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Science and Innovations
Science and innovation are the driving forces behind modern progress. Science helps us understand how the world works, while innovation uses that knowledge to create new ideas, tools, and technologies that improve life.
Science is the systematic study of nature through:
Observation
Experimentation
Evidence and logic
It helps us discover laws of physics, chemistry, biology, space, and more.
Innovation is the practical application of scientific knowledge to solve real-world problems. It includes:
New inventions
Improved technologies
Smarter systems and processes
Examples of Science & Innovation
Artificial Intelligence (AI) – smart machines and automation
Medical Innovations – vaccines, robotic surgery, gene editing
Space Technology – Mars missions, satellites, reusable rockets
Renewable Energy – solar panels, wind turbines, hydrogen fuel
Communication – smartphones, 5G, internet of things (IoT)
Improve healthcare and education
Boost economic growth
Protect the environment
Make life easier, faster, and safer
Help solve global challenges (climate change, diseases, energy)
The future includes:
Quantum computing
Brain–computer interfaces
Smart cities
Sustainable technologies
Advanced robotics
If you want, I can:
Write a short essay or speech
Create school notes
Generate an image or infographic
Make social media content on science & innovation
Just tell me 😊
Here’s what we currently know about expected prices for upcoming VR headsets in 2026. Most prices are as the manufacturers have not officially announced exact figures for many models:
Price: Not officially announced yet
Meta Quest Series
Meta Quest 4 Rumored *release may slip to beyond 2026* (possibly 2027), so pricing isn’t confirmed for 2026.
Market analysts generally segment VR headset pricing in 2026
| Tier | Typical Price (USD) | Examples |
| ------------------------ | ------------------- | -------------------------------------------- |
| **Entry / Budget** | $199 – $299 | Lower-end standalone devices |
| **Mid-Range** | $400 – $600 | Enhanced standalone headsets |
| **Premium / Enthusiast** | $800 – $1,500+ | High-performance standalone or PC-VR devices |
| **High-End / Pro** | $1,800 – $2,500+ | Premium premium VR / Mixed Reality |
I just wanted to let you know that this is not done. Expected to be later than 2026; the price has not yet been officially announced.
Here are Facebook VIP style bios (2026 trend) — stylish, classy, attitude + cute options you can copy–paste easily ✨
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If you want:
Stylish font version
Urdu + English mix
Girls-only / Boys-only
Emoji-free professional bio
Just tell me 💬
Here’s a MEGA COLLECTION – BEST 700+ Facebook VIP Work Stylish Emoji & Text (2025) 👑✨
Perfect for FB Bio, Status, Profile Name, Reels, Captions & Posts — just copy & paste ✅
👑 𝑽𝑰𝑷 𝑴𝒊𝒏𝒅𝒔𝒆𝒕 | 𝑾𝒐𝒓𝒌 𝑴𝒐𝒅𝒆 💼
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💼 Office by Day 👑 Boss by Mind
🌟 From Zero to VIP
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📈 Future CEO in Progress
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𝐕𝐈𝐏 𝐁𝐮𝐬𝐢𝐧𝐞𝐬𝐬
ᴠɪᴘ ʜᴜsᴛʟᴇ
𝕍𝕀ℙ 𝕄𝕀ℕ𝔻
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🆅🅸🅿 🆂🆃🆈🅻🅴
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𝑽𝑰𝑷 ✦ 𝑬𝒍𝒊𝒕𝒆
VIP✦WORK✦MODE
『VIP』Work
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🚀 Hustle with Class
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⚡ Focused Energy
👑 VIP Vibes Only
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📈 Income Loading…
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💰 Work Pays
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👑 VIP Boss
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⚡ Power in Progress
Copy text 👉 Paste on Facebook Bio / Status / Reels / DP Caption
Mix Stylish Font + Emojis for VIP look
Short text = more reach 📈
If you want, I can also make:
👉 VIP Bio for Girls / Boys
👉 Stylish FB Name with Your Name
👉 VIP Work Images / Posters
👉 1000+ Copy Fonts Symbols
Just tell me 👍👑
Here are Facebook VIP / Stylish Fonts & Symbols you can copy–paste directly for your FB name, bio, or posts ✨
★彡[VIP]彡★꧁༒☬VIP☬༒꧂『V』『I』『P』ᴠɪᴘVɪPツVIP✯
𝓥𝓘𝓟𝕍𝕀ℙ𝖁𝕴𝕻𝐕𝐈𝐏𝗩𝗜𝗣𝙑𝙄𝙋V̶I̶P̶V͟I͟P͟
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If you want, tell me:
Your exact FB name
For name/bio/post
Simple or heavy VIP style
I’ll design a custom VIP font just for you 😎✨
That’s a great question—and a very common one 👍
The short answer is that, despite their power, computers do not know what to do unless they are told to by humans. That’s why coders and programmers are still essential.
