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Why TV Manufacturers stopped using Curved Screens

Curved Screens

TV manufacturers largely stopped producing curved screens because they turned out to be a short-lived marketing gimmick with more drawbacks than benefits for typical home use.

Curved TVs peaked around 2013–2016 (pushed heavily by Samsung and a few others), but by the early 2020s they had mostly disappeared from lineups. Today, they’re essentially extinct except for a handful of niche or legacy models — flat panels dominate for good reason.

Here are a few of the reasons why curved screens failed:

Bad for group viewing

The curve only creates an immersive, wrapped-around effect if you’re sitting dead-center and relatively close. From the sides of the couch or while moving around the room, you get distorted edges, warped images, uneven brightness, and off-color shifts. TVs are designed for families and friends watching together — curved screens make that worse, not better.

No meaningful picture-quality advantage

In real-world living rooms, the immersion benefit was barely noticeable unless you were in the sweet spot. Reviewers and consumers quickly realized flat screens delivered the same (or better) performance without the compromises.

Higher price for no extra value

Curved models cost significantly more to buy and manufacture. Flat panels are cheaper and easier to produce with consistent brightness, color, and pixel performance across the entire surface.

Practical headaches

TVs with curved screens were harder to wall-mount, more fragile, prone to exaggerated reflections and glare, and more expensive to repair.

Once the novelty wore off and sales dropped, brands shifted focus to real advancements like OLED, QLED, mini-LED, and better flat-panel tech. Curved screens simply didn’t deliver enough to justify staying in production.

(Note: Curved monitors still exist and make sense for desk use, where you sit close and centered—but that doesn’t translate well to living-room TVs.)

At the end of the day, manufacturers followed the market: consumers wanted practical, versatile TVs, not a trendy shape that only worked in ideal conditions. Flat screens won out because they’re simply better for how most people actually watch TV.




 

Montana Election Officials remind voters of Birth Year Requirement

Birth Year Requirement

The birth year requirement is a procedural rule for Montana mail-in/absentee ballots, introduced by a 2025 state law (House Bill 719, effective October 1, 2025).

When you return a mail ballot (or absentee ballot) in Montana, you must:

    • Sign the ballot return envelope (as always).
    • Also write your four-digit birth year (e.g., 1992) in the designated boxes right next to the signature line.

The envelope now has specific spots (usually four small boxes) labeled for the birth year. You use a black or blue pen.

Why it exists

The law was passed to add an extra layer of security and help election workers verify that the person returning the ballot is the actual registered voter. It works alongside signature matching.

What happens if you forget it
    • Your ballot will be set aside and not counted unless you fix (“cure”) it.
    • County election offices usually try to contact you (by phone, email, or mail) so you can provide the missing birth year and have your vote counted.
    • In the first elections after the law took effect (fall 2025 municipal elections), hundreds to thousands of ballots statewide were initially rejected for this reason alone.

Election officials sent out the birth year requirement alert because ballots for the May 5, 2026 school and special-district elections are being mailed this week. They want voters to remember the new step so ballots aren’t rejected.

Be sure to double-check the instructions printed on the envelope before sealing and returning it. It’s a small but required step now for every mail ballot in Montana.




 

BLM to temporarily close Chain of Lakes sites

BLM to temporarily close Chain of Lakes sites

The Bureau of Land Management (BLM) will temporarily close several recreation sites in the Chain of Lakes area throughout the summer as contractors replace outdated potable water and irrigation systems to provide more dependable water service to the public.

The BLM will stagger the closures throughout the summer months, ensuring only one site is closed at any given time. All sites will be open during the Fourth of July and Labor Day holiday weekends.

Visitors with reservations at one of the sites during the closure periods should check their email for cancellation notifications and refund confirmation.

“The BLM recognizes the inconvenience these closures may cause and appreciates the public’s patience and cooperation,” said Brandy Janzen, Acting BLM Butte Field Manager. “These temporary restrictions allow us to invest in the sites and address long-term maintenance issues, improving visitors’ experiences in the future.”

The construction and closure schedule is as follows:

Devil’s Elbow

Water system line replacement is scheduled June 8–23. Camping will be unavailable during this period. Alternative camping may be available at White Sandy, Holter Lake or Log Gulch campgrounds. For more information, call 406-233‑1093.

