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The Future of Computer Chips: Surpassing the Role of Electricity

individuals who prefer not to use AI on their devices. Regardless of one’s perspective on the technology, two facts are indisputable: AI has triggered a chip shortage that persistently escalates tech costs, and it is extremely detrimental to the environment. This negative impact is due to the processing power that AI demands. AI data centers utilize an enormous amount of electricity and water, such that simply being courteous to chatbots has cost ChatGPT tens of millions of dollars.

A recent advancement holds promise for enhancing AI’s energy efficiency: photonic chips. In contrast to the current technology, which operates on electrons, photonic chips leverage photons (light particles) for computation. To put it another way, they conduct AI operations using light in place of electricity, leading to reduced consumption of natural resources.

Photonic chips not only offer environmental benefits; they are also more potent, executing tasks at speeds that surpass current GPUs. As our lives become increasingly integrated with online and AI technologies, leading to greater energy usage by data centers, photonic chips may diminish the adverse effects of the technology on the environment while simultaneously representing an overall enhancement.

Photonic chips enhance AI’s energy efficiency

9to5Rewards Contest: Get a chance to win a MacBook Pro and a BenQ 4K Nano Gloss Monitor

### BenQ’s Newest Contest: Win a MacBook Pro and 4K Monitor

BenQ is now running an exhilarating contest, giving participants the opportunity to win Apple’s newest MacBook Pro paired with the latest BenQ 27″ 4K Nano Gloss Monitor specifically designed for MacBook users. This contest marks the introduction of BenQ’s MA series of monitors, optimized to improve the Mac experience.

#### BenQ 27″ 4K Nano Gloss Monitor for MacBook

The BenQ 27″ 4K Nano Gloss Monitor is crafted to closely mirror the display quality found in MacBook screens. With its cutting-edge **Mac Color-Tuning Technology**, this monitor guarantees that colors are displayed accurately, making it a perfect accessory for creative professionals and anyone who appreciates visual accuracy. Furthermore, BenQ offers Mac software enabling users to regulate brightness across multiple displays at once, ensuring a uniform viewing experience.

This monitor is also a multifunctional hub for MacBook users. It boasts a single-cable connection that not only delivers the monitor feed but also offers a 90W charging capability for the MacBook. In addition, it comes with two HDMI ports and an extra USB-C port for connecting and charging other Apple devices, simplifying the workspace organization.

For more comprehensive information regarding the features of the BenQ 27″ 4K Nano Gloss Monitor and the complete MA series, interested parties can check out BenQ’s official webpage.

#### How to Enter the Contest

To join this contest for a chance to win both the MacBook Pro and the BenQ monitor, participants must submit their name and email address. Each email can have only one entry. Additionally, entrants are encouraged to share the contest on social media platforms like Facebook and X (formerly Twitter), and to follow BenQ on Instagram and X for the latest information.

Entries for the contest are open until April 17, 2026, and are limited to residents of the United States and Canada. It is essential to note that no purchase is required to enter or win, and participants must be at least 18 years old. Employees of BenQ and their immediate families are ineligible to enter.

For those accessing the contest via mobile devices who may not find the entry option, a direct link is available for convenient access.

#### Conclusion

This contest offers a thrilling chance for Mac fans to elevate their technology setup with a premium MacBook Pro and a high-end BenQ monitor. With its emphasis on enhancing the Mac experience, BenQ’s MA series is bound to impress both casual users and experts alike. Don’t let this opportunity pass you by!

NASA Artemis Watch 2.0: An Educational, NASA-Inspired Wearable Kit Powered by ESP32-S3

NASA Artemis Watch 2.0

CircuitMess NASA Artemis Watch 2.0 is a programmable, NASA-themed smartwatch based on an ESP32-S3 WiFi and Bluetooth module and a 1.14-inch monochrome display. The watch also features an accelerometer, a gyroscope, a buzzer, an RTC, a button, several LEDs, and a USB port for programming and charging the built-in 600 mAh battery. NASA Artemis Watch 2.0 specifications: Core module – ESP32-S3-MINI-1-N4R2 SoC – ESP32-S3 dual-core Xtensa LX7 processor with WiFi 4 and Bluetooth 5.0 connectivity Memory – 2MB PSRAM Storage – 4MB QSPI flash PCB antenna Display – Built-in 1.44-inch display USB – 1x USB Type-C port for charging and programming Sensors 6-axis LSM6DS3TR accelerometer and gyroscope Temperature sensor (TBC) Misc Lever button 6x user LEDs, 1x power LED, 1x RGB LED Buzzer RTC  + backup battery Power Supply 5V via USB-C port 600 mAh LiPo battery, good for 2 to 3 hours on a charge Dimensions and Weight – […]

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