The following is a clear breakdown
1. Computers lack comprehension or goals. Computers:
Follow instructions * Perform calculations quickly * Adhere strictly to the guidelines. They do not
Understand real-world problems
Decide what is important
Be aware of human needs and ethics. Programmers "translate human problems into computer-readable instructions.
2. Someone must design the logic
Before a computer can “do things better,” someone has to decide:
What problem are we trying to solve? What should take place in order? What if something goes wrong?
Example:
Although a programmer determined what "add" means and how it ought to function, a calculator can perfectly add numbers.
3. Even AI is made by programmers
AI and automation may look like computers coding themselves, but:
The algorithms are made by humans. Humans choose the data
Humans set limits and rules
AI can help programmers, but it cannot take the place of human judgment, creativity, or accountability.
4. Humans handle creativity and context
Things that computers cannot: Coders bring: * Creativity (websites, apps, games) * Context (culture, language, emotions)
A computer won't ask, "Is this safe?" due to ethical considerations (what should and shouldn't be built) or "Is this fair?" * A person must. ---
5. Programmers correct, improve, and modify real-world systems regularly: New user needs
New technologies
Bugs and security threats
Programmers:
Errors in debug * Improve performance
Adapt software to new situations
An easy analogy 🧠 **Programmer** = Architect + Teacher
A worker who works quickly is referred to as a "computer." A worker who is not given instructions does nothing.
Bottom line
We need coders and programmers because:
Automation necessitates human guidance. Technology must serve people, not the other way around. Humans make decisions while computers perform. I can explain this to you from a student's point of view, a job/future of work angle
or by utilizing "real-world examples" like mobile apps or games
Great question; predicting "future leaders" in technology depends on the people and leadership styles that will matter in the future. Although I am unable to provide a definitive list of those who will rule the tech industry over the next ten to twenty years, I can outline the types of leaders and leadership qualities likely to rise, as well as the characteristics to look for.
The most likely key leadership profiles. The following characteristics set the technology industry leadership categories apart from one another
The "visionary driven by AI and data" * Due to the increasing significance of AI, massive data sets, automation, and algorithmic decision-making for business success.
These leaders will not just *use* AI, but build organizations around it: new business models, new products, new competitive moats.
They will ask the hard questions: how do we align AI/algorithms with strategy, how do we govern them responsibly, how do we scale them?
A keen interest in technology, proficiency with data and algorithms (even if they do not code themselves), and a keen sense of strategy are examples of characteristics.
Even though technology is the engine, people still drive the results. The future leaders will balance machine capabilities* with *human values*.
Leadership shifts indicate the significance of empathy, emotional intelligence, a sense of purpose, and continuous learning.
They’ll lead remote/hybrid teams, cross-geographies, and multicultural environments.
They’ll also integrate sustainability, ethics, and responsibility into tech choices — not just profitability
The infrastructure & resilience architect
As technology gets more embedded across industry, leaders who can build scalable, secure, resilient infrastructure* will be crucial.
Trends: multi-cloud, hybrid cloud, zero-trust cybersecurity, and sustainability of data centers.
These leaders are aware of the complexity, risk, and regulatory/geopolitical dynamics. They don’t just innovate; they ensure continuity and trust.
Instead of just running businesses, future tech leaders will build platforms and ecosystems. They will not only have an effect on products, but also on entire markets and business strategies. Their leadership will involve open innovation, standardization, and global collaboration.
Things to look for in those potential leaders. Signs that a person could become one of those future leaders are as follows: * A track record of *transforming* or scaling a tech business.
Evidence of strategic thinking about *what’s next*, not just managing what is.
Comfort with ambiguity and rapid change.
Accurate moral judgment and awareness of the effects on society (privacy, fairness, and the environment). Because of their global mindset, they are able to form networks and interact with people from various cultures and locations. the capacity to collaborate with people, technology, and business. Openness to learning and adaptation.
Given that you are in the Pakistani city of Multan, this is of particular significance. The future technology leaders won't just come from Silicon Valley. New geographies have the potential to produce leaders thanks to global connectivity, talent, remote teams, and digital business models. So if you or someone in your region develops the traits above, the opportunity is real.
If you'd like, I can "predict" which of these people will rise to the top of the tech industry in the next five to ten years and "identify five to ten actual people" who already exhibit these leadership qualities anywhere in the world.