Clark’s Bay

Irrigation and potable water systems will be replaced June 24–30. Day‑use alternatives may be available at Devil’s Elbow, White Sandy, Holter Lake or Log Gulch. For more information, call 406-233‑1093.

White Sandy

Water system and irrigation line replacement will occur July 6–31. Visitors seeking alternative camping may consider Devil’s Elbow, Holter Lake or Log Gulch. For more information, call 406-258‑0279.

Log Gulch

Water system replacement will take place Aug. 4–14. Alternative camping may be available at Devil’s Elbow, Holter Lake or White Sandy. For details, call 406-258‑0276.

Holter Lake

Construction will occur Aug. 20–Sept. 4 and Sept. 8–12. The site will remain open for Labor Day weekend. Alternative camping opportunities may be available at Devil’s Elbow, White Sandy or Log Gulch. For more information, call 406-233‑1098.

BLM Office: Butte Field Office

Chip seal work is also anticipated in August for Devil’s Elbow and Clark’s Bay, but exact dates are yet to be determined.

Note:

The BLM manages about 245 million acres of public land located primarily in 12 western states, including Alaska, on behalf of the American people. The BLM also administers 700 million acres of sub-surface mineral estate throughout the nation. Our mission is to sustain the health, diversity, and productivity of America’s public lands for the use and enjoyment of present and future generations.




 

73rd Annual Shrine Circus Returns to Great Falls

Annual Shrine Circus

The 73rd Annual Great Falls Shrine Circus is happening once again this weekend at Montana ExpoPark.

Dates and Showtimes

    • Friday, April 17, 2026 → 4:00 PM & 7:30 PM
    • Saturday, April 18, 2026 → 11:00 AM, 3:00 PM & 7:00 PM
There will be 5 performances total

The circus will be held at Four Seasons Arena (Pacific Steel and Recycling Arena) inside the Montana ExpoPark — located at 400 3rd Street NW.

Tickets — Pricing

    • Pre-sale tickets are available now online via the official Montana ExpoPark site (tickets.goexpopark.com – all-in pricing includes fees; mobile or print-at-home delivery).
    • In-person: Kelly’s Comics and Public Drug (or the Shrine Circus Office at 610 9th St N during the week of the event).
    • At the door (subject to availability).
    • For phone/online purchases or questions: Call 406-564-3668.
    • Special note: Local businesses are providing free tickets to every kindergarten–6th grade student in Great Falls (distributed via schools). Tickets are also available for youth groups serving children with disabilities.

This is a family-friendly tradition presented by the local Shriners. Expect classic circus excitement with acrobats, clowns (including the Jolly Rogues), animals (camels, elephants, horses), and thrill acts like the Globe of Death. It’s the new GLOW Jordan Circus edition with high-energy performances. Proceeds support Shriners’ philanthropy, including travel funds for Montana families visiting children’s hospitals.

The Annual Shrine Circus a multi-generational community event — perfect for kids and families. Get your tickets soon to avoid lines.

For the latest updates, check the official Facebook page (@shrinecircusmontana) or the ExpoPark ticket site.




 

Why Teachers Tell Old Stories In Class

Teachers tell old stories

Teachers tell old stories — think fables, myths, folktales, classics, or even personal anecdotes from the past — because storytelling is one of the most effective, time-tested ways to teach. It’s literally the oldest form of education, used by humans for millennia to pass on knowledge, values, and culture before books or lectures existed.

Stories make lessons stick

Your brain is wired for narrative. Information wrapped in a story is far easier to remember and recall later. Research shows facts are about 20 times more likely to stick when embedded in a story compared to lists or lectures. Old stories turn abstract ideas (history, science, morals) into something vivid and memorable, so students actually retain what they learn instead of forgetting it after the test.

Old stories grab attention and boost engagement

Dry facts can bore students, but a well-told old story (like Aesop’s fables or Greek myths) hooks everyone instantly. Kids (and adults) naturally lean in — they visualize scenes, feel emotions, and get curious about what happens next. This raises enthusiasm, improves listening skills, and even motivates reluctant learners or English-language learners to participate more.

