudumc and the University of Twente. It received funding from the TURBO (Twente University RadBoudumc Opportunities) programme. With the TURBO programme, research groups from both institutions can expand an innovative idea into a large research project.

The researchers extended their collaboration with Triticum Medical (Israel) to further develop the millirobots. Health Holland recently awarded them a TKI-LSH (Topconsortia for Knowledge & Innovation – Life Science & Health) grant for public-private partnerships from Health Holland

Dr. Islam Khalil is Assistant Professor in the Department of Biomechanical Engineering (BE; Faculty of ET / TechMed Centre).  His research interests include the modelling and design of motion control systems for soft microrobots, biologically-inspired microrobots, mechatronic system design, and untethered magnetic micro/nanorobotics with applications to micro/nanomanipulation, micro-assembly, and targeted drug delivery.

Source: University of Twente

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

[justaninfosec]

Android Phones with Exynos Chipset Need Security Updates

Last Updated: 29 March 2023

Google's Project Zero found numerous vulnerabilities in the Exynos chipset used by a variety of Android phones. The most severe of them could allow an attacker to remotely compromise a phone, without the phone owner needing to do anything. The attacker just needs the phone number. That said, it doesn't seem to be under active exploit yet, at least as far as public news goes.

Affected Devices: Only phones with certain Exynos chipsets are vulnerable. Adding to the confusion is the fact that in some cases, the same phone model has different chips, depending on where in the world it was sold.

The Samsung S22 is one example: the version sold in Europe has Exynos, but those sold in many other places have a Qualcomm chip.

Affected Chipsets: Exynos Modem 5123, Exynos Modem 5300, Exynos 980, Exynos 1080, and Exynos Auto T5123.

Google provided this list of likely affected devices based on the chipset list:

Samsung Galaxy phones including those in the S22, M33, M13, M12, A71, A53, A33, A21s, A13, A12, and A04 series

Vivo phones including those in the S16, S15, S6, X70, X60, and X30 series

Google Pixel 6 and 6 Pro, Pixel 6a, Pixel 7 and 7 Pro

Any vehicles that use the Exynos Auto T5123 chipset

Exploited?: I haven't yet found information saying the vulnerabilities are known to have been exploited, but the Project Zero researchers stated "With limited additional research and development, we believe that skilled attackers would be able to quickly create an operational exploit to compromise affected devices silently and remotely".

Mitigation: Google recommends you turn off Wi-Fi calling and Voice-over-LTE (VoLTE) on the affected devices. However, they have acknowledged that depending on carrier, you may not be able to turn off VoLTE.

Furthermore, you may not be able to use your phone for voice at all if VoLTE is off, depending on carrier, etc. So realistically, your best bet is a patch. See below.

Fix: As of the latest update to this post, Google has said the Pixel 7, Pixel 6, Pixel 6 Pro, and Pixel 6a have the critical vulnerabilities patched in the March 2023 security update.

It looks like at least some of the Samsung models have some patches available, so install any security updates you have pending and keep an eye out for more.

Reference:

Ars Technica article

Google Project Zero entry

Android Police

[zestyderg]

Alright.

He hath returned.

The Broccoli man now asks thee, If you could make 1-3 permanent changes to any existing vivisaur, what would it be (or one change to 1-3 vivisaurs)?

Curiosity overwhelms him.

-the broccoli man (chaotic evil)🥦

AUGH THE BROCCOLI MAN IS BACK!!

Alright

Well

If I had to change anything about 3 vivosaurs...

1. Literally all of U-raptor. Utahraptor is one of my favorite dinosaurs but its design.... yeah uh just start over completely with that one.

2. Change Cheirus's model to reflect the real animal. (This bothers me way more than Parium tbh, I REALLY like real deinocheirus and translating it into a revamped vivo would be wonderful!)

3. Give a lot of the super evolvers more distinct designs. So many of them are recolors of each other and there's only a couple totally unique ones.

[pachakkumar]

Best Mobile Dealer Kolkata - Prime Mobile Store

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[groriatrevi10xx]

...Chihiro...

---------

...Queen Chihiro...

---------

...Demon Queen...

---------

...Queen of Demons...

...Abel {Catasto}...

--------

...Handicraft Teacher...

--------

...Teacher...

*****************

G: Cuando Yandere Simulator estaba de moda, había hecho algunos personajes o versiones de algunos ya creados para formar un pequeño Au... Al final solo hice dos versiones de algunos de mis personajes antiguos y otros inacabados que nunca sacaré... O tal vez lo haré.../When Yandere Simulator was in fashion, I had made some characters or versions of some already created to form a small Au... In the end I only made two versions of some of my old characters and other unfinished ones that I will never release... Or maybe I will...

Mi cabeza está recordando los viejos tiempos, antes de que me aburriera del Juego... Me gustaba mucho.../My head is remembering the old days, before I got bored of the Game... I really liked it...

