Day: September 8, 2024

The Trailblazing Period of Nontraditional Arctic Investigation

### The Arctic Aspirations of the Cold War: An Overlooked Period of Daring Military and Scientific Trials

In recent times, the Arctic has emerged as a key area of concern regarding climate change, with researchers diligently observing the Greenland ice sheet for indications of melting and ecological harm. Yet, during the Cold War, the Arctic was perceived quite differently—through a lens of immense possibilities and scientific enthusiasm. Greenland, in particular, turned into a testing ground for some of the most daring and creative military and scientific endeavors of that time.

#### The Arctic Frontier: A Cold War Testing Ground

During the peak of Cold War hostilities in the 1950s, the Arctic was regarded not merely as a barren, icy expanse but as a place ripe for investigation and innovation. The U.S. military, alongside scientists and engineers, launched a series of ambitious projects intended to leverage the Arctic’s distinctive conditions for both strategic and scientific aims. These initiatives ranged from practical endeavors to imaginative schemes, often blending the lines between science fiction and actual pursuits.

One of the most daring concepts was to utilize Greenland’s ice sheet as a storage site for nuclear waste. Physicists and clergy Karl and Bernhard Philberth put forth a proposal to dispose of radioactive substances by allowing them to melt through the ice. Their vision included encasing the waste in glass or ceramics and disseminating millions of these radioactive “medicine balls” across a remote section of the ice sheet. The heat generated from the radioactive material would supposedly cause the balls to gradually sink into the ice, with hopes that by the time they reached the coastline millennia later, the radionuclides would have diminished.

While the concept was groundbreaking, it was laden with doubts. What if the balls were crushed by the ice or became trapped in meltwater streams? Could the heat from the radioactive substances speed up the movement of the ice sheet? In the end, logistical issues, scientific skepticism, and political resistance—especially from Denmark, which had authority over Greenland—led to the shelving of the project.

#### The Kee Bird and Arctic Transport Trials

The military’s intrigue with the Arctic went beyond the disposal of nuclear waste. In 1947, a B-29 bomber named Kee Bird found itself stranded on a frozen lake in Greenland after straying off course during a mission. The aircraft stayed there for many years, emblematic of the difficulties of Arctic exploration. In the mid-1990s, a bold plan to recover and fly the Kee Bird was derailed by a fire, but the name continued to resonate in other Arctic experiments.

In 1959, the U.S. Army evaluated a new over-snow vehicle, also named Kee Bird. This snowmobile-tractor-airplane hybrid was designed for unprecedented speeds across the ice sheet. Outfitted with a 300-horsepower airplane engine and Teflon-coated skis, the vehicle achieved speeds of 40 miles per hour during trials in Michigan. The target was to reach 100 miles per hour, but technical challenges and severe Arctic conditions curtailed its efficacy.

Another innovative vehicle, the Carabao, was put through tests in Greenland in 1964. This air-cushioned vehicle, created by Bell Aerosystems, could glide over snow and crevasses, but it struggled against strong winds—an all-too-frequent occurrence on the ice sheet. Despite its potential, the Carabao’s absence of brakes and its struggles with downhill navigation rendered it impractical for Arctic travel.

#### Project Iceworm: A Cold War Concealment Strategy

Perhaps the most ambitious—and strange—Cold War initiative in Greenland was **Project Iceworm**. This top-secret endeavor envisioned an extensive network of tunnels lying beneath the ice sheet, covering an area comparable to Alabama. The tunnels were intended to contain hundreds of missiles equipped with nuclear warheads, poised to be launched at Soviet targets in Europe.

The goal was to establish a mobile, concealed missile base that could avoid detection and withstand a nuclear strike. The tunnels would continually shift, with missiles transported on trains capable of emerging at various launch sites. To energize this subterranean structure, the Army contemplated using portable nuclear reactors.

Nevertheless, the initiative encountered insurmountable obstacles. The ice tunnels, susceptible to collapse due to the ice’s unstable nature, proved too hazardous for long-term operation. Ultimately, Project Iceworm amounted to little more than a single railcar, 1,300 feet of track, and an abandoned military truck fitted with railroad wheels.

