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- Growing 15-Minute Diamonds, Boosted Breeding Technology, And New Molecules.
Growing 15-Minute Diamonds, Boosted Breeding Technology, And New Molecules.
Jae Lee
May 24, 2024
There are microplastics in every human testicle.
This was entirely a human-made catastrophe. Plastics wouldn’t have ended up in our balls naturally; humanity did this to ourselves.
We messed up.
It’s potentially linked to cancer. Sperm count is falling. Human cells are being damaged.
There is widespread microplastics in blood, placentas, and breast milk; from the summit of Mount Everest to the deepest oceans.
And yet, if I had a button to go back in time to put Belgian chemist Leo Baekeland in a chokehold and make him swear never to invent plastics, I wouldn’t do it.
Look around you and see the abundance of plastic and what it enabled for humanity.
Medical advancements - sterile devices (syringes, gloves, instruments)
Food packaging - durable and lightweight containers help keep food fresher, reducing waste
Technological innovations - enabled the production of every electronic device you own
Construction - insulation, piping, window frames, and roofing materials—all enabled by plastic
I say this to illustrate the point that no issue out there is so black and white.
Plastic = bad, bad = ban is not the formula to follow.
Instead, I point to examples of human-made problems being resolved by human-made solutions.
HUMAN-MADE PROBLEM | HUMAN-MADE SOLUTION |
|---|---|
Deforestation from over-logging. | - Reforestation and afforestation projects - Sustainable forestry practices - Promotion of alternative livelihoods for communities |
Food waste from inefficiencies. | - Improved supply chain management - Technologies to extend food shelf life - Initiatives to redistribute surplus food to those in need |
Traffic congestion due to increased car ownership. | - Development of autonomous vehicles - Expanded public transportation networks - Smart traffic management systems |
Chemical pollution affecting air, soil, and water quality. | - Development of cleaner production technologies - Stricter environmental regulations - Innovations in pollution control and remediation |
The future of our testicles is looking bright.
What’s On The Menu?
Method of growing diamonds within fifteen minutes achieved.
Google’s AlphaFold 3 can predict molecular compounds with high accuracy.
Toddler hearing restored after world first gene therapy trial.
Microplastic removal solutions being implemented.
Boosted breeding agricultural technology.
Diamonds Can Be Grown in 15 Minutes After Scientific Breakthrough.
TL;DR:
Scientists from the Institute for Basic Science in South Korea have developed a new method to grow diamonds in just 15 minutes.
This technique uses a mixture of gallium, nickel, iron, and silicon in a specially designed chamber with normal atmospheric pressure and high-temperature carbon-rich methane gas.
Unlike traditional methods that require extreme pressures and starter gems, this innovative process simplifies diamond creation.
So what…?
Diamonds, a resource that was seen as a rarity, is becoming less expensive and more abundant.
This breakthrough could revolutionize industrial manufacturing and reduce the environmental impact of diamond mining, known to be an unethical process.
Google’s AlphaFold 3 Predicts Protein And DNA Structures.
TL;DR:
Google DeepMind and Isomorphic Labs have introduced AlphaFold 3, an AI model that predicts the structure and interactions of all life's molecules with unprecedented accuracy.
This advancement improves the prediction accuracy of molecular interactions by at least 50%, aiding in drug discovery and biological research.
The model builds on the success of AlphaFold 2 and extends its functionality to a broader spectrum of biomolecules.
Big whoop, and…?
AlphaFold 3 represents a significant leap in understanding biological processes and accelerating drug discovery, which could lead to new treatments and a deeper comprehension of life's molecular mechanisms.
One day, we will be able to simulation the entire biological makeup of a human and test out vaccines and medical drugs without the need of experimentation.
Toddler Has Hearing Restored in World First Gene Therapy Trial.
TL;DR:
In a groundbreaking 16-minute surgery, an 18-month-old had her hearing restored through a pioneering gene therapy trial at Addenbrooke's Hospital.
Born completely deaf due to auditory neuropathy, the toddler received an infusion containing a working copy of the faulty gene responsible for her condition.
This trial, which is being conducted in the UK, Spain, and the US, marks the first time such a therapy has been successfully performed on a human.
The initial results are promising, showing near-normal hearing restoration, and could signal a new era in treating genetic forms of deafness.
Who cares…?
This breakthrough offers hope for curing certain types of genetic deafness, potentially transforming the lives of many deaf individuals and their families.
Some day, these types of operations will be seen as common as getting glasses or braces.
Scientists Make Breakthrough In Quest To Remove Microplastics From Water.
TL;DR:
Scientists have discovered a surprisingly simple method to remove microplastics from water, achieving up to 95% effectiveness.
This breakthrough could lead to significant environmental improvements by reducing plastic pollution in aquatic ecosystems.
The new technique is both efficient and scalable, making it a promising solution for tackling a global issue. The approach is expected to be implemented widely, potentially leading to cleaner water sources worldwide.
Why does this matter…?
This breakthrough means cleaner drinking water and healthier aquatic life, ultimately benefiting the entire planet.
And of course, no more microplastics in our balls.
Boosted Breeding: A Game-changer in Agriculture Technology.
TL;DR:
Ohalo's "boosted breeding" technology uses proteins to prevent gene splitting during plant reproduction, ensuring offspring inherit the complete genetic package from both parents.
This method eliminates the randomness of traditional breeding, resulting in plants with all desired traits and significantly higher yields.
CEO Dave Friedberg asserts that this breakthrough can revolutionize crop breeding and the seed industry by producing genetically identical seeds, saving time and money.
With over $100 million in funding, Ohalo aims to apply this technology across various major crops worldwide.
And that means…?
This innovation promises to boost agricultural productivity, reduce costs, and enhance food security, impacting global food supply and prices.
More efficiency in food production means that the price goes down while the value goes up. Who wouldn’t want some nice cherries for 1/4 the price?
That’s it for this week!
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Cheers,
Jae
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