Resumiendo estas versiones que rediseñé, no mostraré sus modelos antiguos porque son horribles.../Summarizing these versions that I redesigned, I won't show their old models because they are horrible...

Chihiro es la Reina de los Demonios, una entidad poderosa y admirada, admirada tanto por los vivos como por los muertos... Incluso idolatrada por sus propios Demonios... Ella es alguien que es convocada por muchos, solo para recibir ayuda de ella, de todo tipo... Siempre hay un costo por la ayuda ofrecida, a pesar de su aura oscura... Chihiro realmente es cruel, pero amable... Es compasiva, siempre y cuando no la hagas enojar... Ella es la Esposa de Abel {Catasto}.../Chihiro is the Queen of Demons, a powerful and admired entity, admired by both the living and the dead... Even idolized by her own Demons... She is someone who is summoned by many, just to receive help from her, of all kinds... There is always a cost for the help offered, despite her Dark aura... Chihiro really is cruel, but kind... She is compassionate, as long as you don't make her angry... She is the Wife of Abel {Catasto}...

Abel {Catasto}... Es un Profesor de Artesanía, muy religioso... Viene de España, lo trasladaron a Japón, a una Escuela Secundaria, a Akademi... Exactamente es un Profesor amable, ayuda a cualquiera que necesita ayuda... Es un misterio cómo está casado con un Demonio como Chihiro.../Abel {Catasto}... He is a Handicraft Teacher, very religious... He comes from Spain, he was transferred to Japan, to a Secondary School, to Akademi... Exactly he is a kind Teacher, he helps anyone who needs help... It's a mystery how he is married to a Devil like Chihiro...

Perdí toda la trama de este Au sin nombre, pero fue hace mucho tiempo.../I lost the entire plot of this nameless Au, but it was a long time ago...

Pero sé que Ayano Aishi era buena, realmente creo que se hizo amiga de sus "Rivales"... Más bien aquí era más como una Ayano en busca de la verdadera felicidad y los verdaderos amigos... Es lo único que recuerdo de la trama.../But I know that Ayano Aishi was good, I really think she made friends with her "Rivals"... Rather here she was more like an Ayano looking for true happiness and true friends... It's the only thing I remember about the plot...

[everytechever]

Make the most of your weekends with vivo V25 Series - V25 Pro and V25e

Spend your weekends better and be productive in a different way, here are a few things you can do and even motivate you to look forward to the week ahead with vivo V25 Series. #vivoV25Series

Weekends are precious. Everyone whose rest days are Saturdays and Sundays would agree that weekends should be spent for rest, fun, and play. However, weekends can sometimes feel too short if one won’t take advantage of their time off. If you want to spend your weekends better and be productive in a different way, here are a few things you can do and even motivate you to look forward to the week…

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[llort]

Either you're funking with us (which would be hilarious), or your brain actually works this way (which would be awesome), but I can't quite tell the difference, and it's driving me nuts.

Unfortunately Real

Started from a sort of memetic algorithm in 2016 which was a simple as JMC. Journal, Mindmap (as I posted earlier), and calendar which was just a basic scheduling system. The basic gist was that I would plan the thing for a day, do the thing for a day via the MM, and then review the thing in the journal to test variations of said cognitive or behavioral ethology to then plan the altered version of said thing and repeat the cycle until the ungodly memeplex of US was born.

I am reasonably sure that the MM is completely learnable by anyone given the fact that I have had around six years practice and I am working on to make it accessible via VR app so people don't have to bother to learn how to exploit it in vivo.

What is bullshit though is that I sometimes play around with fractal 2.5 dimensional inputs, scaleless geometry, I even learned morse code and use it to encode even more possible sub branches. I also use the concept of sinstral and dextral via chirality in biochem to increase potential complexity and functionality.

I utilize the somewhat standardized mental and cognitive units of subjective phenomena in this post https://at.tumblr.com/paromle/heuristic-for-transforming-mental-events-into-an/bsmh65u2nzvi

to generally gauge what my physical, mental, and cognitive health is like at a given time.

To actually answer your question, I actually do think like this but its not all the time. It may be a bit disappointing but here is some crude biometrics of my adherence and engagement

Obviously thinking like this takes a certain degree of active concentration but I have noticed that I do dream in the framework of the MM quite often and that my acquisition of new information is semi automatically sorted into +y aka, the knowledge grid cube.

These metrics are a bit off though as I recently redefined my model of my own working memory and attention.

AAMP – Attentional Awareness Model Perception

Awareness of focus subjective substrate

Awareness of foci of focus

Awareness of circumstantial NWF correlates emergent in conscious awareness

I now consider 1. and 2. parts of the AAMP as counting as MM adherence so retrospectively my net adherence shown in that graph would be a bit higher on average

[gadgetsinfo]

Vivo Y55s 5G Launched in Taiwan

In Taiwan, the Vivo Y55s 5G is now official. This device is a bit different from the same-named phone that came out in December 2021. It has an FHD+ screen, a 5G-enabled chip, a big battery, and two 50-megapixel cameras on the back. Here is all the information you need about the device's features, price, and specs.