By imitating the neural networks that are found in the human brain, researchers at the University of Surrey have developed a novel strategy for improving the performance of artificial intelligence (AI). According to a study published in Neurocomputing, mimicking the brain's neural wiring can significantly improve the performance of artificial neural networks used in generative AI and other modern AI models such as ChatGPT.
Topographical sparse mapping connects each neuron only to nearby or related neurons, similar to how the human brain efficiently organizes information. Dr. Dr., a senior lecturer, said, "Our work shows that intelligent systems can be built much more efficiently, cutting energy demands without sacrificing performance." Roman Bauer says that the researchers said that the model had significantly fewer connections that weren't needed, which improved performance over time without affecting accuracy. "Training many of the popular large AI models of today can use more than a million kilowatt-hours of electricity," the doctor asserts. Bauer added. "That simply isn't sustainable at the rate AI continues to grow."
A training method based on biology known as "pruning" is now included in an improved version of Enhanced Topographical Sparse Mapping. This is comparable to the learning process, in which the brain gradually strengthens its neural connections. The research team is also looking into how the method could be used in other contexts, such as more realistic neuromorphic computers, which are computers based on how the brain works and works.
Cellen has announced the successful integration of the AerialOGI Neutrino Optical Gas Imaging (OGI) sensor on its H2-6 hydrogen-powered multirotor drone, creating a powerful new platform for advanced aerial emissions monitoring and industrial inspection.
Cellen H2's H2-6 Unmanned Aerial System, a hydrogen-fueled hexacopter, was designed for extended flight times. Using a fuel cell system that uses reverse electrolysis, the H2-6 can fly for more than 130 minutes. As a result, operators can survey multiple locations simultaneously and with minimal downtime. Mechanical complexity, noise, and potential failure points are reduced by the fully electric propulsion system. The aircraft's modular payload architecture makes it ideal for a variety of industrial and environmental applications because it enables quick field swapping between sensors like EO/IR, LiDAR, and high-resolution visual cameras.
Important Points Hydrogen power for a long time (more than 130 minutes) OGI methane detection with high precision Modular, Made-in-USA system for industrial and environmental missions.
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The device's primary rear camera has a 50-megapixel resolution and can capture standard photos. A QVGA sensor serves as the other camera, which is primarily used for display. It has a front-facing 8 MP selfie camera that can record 1080p video on both the front and back cameras at up to 30 frames per second. Battery and Pricing
One of this phone's most important features is the substantial 6,000 mAh battery, which supports 33W fast wired charging. In Pakistan, the POCO C85 has 256GB of storage and 8GB of RAM for as little as Rs 38,000,000.
Here are some cool gadgets you can add to your home setup that work with Alexa.
Before jumping into product picks, here are common categories and how they work with Alexa:
Smart speakers / smart displays – act as the “hub” and let you talk to Alexa
Smart lights/bulbs/switches – control lighting via voice or routines
Smart plugs/outlets – turn normal appliances “smart”
Smart locks/doorbells/security cams – for home security and access
Thermostats/climate/air quality devices – control temperature, humidity, air filters
Media & entertainment devices – TVs, soundbars that respond to Alexa
Sensors & automation – motion sensors, water leak sensors, etc.
Alexa supports many brands and devices through built-in integrations and “skills.”
Here are some good gadgets you can look for (or order) that work well with Alexa:
Here are some highlights from that list:
| Purpose | Good Option | Why it’s useful |
|---|---|---|
| Hub + speaker | Amazon Echo (4th Gen) | Solid all-around speaker + Alexa control point |
| Display + video | Amazon Echo Show 8 | Useful for video calls, seeing schedules, and camera feeds |
| Lighting | Philips Hue White & Color Ambiance Bulb | Change brightness, color, and schedules via Alexa |
| Smart plug | TP-Link Kasa Smart Plug | Turn any device on/off via voice or schedule |
| Doorbell/security | Ring Video Doorbell 4 | See who’s at the door, get alerts, and integrate with Alexa |
| Thermostat | Ecobee SmartThermostat | Control temperature via Alexa; energy saving |
| Indoor/outdoor cam | Wyze Cam v3 | Video monitoring, motion detection, Alexa integration |
| Sound + control | Sonos Beam (Gen 2) | High-quality soundbar that works with Alexa voice control |
Matter/compatibility — New devices often support Matter (a newer smart home standard), which makes cross-brand compatibility easier.
Local support in Pakistan — Some devices require cloud services or may not have full feature support in your region.
Power/wiring — Smart switches often need a neutral wire behind your wall.
Privacy & Security — Cameras, Microphones: Check encryption, ability to disable features, and firmware updates.