#### Camp Century: The Subterranean City

While numerous Cold War Arctic projects were left by the wayside, one emerged as a notable success—**Camp Century**, or the “City Under the Ice.” Established in 1959, the camp was situated approximately 100 miles inland from the edge of the Greenland ice sheet. It comprised several dozen trenches, some exceeding a thousand feet in length, carved into the ice by massive snowplows and topped with metal arches and snow.

Camp Century operated as a fully functional military base, complete with heated bunkrooms

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“School Season SSD Savings Still Up for Grabs — Shop Today Before They’re Gone”

# It’s Time to Stock Up on Storage: The Top External SSDs for Your Requirements

In the rapidly evolving digital landscape, having dependable and portable storage options is crucial. Whether you’re a photographer, gamer, or simply someone who needs to manage extensive data, external SSDs (Solid State Drives) provide an exceptional mix of speed, resilience, and practicality. With prices decreasing and technology progressing, this is the ideal moment to enhance your storage capacity. Let’s explore some of the best deals and choices currently available.

## Why Opt for an External SSD?

External SSDs have transformed portable storage. Unlike conventional hard drives (HDDs), SSDs consist of no moving parts, resulting in faster performance, greater durability, and a lower likelihood of mechanical breakdown. They are also considerably more compact and lighter, making them perfect for on-the-go individuals. Whether you require backing up crucial files, swiftly transferring large data volumes, or extending the storage of your gaming console, an external SSD is an excellent option.

### Main Advantages of External SSDs:
– **Speed**: SSDs deliver considerably quicker read and write speeds in comparison to HDDs.
– **Durability**: Because of their lack of moving parts, SSDs provide greater resistance to physical harm.
– **Portability**: Many SSDs are compact enough to slip into your pocket.
– **Energy Efficiency**: SSDs utilize less power, making them well-suited for laptops and mobile devices.

Now, let’s take a closer look at some of the finest external SSD options available today.

## 1. **Samsung T5 Evo 4TB External SSD: $199 (Reduced from $320)**

![Samsung T5 Evo](https://cdn.mos.cms.futurecdn.net/x8xBCHzYNBhzUYu9yh2NyE.jpg)

The **Samsung T5 Evo** stands out as an excellent choice for individuals requiring substantial storage at an affordable price. With 4TB of space, this SSD is ideal for housing large quantities of data, be it videos, pictures, or sizable software programs.

– **Price**: Currently priced at **$199** on Amazon (down from $320).
– **Speed**: Although it may not be the fastest SSD on the market, the T5 Evo offers read/write speeds of **460MB/s**, which surpasses the speed of traditional HDDs.
– **Value**: At just **$50 per TB**, this SSD delivers outstanding value for those in need of significant storage without overspending.

**Why Select the T5 Evo?**
For those seeking a dependable, high-capacity SSD at an unbeatable price, the T5 Evo is an excellent option. It is compact, robust, and provides ample speed for routine tasks like file transfers and backups. While it may not claim the title of the quickest SSD available, its unique balance of price and capacity makes it a noteworthy choice.

[View Deal on Amazon](https://www.amazon.com/dp/B0CMDJXZ19/)

## 2. **Samsung T7 Shield 2TB External SSD: $149 (Reduced from $285)**

![Samsung T7 Shield](https://cdn.mos.cms.futurecdn.net/xxzSsre49qWquxshKAsnfC-200-100.jpg)

For those seeking faster transfer rates and a robust design, the **Samsung T7 Shield** is an outstanding selection. This SSD is crafted for individuals needing to move large files swiftly and securely, making it perfect for photographers, videographers, and gamers.

– **Price**: Now available for **$149** on Amazon (down from $285).
– **Speed**: The T7 Shield provides lightning-fast read/write speeds of **1,050MB/s**, qualifying it as one of the quickest SSDs in its class.
– **Durability**: Featuring **IP65 ingress protection**, the T7 Shield is both dustproof and water-resistant, making it ideal for outdoor activities or tough conditions.