For More Information: https://www.gadgetsinfo.live/vivo-y55s-5g/

Specifications and features of the Vivo Y55s 5G

The Vivo Y55s 5G has a 6.55-inch, teardrop-shaped IPS LCD screen. It has a Full HD+ resolution of 1080 x 2408 pixels, an aspect ratio of 20:9, a refresh rate of 60Hz, 96 percent NTSC color gamut, and a screen-to-body ratio of 90.6 percent. A fingerprint sensor is built into the power button on the right side of the smartphone.

The Vivo Y55s 5G has the Dimensity 700 chipset inside. It comes with both 4 GB and 6 GB of RAM, and both have 128 GB of storage space built in. It has a 5,000mAh battery that can be charged with 18W.

The Vivo Y55s 5G comes with the Android 12 FunTouch OS 12 operating system already installed. It includes an 8-megapixel selfie camera on the front. On the back is a main camera with 50 megapixels, a portrait lens with 2 megapixels, and an LED flash. The phone can record 1080p video at 30fps (front camera) and 60fps (back camera) (rear camera). The Y55s 5G also has dual SIM support, 5G, dual SIM, dual-band Wi-Fi, Bluetooth 5.1, GPS, NFC, a USB-C port, a 3.5mm audio jack, and the ability to use two SIM cards at once.

The Vivo Y55s 5G is almost exactly the same as a Chinese phone with the same name. The first phone from Vivo with a 6,000mAh battery is the Chinese Y55s. Both models have the same other features.

Price and availability of the Vivo Y55s 5G:

In Taiwan, the Vivo Y55s 5G costs NTD 7,990 for 4 GB RAM and 128 GB storage and NTD 8,490 for 6 GB RAM and 128 GB storage. It comes in two colors, Galaxy Blue and Star Black.

For More Information: https://www.gadgetsinfo.live/vivo-y55s-5g/

[scienceinenglish]

Taking out tumor-associated macrophages allows the immune system to target tumors

According to findings published earlier this month in Cancer Immunology Research, researchers from the Icahn School of Medicine at Mount Sinai report a new means of counteracting therapeutic resistance in cancer cells: Take out their goons. Chimeric antigen receptor (CAR) T cells can be made to target the tumor-associated macrophages that protect cancer cells from the rest of the immune system.

CAR T cells have been used to treat cancer before, but always by targeting the cancer cells themselves. Here, researchers found that targeting TAMs instead could produce an even more pronounced effect. TAMs usually infiltrate the tumor and physically block the channels that immune cells would otherwise use to enter and attack it. By taking out the TAMs, the CAR T cells allows the rest of the immune system to bring its weight to bear.

“Our initial goal was just to use the CAR T cells to kill the immunosuppressive macrophages, but we discovered they were also boosting tumor immunity by releasing this powerful immune-boosting molecule,” said study co-author Brian Brown. Dr. Brown is Director of the Icahn Genomics Institute.

Another co-author, Dr. Miriam Merad, pointed out that this new technique addresses a perennial problem in cancer treatment: “Our molecular studies of human tumors have revealed macrophage subsets present in human tumors and not in normal tissues and are similar across tumors and across patients. So macrophage-targeting CAR T cells could be a broad way to target different types of solid tumors and improve immunotherapy.”

The research team tested this process in an in vitro model of lung cancer and in vivo mouse models of lung, pancreatic, and ovarian tumors. In all cases, the CAR T cells infiltrated the lesions, blockaded PD-1, and destroyed TAMs without any toxic side effects.

Sánchez-Paulete A, Mateus-Tique J, Mollaoglu G, Nielsen S, Marks A, Lakshmi A, et al.; Targeting Macrophages with CAR T Cells Delays Solid Tumor Progression and Enhances Antitumor Immunity. Cancer Immunol Res 2022; doi: 10.1158/2326-6066.CIR-21-1075

Life Science Editing

[poorvikasmartgadgets]

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When choosing a smartphone, it is important to check out all its features. While the camera on your phone plays a significant role in your choice of phone, other factors should also be taken into consideration. These factors include whether it is capable of multitasking, how notifications are handled or what OS features enhance your social networking experience.

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Application of primary cell culture

In cellular and molecular biology research, cell culture is a crucial technology that frequently finds use in clinical settings. Primary cells used in cell culture can make ideal model systems for research into the physiology and biochemistry of cells, the metabolism and toxicity of drugs, and other biomedical applications. Primary cell culture is employed by scientists all over the world because it is an outstanding mimic model of in vivo physiological environment and contributes to maintaining the stability, effectiveness, and reproducibility of results. Some of the common applications of primary cell culture include 3D model systems, cancer research, vaccine production, drug testing, genetic engineering, virology etc.