by Angad Raut | Jun 15, 2026 | Community, Editors Choice, Uncategorized
Reading Time: 2 minutesMost students graduate high school knowing how to solve equations and memorize historical events. But many leave without understanding how credit cards work, how taxes are filed, how loans grow over time, or how to create a basic budget. This is a serious problem because financial decisions begin almost immediately after graduation.
Financial literacy should be a required high school course because it teaches students practical skills they will use for the rest of their lives. A student may never use advanced chemistry or calculus after graduation, but almost every adult will deal with rent and taxes. These are not optional life skills. They affect whether a person can buy a car, afford college, avoid debt, or plan for emergencies.
One important reason schools should teach financial literacy is that young people are often targeted by debt before they fully understand it. Credit card companies, student loans, car payments, and “buy now, pay later” services all make spending money look easy. The problem is that borrowed money usually comes with interest. A person who does not understand interest may think they are only paying for one purchase, when they are actually paying much more over time. A financial literacy class could teach students how interest works and how to compare loan options before making a decision.
Another reason is that many families do not teach these topics at home. This is not always because parents do not care. Some parents are busy, some are private about money, and some were never taught financial literacy themselves. If schools do not teach it, students from families with less financial knowledge are placed at a disadvantage. A required course would make basic financial education available to everyone, not just students whose parents already know how to manage money well.
Financial literacy would also help students make better college and career decisions. Many teenagers are asked to choose a college without fully understanding tuition, scholarships, and student loans. This can lead students to take on large debt without a clear plan for paying it back. A good financial literacy course would not tell students what career to choose but how to avoid many problems considering financials in the future.
Some people may argue that schools already have too many required classes. That concern is fair, but financial literacy does not need to replace these core classes. It could be taught as a one-semester course, included in government or economics, or offered as a graduation requirement. The point is not to overload students. The point is to make sure they graduate with knowledge that can help them in a positive manner.
Students should learn how to create a budget, read a paycheck, and much more. These lessons should include real examples, such as calculating the total cost of a car loan or comparing two college financial aid offers. That kind of learning would prepare students for real decisions.
High school is supposed to prepare students for adult life. If students graduate without knowing how to manage money, schools have left out one of the most important parts of adulthood. Financial literacy should not be treated as extra knowledge for people who are already interested in business. There needs to be systems in place to help students.
Requiring financial literacy before graduation would not solve every financial problem, but it would give students a stronger foundation. It would help them avoid common mistakes, and make more informed decisions.
by Angad Raut | May 22, 2026 | @HH Bright Zone, Editors Choice
Reading Time: 3 minutes
If you’re serious about fitness tracking, you’ve probably fallen down the same rabbit hole most people end up in. However, two names keep coming up: the Whoop Band and the Amazfit Band. Both have loud fan bases, both claim to give you a deep look at your health, and both have their fair share of critics. So which one’s actually worth it? Here’s an honest breakdown using real data.
Fitness tracking accuracy is kind of the whole point of wearing one of these things, so let’s start there.
The Whoop 5.0 which was released in May 2025 tracks heart rate variability (HRV), resting heart rate, respiratory rate, skin temperature, and SpO2 levels. The sensor reads continuously, not just every few minutes, which means the data it collects is reflective of what’s happening in your body at any given moment. According to Outside Online, the Whoop 5.0’s faster processor improves the speed at which HRV and sleep insights update in the app, making day-to-day guidance easier to trust. And per an independent 30-day test by Smartwatch Insight, where reviewers wore Whoop, Polar, and Amazfit simultaneously on the upper arm, Whoop consistently came out on top for recovery tracking depth.
The Amazfit Band 7, on the other hand, covers way more ground on the surface. It offers 24-hour heart rate monitoring, SpO2 tracking, sleep stages, stress scores, and over 120 sport modes for around $49.99. For casual to intermediate fitness geeks, the accuracy is solid enough to make real training decisions. That said, Notebookcheck‘s review flagged noticeable accuracy gaps, particularly in heart rate readings during higher-intensity training.
Anyways, If you’re comparing Amazfit’s direct Whoop challenger, the Helio Strap ($99), Wareable found its heart rate and sleep accuracy “impressively accurate” while TechRadar called it “generally very accurate” but noted it doesn’t quite reach Whoop’s depth of readiness insights.
Whoop Band & User Interface – Credits to Whoop.com
Battery life is where things get interesting. The Whoop 5.0 has a 14-day battery life which is a big jump from the 4.0’s roughly 4–5 days. According to TechRadar, both the Whoop 5.0 and the new Whoop MG feature that 14 day battery. The charging method is still the same.