Routines & automations — Alexa lets you create routines (e.g., “Alexa, goodnight” to turn off lights, lock doors, and set the thermostat).
| Component | Details |
|---|---|
| Display | 6.67-inch AMOLED (CrystalRes), curved edges, 1.5K resolution (≈ 1220 × 2712), 120Hz refresh rate, high brightness, Gorilla Glass Victus 2 protection. |
| Processor | Snapdragon 7s Gen 3 (4nm) |
| RAM / Storage | Options: 8GB + 256GB, 12GB + 256GB, 12GB + 512GB |
| Rear Cameras | Triple: 200 MP main + 8 MP (ultra-wide) + 2 MP (macro) |
| Front Camera | ~20 MP |
| Battery | 5,110 mAh |
| Charging | 120W wired fast charging |
| Weight / Size | Around 205-210 grams, depending on colour. Thickness ~8.75-8.85 mm. |
| Other features | 5G support, IP rating for water/dust resistance (some variants), Android 14 / HyperOS, etc. |
Here are some of the observed prices:
Official warranty (12GB + 512GB) — approx PKR 144,999.
Some retailers list it around PKR 136,999 for certain configurations.
xcellent display: high resolution + 120Hz + curved + Gorilla Glass Victus 2.
Very high megapixel main camera (200 MP), good for detailed shots.
Fast charging (120W) is a major plus.
Solid performance for its class: Snapdragon 7s Gen 3 is modern, efficient
If you want, I can compare this to a few other phones in the same price range here (PKR ~130-150k) so you can choose it's the best choice for you.
If you meant the phone’s features, here are the functions of the HMD Aura 2
| Function | Details |
|---|---|
| OS | Android 14 |
| Storage / RAM | 256 GB internal storage, 4 GB RAM |
| Virtual Memory | It can take up to about 4 GB of storage to use as virtual RAM to boost performance. |
| Battery | ~5,000 mAh, up to ~50-51 hours of use between charges under typical conditions. |
| Charging | 10 W wired charging. |
| Display | 6.52-inch IPS LCD, resolution ~576 × 1280; up to ~460 nits peak brightness. |
| Camera(s) | Rear: 13 MP, with modes like Night Mode, Portrait Mode, Panorama; Front: 5 MP. |
| Durability & Repairability | Repair-friendly design; can fix/replace display, back cover, battery, and charging port. IP54 dust/splash resistance in the EU. |
| Other features | Side-fingerprint scanner; 3.5 mm headphone jack; FM radio; virtual memory; two years of quarterly security updates. |
In order to safeguard both the device and the battery, smartphones shut down when their battery runs out. Here’s why:
1. Protection for lithium-ion batteries * The lithium-ion batteries in modern smartphones can be damaged if their charge drops too low. * The capacity of the battery may be permanently reduced or even rendered unsafe if its voltage falls below a safe threshold. * To prevent this, the phone’s power management system forces a shutdown before the battery is completely drained.
2. **System Stability**
The processor, memory, and storage all require a steady power supply. * If the voltage drops too much, data corruption, crashes, or unexpected errors could occur.* Shutting down cleanly prevents this.
3. **Safety Reasons**
* A lithium-ion battery that is drained too much can overheat, swell, and occasionally catch fire. * The device's safety is ensured by a controlled shutdown. 4. **User Experience**
* The phone saves its state and turns off predictably, instead of suddenly "dying" in the middle of an operation.
* This lowers the likelihood of data loss or damage to the file system. In a nutshell, **Your phone does not actually reach "zero" battery; rather, it prematurely shuts down to preserve the device's safety, stability, and healthy battery. **
Would you like me to explain *why a phone still has a little power left even after it shuts down*?
Depending on the source, the "types of technology" can be grouped in a variety of ways, but a common framework identifies "six main types of technology": 1. https://worldnewtechnology1.blogspot.com/2025/09/why-do-smartphones-shut-down-if-they.html**Communication Technology** – Tools and systems used to share information (e.g., phones, internet, social media, broadcasting).
3. **Energy/Power Technology** – Systems that create and convert energy (e.g., wind turbines, solar panels, batteries, engines).
4. **Manufacturing Technology** – Machines and processes used to produce goods (e.g., robotics, 3D printing, assembly lines).
5. Tools and methods that improve health, such as MRI machines, prosthetics, vaccines, and surgical robots, are referred to as "Medical Technology." 6. **Transportation Technology** – Methods and innovations for moving people and goods (e.g., cars, airplanes, high-speed trains, rockets).
👉 Some educators and sources list **7 or more types** (including construction, agricultural, or biotechnology), but the 6 above are a standard breakdown.