Teaching timeless lessons and building character

Old stories often carry universal morals about right and wrong, courage, kindness, or consequences (e.g., the tortoise and the hare, or ancient legends). They help kids develop empathy, understand different perspectives, and navigate real-life situations. Teachers use them to spark discussions on ethics, decision-making, and human nature—skills that go far beyond the textbook.

Old stories can connect students to culture, history, and each other

Old stories transmit cultural heritage, and can explain why things are the way they are, and help students appreciate diverse viewpoints. Reading or hearing myths from other cultures builds respect, empathy, and a sense of shared humanity. They also deepen emotional understanding by exposing kids to a wide range of experiences they might not encounter otherwise.

Old stories humanize the teacher and create community

When teachers share old stories from their own lives or retell classics with personal twists, it builds trust and rapport. The classroom feels more like a community where everyone is learning together, not just memorizing facts. It also sparks students’ own creativity — they start telling, writing, or acting out stories themselves.

In short, old stories aren’t just fun extras — they’re a superpower for teaching. They turn passive listening into active thinking, make complicated topics relatable, and help students remember lessons for life. That’s why teachers keep reaching for them, even in the age of videos and apps. Next time you hear one in class, you’ll know it’s not random — it’s deliberate teaching magic

The science behind old storytelling

The neuroscience of storytelling reveals why narratives are such a powerful tool for learning, connection, and memory — far more effective than dry facts alone. When we hear or tell a story, our brains don’t just process words; they simulate experiences, sync with others, release feel-good chemicals, and weave information into long-lasting memories. This is backed by fMRI studies, hormone research, and brain imaging that show storytelling lights up multiple regions simultaneously.

Pioneering work by neuroscientist Uri Hasson at Princeton (2010) used fMRI scans to show that when one person tells a story, the listener’s brain activity mirrors the storyteller’s in real time — often with a slight delay, and sometimes even anticipating what comes next. This speaker-listener neural coupling happens across language areas, sensory cortices, and higher-level networks like the default mode network (DMN). The stronger the sync, the better the listener understands and remembers the story.

It’s like the storyteller herds the audience’s brains onto the same wavelength. This doesn’t happen with random facts — only with coherent narratives.

Neurochemical Boost: Oxytocin and Dopamine
    • Oxytocin (the “bonding” or “empathy” hormone): Emotionally compelling stories trigger its release, making us feel connected, trusting, and empathetic. Paul Zak’s research shows it promotes narrative transportation — you mentally step into the story as if it’s happening to you. This fosters prosocial behavior and helps stories change attitudes or inspire action.
    • Dopamine (the “reward” chemical): Suspense, anticipation, and emotional peaks release dopamine, sharpening focus, motivation, and memory. That’s why cliffhangers or vivid twists make stories unforgettable — your brain treats the resolution like a reward, consolidating details with high accuracy.

Together, these chemicals explain why stories build empathy, trust, and retention better than lectures.

Mirror Neurons and Sensory-Motor Simulation

Stories activate mirror neurons — cells that fire both when you do something and when you observe (or hear about) it. In a narrative, your brain simulates the characters’ actions, emotions, and sensations as if you’re experiencing them: motor cortices light up for movement descriptions, sensory areas for sights/sounds, and emotional regions for feelings.

Your brain can’t always tell the difference between a well-told story and real life. This is why old fables or myths feel so immersive — they let you practice life scenarios safely.

Memory Formation: The Hippocampus and Default Mode Network

The hippocampus acts like a storyteller itself, weaving separate events into one cohesive narrative memory. Stories framed conceptually (emotions, meanings) engage the default mode network (DMN) — involved in self-reflection and mentalizing—while perceptual details (sights, sounds) tap sensory networks. This dual activation makes story-based memories more durable and easier to recall than isolated facts.

Evolutionarily, this makes sense: our ancestors used stories to predict the future, survive threats, and bond socially without trial-and-error.

In classrooms (tying back to those old stories), this neuroscience explains the magic: tales turn abstract lessons into simulated experiences your brain treats as real, boosting engagement, empathy, and retention.

No wonder humans have told stories for 30,000+ years — our brains are literally built for them.




 

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