Apple Must Be Lying To You About Ceramic Shield 2:
Just a month in with my #iPhoneAir, and its “Ceramic Shield 2” screen already looks like this 💀
No drops, no rough handling, just normal daily use, & it looks like this 😤
📱My #iPhoneAir Review:
Bad battery, average haptics, useless speaker.
Missed 30+ calls while driving just because the ringtone disappeared inside my pocket.
Great job, iPhone Air.
Verdict: Highly not recommended. Buy it if you are tech stupid or you use a secondary phone.
SOLD the Oppo Find x9 Ultra just now!
Some of the cameras at certain zoom levels 70mm, 230mm are very good!
But others are not especially 23mm 35mm and ultrawide vs Xiaomi 17 Ultra Leica Edition.
The look and tone can be great, IN certain lighting
Camera overall is laggy
With all the E20 Petrol now across India, noticing some issues in not so older cars, yes cars sold in the last 2-3 years are E20 compliant, but what about older cars @volklub
Is the Govt indirectly telling users not to buy Petrol cars as of now?
I have moved to EVs but reality is not everyone can do that and when ppl buy cars and keep them for 10-12 years so why force E20 Petrol on cars that are not designed for that engine, won’t it degrade those vehicles.
MAJORANA 2 IS HERE
Majorana 2 highlights:
- 8 topological qubits - not a huge number, but Microsoft's goal here is to prove a new, more reliable type of qubit rather than chase a higher qubit count.
- 1,000× improvement in reliability - Microsoft claims these qubits are far less prone to errors than the previous generation.
- 20-second average qubit lifetime (some exceeded 1 minute) - this doesn't mean storage like RAM or an SSD. It means the qubit can stay in its quantum state longer, giving the computer more time to perform calculations before errors occur.
- Microsecond-scale operations - calculations happen millions of times faster than the qubit loses its state.
- New materials stack: Lead + Indium Arsenide (InAs) + Indium Arsenide Antimonide (InAsSb).
- 2× larger topological gap - think of this as an extra layer of protection that helps shield quantum information from noise and interference.
- Developed with the help of Microsoft Discovery agentic AI for materials discovery, experiment optimization, and research acceleration.
For those new to quantum computing:
Today's chips use billions of transistors that process information as 0s and 1s.
Quantum computers use qubits instead. In theory, qubits could solve certain problems much faster than traditional computers.
QUBITS ARE EXTREMELY FRAGILE.
Even tiny disturbances can cause them to lose information and produce errors.
That's where Microsoft's topological qubits come in. They are designed to be naturally more stable, which could make it easier to build bigger and more powerful quantum computers in the future.
MICROSOFT IS TRYING TO SOLVE THE ERROR PROBLEM AT THE HARDWARE LEVEL.
Most quantum computing companies are trying to fix errors after they happen.
Microsoft is taking a different approach: build qubits that make fewer errors in the first place.
If this approach scales successfully, Microsoft believes practical large-scale quantum computers could arrive around 2029.
🚨 Breaking.
ColorOS 17 First & Early Look is here. This could be the Internal Testing Version.
✅ Liquid Glass like Effect throughout the UI
✅ Harmonious rounded Corner Design
Today, we’re introducing new updates to help you get more from your favorite apps like…
👕Planning an outfit in your digital wardrobe
⛔ Spotting fake calls
📚Getting a helpful reading recap
And more.
See all that’s new in the June Android Drop 🧵
The June Android Drop is here! 🚀 A major addition is our new fake call detection feature that spot scammers to impersonate your contacts. I’m incredibly proud of the team’s dedication to continue bringing industry-first innovations that protect Android users from scams.
Plus, we're bringing you even more features like Circle to Search for outfits, expanded Quick Share with AirDrop, and more.
Check out our blog to learn more 👇
https://t.co/cqiC4ivkhz