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My name is Valerie Thomas, and this is my exceptional atory; the origin of 3D

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BY KAHA G. – 14 YEARS OLD

As you may not know, my name is Valerie Thomas, someone so exceptional, that some people didn’t want me recognized for my brilliance. Now let me tell you a story about how my journey has positively impacted our world in ways you’ve never seen before.

My love for technology, science, and math started from a young age, but I find it interesting that no one encouraged me. Even my own father didn’t want to work on any projects with me, when he knew that I took after him.  So, I took the situation into my own hands since no one was there to help me, but myself.

I checked out a book called “The Boy’s First Book On Electronics,” at the library, one of my beloved places, the only place that would help me without refusals. Delicate words on a page that make such an astronomical difference to someone’s world, a way to escape and do what you enjoy.

It’s an odd world we live in, for some reason it seems that boys are supposed to have real jobs, and girls are just left there in the dust to pick up their scraps when they drop it. For example, in toy ads for little children, boys get building toys, while girls get mermaid Barbie dolls. Why are our futures determined at such a young age? I don’t want to grow up to be a mermaid Barbie doll; I want to work for NASA.

After graduating from High School, I was finally given a chance to explore my interests at Morgan University, as I was one of two women that went there. Now that’s what I call change, giving someone the chance to prove them wrong.

When my years at Morgan were ending, I graduated with a degree in physics, and better yet NASA offered me a job! I’m officially a data analyst/mathematician; hard work really does pay off doesn’t it?

When the 1980’s rolled along, I had this burning thought that kept me up at night. To make an invention so crazy that future generations would be praising me for it, but the only problem was that I had to give it life. Although, I was going to make something new, it would without a doubt have to be with concave mirrors. I need to challenge myself, and see how they could be incorporated into my work at NASA.

In that case, I present to you the Illusion Transmitter, a device so astonishing that it gives you a new way of viewing the world. It creates an optical illusion, so not only would it look like the image is in front of you, but you can see all three sides. Isn’t that fascinating!

In all realness, my device was so exceptional that it’s used in surgeries, and television. That’s “two birds, one stone for you.” I’m especially proud of the patent I received, because of how my invention contributed to organization research hugely.

Look “All good things come to an end,” said Geoffrey Chaucer, but that doesn’t mean my legacy has to.

My retirement leaves me with the titles of Project Manager of the Space Physics Analysis Network and Associate Chief of the Space Science Data Operations Office. Quite a mouthful to say, but it represents all of my perseverance and dedication to prove that my love for something can be brought to great measures.

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Junior Contributors

The cost of convenience: how much does delivery really cost?

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BY AMARI SUKHDEO

Have you ever been excited to camp-in and order your favourite meal for delivery, only to be taken aback by that bill? That $18 ramen suddenly balloons to $32. Why the hefty price tag? Here’s what’s happening:

Markup mayhem:

When opposed to ordering straight from the restaurant, ordering through delivery apps frequently entails a surreptitious price increase. The menu items found on these platforms are typically more expensive than those found inside. Remarkably, a recent survey found that the cost of things ordered through delivery apps may be up to 26% more than that of items ordered straight from the restaurant. A lot of customers are caught by surprise by this markup, which turns what could have been a relatively inexpensive dinner into a costly affair.

Fee fiasco:

Not only is there a markup, but there are also significant service costs added to the bill. For instance, Uber Eats determines prices based on the quantity of your order, while DoorDash charges a $3 minimum service fee in addition to a 15% service charge. These extra fees have the potential to significantly raise the overall cost of your meal, giving customers the impression that they have been taken advantage of.

Restaurant shares:

It’s not just diners who are experiencing financial hardship. Restaurants face a big competition from delivery apps, which can take up to 30% of their earnings. This is especially true for smaller businesses that depend significantly on delivery services. Restaurants may find it extremely challenging to generate a profit due to the weight of high commissions, given their already extremely narrow profit margins.

A troubling tendency is shown through data: the cost of using delivery apps is progressively going up. Fees have increased to previously unheard-of heights in recent years, leaving many customers unable to pay more for their favourite dishes. For a few, the price hike has caused them to reconsider their dining options.

At home diners, keep in mind that you have to account for the hidden expenses the next time the convenience of a takeaway menu entices you. It’s a story about: delivery workers’ financial struggles, increased rates, and outrageous surcharges. Bon appétit, with caution.

https://www.vox.com/money/24118201/food-delivery-cost-expensive-doordash-ubereats-grubhub

https://www.foodandwine.com/news/delivery-app-prices-higher-fees-2021-pandemic

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Junior Contributors

Beneath the waves: Unveiling the legacy of the transatlantic slave trade in the Bahamas

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BY KAHA G. – 15 YEARS OLD

What is archaeology? Archaeology is the study of human history and prehistory through the excavation: of artifacts, structures, and other physical remains. It helps us understand past cultures, societies, and lifestyles by analyzing material culture left behind by ancient civilizations. In this case, archaeologists in the Bahamas have found underwater wrecks of 14 sailing ships involved in the Trans-Atlantic slave trade between Africa and the Americans.