The vast majority utilize some type of innovation their entire lives. There are various sorts of innovation, and every one has special capabilities that mean to make specific cycles more proficient. With a superior comprehension of various kinds of innovation, you can figure out how each sort of innovation can assist with working on your day-to-day existence, and maybe, this information could assist you with fostering a craving for lifelong innovation.
https://worldnewtechnology1.blogspot.com/2025/09/why-do-smartphones-shut-down-if-they.htmlInnovation is the result of moving logical information to commonsense use. Various types of innovation are the consequence of individuals attempting to track down additional effective methods for getting things done and testing novel thoughts. Innovation is continually improving and by and large means to make processes simpler for individuals. For instance, the web makes correspondence simpler and more productive. While a solitary piece of innovation frequently covers ininarious regions, there are for the most part six distinct classes of innovation: correspondence, electrical, energy, assembling, clinical, and transportation.
6 normal kinds of innovation
The following are six unique classifications of innovation with models for each:
Correspondence
Correspondence innovation comprises any bits of innovation individuals use to speak with each other. A few early instances of correspondence innovation incorporate Morse code and the message. The following are a few instances of more present-day correspondence innovations:
TV
TVs communicate signals over which we can pay attention and view sound and visual substance. Individuals use TV to convey significant messages, notices, amusement, and then some. Most TVs get signals from a link wire or over the web, which transfers flags that immediately a TV on what content to show.
Web
Many individuals believe the web to be the most famous and strong correspondence innovation. It permits individuals from around the world to communicate through-composed messages, as well as sound and video messages. With the web, clients can discuss quickly with any other individual and offer data. This makes it an amazing asset for organizations, good causes, legislatures, and people among numerous others.
PDAs
PDAs are a cutting-edge improvement via phone. With a PDA, individuals can call different telephones and have a discussion with individuals across the world. A huge number are likewise fit for associating with the web, which permits clients to convey in alternate ways, for example, instant messages or video visits.
Electrical
Many bits of current innovation use power in some structure. A couple of instances of electrical innovation include:
PCs
PCs work through a fast beating of electrical flows. Their center groundwork of PCs is a twofold code, which decides if there is an electrical flow. Contingent upon the request in which the gadget gets these flows, a PC carries out various roles. Individuals use PCs to get to the web and print actual duplicates of computerized content among different capabilities.
Hardware
An assortment of electrical parts that carry out a specific role is a circuit. An illustration of an electrical circuit is a PC processor, which is a little part that makes an interpretation of electrical signs into PC code. Electrical circuits exist in numerous cutting-edge things, for example, PCs, controllers, cells, and machines from there, the sky is the limit.
Man-made reasoning
Man-made consciousness is a PC framework intended to simply decide and perform activities independently. There are fluctuating levels of man-made consciousness complexity in a large number of our everyday errands. For instance, online route applications utilize man-made consciousness to dissect the best course for a voyager in light of traffic, and street terminations and that's just the beginning. Another model is web search tools, which utilize computerized reasoning to decide the best outcomes to show for every special client.
Programming
Programming incorporates the projects a PC uses to appropriately work. Most programming intends to give diversity to clients or make assignments more effective. https://worldnewtechnology1.blogspot.com/2025/09/why-do-smartphones-shut-down-if-they.htmlFor instance, word-handling programming makes it more straightforward to make and alter records when contrasted with more seasoned types of innovation like a type
writer.
Sound and visual innovation
Sound and visual innovation comprise things like cameras, amplifiers, and projectors. Their motivation is to catch and show sound and visual mediums to clients. Sound and visual innovation frequently join with different types of innovation, like cellphones, to give camera usefulness, for instance.
3. Energy
Energy innovation plans to help create, store, and send energy for different purposes. Normal instances of energy innovation include:
Sunlight based chargers
Sunlight-based chargers use energy from the sun's beams to create power. Individuals utilize these boards to control things, for example, structures, homes, outside lighting frameworks, and water warming frameworks and that's only the tip of the iceberg. Sunlight-powered chargers are a type of sustainable power, which is turning into a more famous type of energy age because of its absence of fossil fuel byproducts.
Wind turbines
Wind turbines use propellers to create wind energy. They are commonly tall points of support situated in open fields or inside the sea where winds are most grounded and create the most energy. As propellers turn, they produce energy, which the turbine then, at that point, stores in a battery, or sends straightforwardly to an ideal source.
Batteries
Batteries store energy for later utilization and individuals utilize these to drive different types of innovation like a TV remote. They range in size — from little batteries in things, for example, watches to bigger batteries for use inside vehicles or huge sunlight-based charger establishments. There have been extraordinary enhancements in battery innovation as of late, with batteries currently being able to store more energy for longer time frames.
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