The Amazfit Band 7 still wins this category though. Per Amazfit’s official product page, the Band 7 delivers up to 18 days of typical use and up to 28 days in battery saver mode just from a 232 mAh battery. That gap has narrowed now that Whoop doubled its life with the 5.0, but 18 days vs. 14 days is still a good difference when factoring price and such. That being said, If you’re the kind of person who forgets to charge things Amazfit’s band would benefit you.
Below is where Whoop really separates itself, and also where the price conversation becomes important.
The Whoop app shows you a lot more than just numbers. Every morning you get a recovery score built from HRV, sleep quality, and resting heart rate. Every night you get a strain score. The Peak plan ($239/year) adds a real time stress monitor, guided breathing sessions, and a full Health Monitor for vitals like respiratory rate and blood oxygen. The Life plan ($359/year) unlocks ECG, blood pressure insights, and the Whoop MG device. Even the entry level One plan ($199/year) includes sleep, strain, and recovery coaching. This is the detail people pay the high prices for.
Amazfit’s Zepp app is clean and still gives you data to scroll through: sleep stages, weekly trends, workout summaries, stress scores. And for a $49.99 device with zero subscription fees, that’s a good bang for your buck. But where Whoop tells you what to do with your data, Zepp just shows you. TechRadar‘s head-to-head testing confirmed that Amazfit’s readiness stats “don’t quite have the depth of Whoop’s system.”
In conclusion, at $199–$359 per year for Whoop versus a one-time $49.99 for the Amazfit Band 7, these two devices aren’t really competing for the same price range. Whoop is built for people who want elite-level recovery coaching and don’t mind paying an ongoing subscription for it. Amazfit is one of the best deals in wearable tech right now for people that just want to track their activity while staying on a budget.
by Angad Raut | Apr 6, 2026 | Editors Choice
Reading Time: 2 minutes
A year or two ago, AI wasn’t something I really thought about. It was just something in movies. Now, it’s everywhere. I see it on my phone, I hear my teachers talking about it, and it’s always in the news. Being a junior in high school right now feels a bit strange because the world I’m preparing for seems to be changing every single week.
The biggest change is how we handle school. For a lot of us, AI has become a tutor. If I’m stuck on a problem at 10:00 PM and I don’t understand a youtube video, I can ask an AI to explain it in a simpler way. It’s helpful, but it also feels a little risky. If a computer can do the work for me, I have to be careful not to stop thinking for myself. The goal of school is to learn how to solve problems, not just how to get the answer.
Then there’s the big question: What am I going to do after I graduate? Usually, by 11th grade, people tell you to pick a path. But it’s hard to pick a career when you don’t know what jobs will look like in five years. Will people still need entry-level coders? Will writers still have jobs? It’s a little scary to think that a computer might be able to do a job better than a person who spent four years in college learning how to do it.
However, I don’t think humans are going away. I think AI is just going to be another tool, like the calculator or the internet. My parents tell me that when the internet first came out, people thought it would ruin everything. Instead, people just learned how to use it to work faster. I think my generation will have to do the same thing. We will be using the tools at our disposal.
One thing that worries me is how hard it is to tell what’s real anymore. With AI-made photos and videos, it’s easy to get tricked. As I get older and start voting or making big life decisions, I’m going to have to be much more careful about what I believe online. We’re going to need to fact check everything.
In the end, I think AI will take over the boring parts of life like organizing data or doing tedious tasks. That should leave more room for the things computers can’t do, like being creative, showing empathy, and talking to people face-to-face.
The future isn’t a robot world but it’s a world where we have to be smarter about how we use our technology. I’m nervous, but I’m also curious to see where it goes. We’re the first group of kids growing up with this, and it’s up to us to make sure it helps people instead of hurting them.
by Hind Himalaya Staff | Nov 14, 2025 | Editors Choice, Indian-American
Reading Time: 2 minutesRenowned Indian-American AI researcher Soumith Chintala, known for his co-creation of PyTorch, has recently announced his departure from Meta after an illustrious 11-year tenure.
In a recent statement posted on X, Chintala expressed his desire to explore new opportunities beyond his work with PyTorch at Meta. Having started as a software engineer in 2014, Chintala ascended to the position of Vice President within the tech company led by Mark Zuckerberg. Notably, his LinkedIn profile once identified him as the key figure behind Meta’s AI initiatives. PyTorch, the open-source deep learning framework that Chintala contributed significantly to, has gained widespread recognition in the field of artificial intelligence. Chintala reflected on his time at Meta and the evolution of PyTorch, acknowledging the challenges and achievements that came with spearheading its development. The software library allows developers and researchers to construct and train AI models in a more intuitive manner compared to traditional frameworks.