The Bahamas Lost Ships Project, led by Allen Exploration and the Bahamas Maritime Museum, aims to catalog shipwrecks in the Bahamas. They’ve found 596 wrecks so far, dating back to 1657.  Also, these findings were published around Black History Month, emphasizing the importance of preserving the experiences of marginalized communities.

The Bahamas’ history is deeply connected to the transatlantic slave trade, with events like the arrival of the first slaving vessels shaping the islands’ population. The wrecks of ships like the Nancy and the General Oglethorpe remind us of the individuals who suffered and resisted enslavement. This research also highlights the Bahamas’ role in the transatlantic slave trade, connecting: Africa, the American Southeast, Cuba, and the Gulf of Mexico. Making it an important trade route for these places.

According to Livescience, the wrecks included the “Peter Mowell which is an American schooner (sailing vessel) that sank off Lynyard Cay near Great Abaco Island in 1860 with about 400 enslaved Africans on board; as well as smaller vessels that carried slaves to plantations for sugar, coffee, cotton and tobacco in North America and around the Caribbean.”

Alongside that, the team of archaeologists, and Allen Exploration have found three wrecks, but their locations are currently undisclosed. The CEO, emphasized the historical significance of these wrecks, noting their importance in understanding the conditions aboard slave ships and the broader history of the slave trade.

Additionally, the type of living conditions of enslaved Black people were atrocious. They lived in miserable huts, which were said to be “Unfit for the habitation of wild beasts.” They wore iron slave collars and worked seven days a week, with just four hours a day of rest in cane-cutting season. Unfortunately, about 10% of enslaved Africans died on the plantations in Cuba each year during the slave trade, and some were even flogged to death.

In conclusion, the discovery of these shipwrecks in the Bahamas sheds light on a significant, yet often overlooked aspect of human history: the transatlantic slave trade. These findings provide valuable insights into the conditions endured by enslaved individuals and the intricate networks that facilitated this cruel trade. As we continue to explore and preserve these historical sites, we honor the resilience and bravery of those who resisted oppression and strive to ensure that their stories are remembered for generations to come.

 

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Junior Contributors

Unveiling the Mysteries of the Fibonacci Sequence: Nature’s hidden code

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Photo Credit: Racool_Studio

BY KAHA G. – 15 YEARS OLD

“The Fibonacci Sequence turns out to be the key to understanding how nature designs… and is a part of the same ubiquitous music of the spheres that builds harmony into atoms, molecules, crystals, shells, suns and galaxies and makes the universe sing.” Guy Murchie

This quote was utilized to pique your curiosity about today’s article topic, The Fibonacci Sequence.

The Fibonacci Sequence is a series of numbers where each number is the sum of the two preceding numbers. With the set of numbers being:

0, 1, 1, 2, 3, 5, 8, 13, 21, 34, 55, 89, 144, 233, 377, 610.

One of the most remarkable properties of the sequence is its connection to the golden ratio. The golden ratio is an irrational number that is approximately equal to 1.61803398875. It’s found by dividing any number in the Fibonacci Sequence by the number behind it. The more someone goes down the sequence, the closer the result gets to the golden ratio. Here’s a small example, 34 divided by 21, which is 1.61904761905. Look how close that is!

Furthermore, it appears in many natural occurrences, from the arrangement of leaves on a stem to the shape of a seashell. Some examples are the spiral patterns of sunflower heads, pinecones, pineapples, as well as the pattern of the nautilus shell being the most famous one. Although this might seem like a coincidence, it helps nature as well by maximizing surface area, efficiency, and strength.

The Fibonacci Sequence also appears in mathematics, computer science, and art and design. In mathematics, the sequence plays a role in number theory and algebraic structures. In computer science, the sequence is displayed in algorithms, data structures, and computational geometry. In art and design, the Fibonacci sequence is displayed to create aesthetically appealing designs, like the famous “The Starry Night” by Vincent van Gogh.

The Fibonacci Sequence is a remarkable pattern that appears in nature, art, and mathematics. Its connection to the golden ratio and its presence in nature make it a fascinating subject of study and research. This just makes me appreciate nature’s beauty and makes me regret how little we reflect on the world around us. What are your thoughts on this beautiful sequence?

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