**Why Select the T7 Shield?**
If your main concerns are speed and durability, the T7 Shield is the ideal SSD for you. Its rapid transfer speeds make it perfect for professionals needing to handle large files promptly, while its sturdy design guarantees it can endure adverse conditions.

[View Deal on Amazon](https://www.amazon.com/SAMSUNG-Portable-Photographers-MU-PE2T0R-AM/dp/B09VLJ7VBM/)

## 3. **SK Hynix Tube T31 1TB Stick SSD: $79 (Reduced from $99)**

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Key Attributes and Anticipations for Apple’s Imminent M4 Mac Collection This Autumn – 9to5Mac

# Expecting Apple’s M4 Mac Range: What’s in Store

As Apple prepares to announce its eagerly awaited M4 Mac range, the excitement is palpable among tech fans and industry professionals. Slated for release in October, with potential shipping commencing in November, this new range is set to bring substantial upgrades across various models, including the iMac, MacBook Pro, and Mac mini. Here’s an in-depth look at what we can anticipate from this latest generation of Macs.

## Standard 16GB RAM

One of the most striking modifications in the forthcoming M4 Macs is the adoption of 16GB of RAM as the standard for entry-level models. Bloomberg’s Mark Gurman reports that this upgrade will be featured in the 14” MacBook Pro, the redesigned Mac mini, and iMac. Apple has provided 8GB of RAM in its base models for the past eight years, so this enhancement is a welcomed upgrade, especially as software demands become more memory-intensive. This adjustment reflects Apple’s dedication to elevating performance and enhancing user experiences across its lineup.

## Significant Reworking of the Mac mini

The new Mac mini is poised for its most extensive redesign in 14 years. Sources indicate that the new version will be significantly more compact, reducing its size while possibly omitting support for USB-A ports. Nevertheless, it is expected to gain more USB-C ports, in line with the industry’s move towards adaptable connectivity solutions. As Apple’s most budget-friendly Mac, this redesign is particularly appealing to consumers looking for a sleek yet powerful device.

## Transition to USB-C Accessories

With the anticipated launch of a new iMac this fall, many speculate that Apple will update its Magic accessories, including the Magic Mouse, Keyboard, and Trackpad. This change is primarily influenced by the European Union’s directive requiring USB-C compatibility by the end of 2024. Consequently, users can look forward to the removal of the Lightning connector on these accessories, marking a pivotal transformation in Apple’s accessory lineup.

## Space Black Color for the Base Model MacBook Pro

At present, the Space Black color choice is reserved for the premium M3 Pro and M3 Max MacBook Pros. However, there is optimism that the incoming M4 MacBook Pro will also feature this stylish color on its base model. The previous generation’s entry-level model was limited to Space Gray, which raised queries about Apple’s color strategy. Should Space Black be offered in the M4 series, it would significantly enhance the visual appeal of the base MacBook Pro.

## Launch of M4 Pro and M4 Max Chips

While the base M4 chip made its first appearance in the iPad Pro earlier this year, details about the more advanced M4 Pro and M4 Max chips remain under wraps. These chips are likely to surface in the new MacBook Pro models later this year. Built on TSMC’s cutting-edge 3nm process, the M4 Pro and Max chips are expected to showcase enhanced performance and energy efficiency, though specific information regarding core counts is still undisclosed. As Apple strives to advance its silicon technology, these new chips are set to redefine performance standards in the Mac lineup.

## Conclusion

The upcoming M4 Mac range is poised to be one of the most thrilling launches in Apple’s recent history. With major RAM enhancements, a comprehensive redesign of the Mac mini, the launch of USB-C accessories, and the possibility of new color options, Apple is clearly dedicated to improving user experience and performance. As we await the formal announcement, the tech world buzzes with excitement. Will you be one of the first to transition to an M4 Mac? Share your opinions in the comments below!

*Connect with Michael on [X/Twitter](https://x.com/mbrkhrdt) and

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