Chintala’s journey from a student in Hyderabad, India, to a Vice President at Meta exemplifies his resilience and determination. Despite early academic struggles in mathematics, Chintala’s passion for technology propelled him to pursue a Bachelor of Technology in Information Technology from Vellore Institute of Technology. Following his undergraduate studies, he faced numerous obstacles in securing admission to universities in the United States, eventually landing a spot at New York University for a Master’s in Computer Science. During his time at NYU, Chintala collaborated on cutting-edge deep learning projects under the mentorship of Yann LeCun, a pivotal experience that laid the foundation for his future contributions to AI research. Chintala’s career trajectory involved roles at Amazon and MuseAmi, where he honed his skills in developing AI models for various applications. His journey culminated in a prominent position at Facebook AI Research (FAIR), now part of Meta AI, where he played a key role in advancing AI infrastructure and research initiatives.
Despite early setbacks and challenges, Chintala’s persistence and dedication ultimately led to his recognition as an exceptional talent in the field of AI. His accomplishments, including obtaining a US green card through the EB-1 category for “aliens of extraordinary ability,” underscore his unwavering commitment to overcoming obstacles and achieving success in his career.
by Hind Himalaya Staff | Sep 4, 2025 | @HH Bright Zone, Editors Choice
Reading Time: 2 minutes
Karthik Nayani, an Indian American assistant professor of chemical engineering at the University of Arkansas, has been awarded a prestigious five-year, $500,000 grant from the National Science Foundation (NSF) CAREER program. Nayani, a graduate of the Indian Institute of Technology, Kanpur, will be conducting research to investigate how rod-shaped DNA strands facilitate the movement of particles within cells to create specialized compartments. This research has the potential to significantly impact the development of faster and more sensitive diagnostic tests for infectious diseases and genetic abnormalities. The NSF CAREER program supports early-career faculty who demonstrate exceptional promise in both research and education. Nayani’s project aims to unravel the mechanisms behind liquid-liquid phase separation induced by rod-shaped particles within cells. By studying the role of DNA in cellular processes, Nayani hopes to shed light on the fundamental principles governing the organization of cellular components. Nayani’s innovative research methodology involves introducing disk-shaped particles into cells, which are then rearranged by DNA into rod-like structures through a process known as depletion. This unique approach could revolutionize the field of diagnostic testing by enabling the rapid detection of specific DNA sequences with high sensitivity. In addition to his work on cellular dynamics, Nayani is also involved in developing technologies for more efficient lithium extraction in Arkansas, funded by an Arkansas Research Alliance grant. His multidisciplinary research interests encompass soft matter physics, a field that explores the behavior of materials that exhibit properties of both solids and liquids. As part of his NSF CAREER award, Nayani plans to engage K-12 students in educational programs that highlight the applications of soft matter physics and chemical engineering in everyday phenomena. By fostering an interest in STEM fields at a young age, Nayani aims to inspire the next generation of scientists and engineers to explore the fascinating world of soft materials and their impact on various industries. With a background in chemical engineering and a strong foundation in research, Nayani’s contributions to the scientific community have the potential to advance our understanding of cellular processes and drive innovation in diagnostic technologies.
by Hind Himalaya Staff | Jul 12, 2025 | Editors Choice, Immigration, Indian-American
Reading Time: < 1 minute
Under this bill, the cost of a US visa will increase by 2.5 times starting in 2026. Travelers visiting the country will be required to pay a non-refundable integrity fee of USD 250.
This development is expected to impact Indian students and IT professionals traveling to the US for educational and employment purposes. Furthermore, the fee may be adjusted annually based on the inflation rate. Previously, obtaining an American visa was relatively straightforward for students, IT professionals, and tourists, with minimal financial impact. However, with the implementation of the One Big Beautiful Bill, traveling to the US is poised to become a significant financial burden for travelers.
President Donald Trump signed this new law on July 4, with the intention of making America “great again.” The Visa Integrity Fee, amounting to USD 250 (approximately Rs 21,400), will be enforced starting in 2026 and will not be refundable.
It is important to note that this fee is subject to change each year based on inflation rates. The Visa Integrity Fee is part of a broader reform in travel-related fees, including a USD 24 fee on I-94, a USD 13 cost in the Visa Waiver Program, and a USD 30 EVUS tax imposed on Chinese citizens. Currently, US B-1/B-2 visa fees stand at USD 185, with a significant increase expected in 2026.
