4 Biggest SCIENTIFIC ACHIEVEMENTS of 2024 (Nobody Knows About)
Have humans finally become like God? Recently, scientists from Columbia University created a tiny clone of a cancer patient. This clone, a small copy of a human, is used to test how the patient’s body would react to chemotherapy. But how does this tiny clone look? Is it still alive? Human cloning is illegal in most countries because it is considered unsafe and unethical.
So, how are some scientists and companies still making human clones? And could these clones be secretly living among us? Science is advancing faster than we realize. For example, a PhD student from the UK, Alexia Lopez, recently discovered a massive structure in the universe called the “Big Ring.” According to physics, this structure shouldn’t exist, but it could change how we understand the universe.
But as science advances on a large scale, new technologies are developing on a tiny scale too. Take a look at this small robot that looks like a spring. It is a nanobot, designed to grab a weak sperm cell and put it inside an egg. These nanobots can also target and destroy cancer cells in the body.
Now, let’s talk about the “Big Ring.” If you look at the northern sky between the constellations Bootis and Ursa Major, you will see a massive ring-like structure. It is so large that it would take 13,000 galaxies lined up to measure its width. This discovery challenges the Cosmological Principle, which states that the universe is uniformly spread out.
The Big Ring suggests that there is a special place in the universe with a large mass concentration. Plus, this isn’t the only structure like this—scientists have found three others of similar size. If this principle is disproven, it could make our current physics calculations much more complicated.
Now, let’s move on to nanobots. The human body is very complex, and some surgeries are risky, even for experienced doctors. For example, removing a tumor from the gland near our ears can be dangerous. If a nerve is accidentally cut, it could cause permanent paralysis or loss of speech.
Nanobots are a new technology that can be injected into the body like a drug. They can target and destroy tumors without the need for complex surgery. Scientists have even upgraded these nanobots to deliver anti-cancer drugs directly to cancer cells, making the treatment much more effective.
Next, let’s talk about miniature nuclear batteries. Imagine a phone that never needs charging or a watch that never runs out of power. A Chinese company has developed a nuclear-powered battery the size of a coin that can last for 50 years. These batteries use a radioactive material, nickel-63, to generate power safely and could be available to consumers soon.
Lastly, let’s discuss the breakthrough in cloning. Human cloning was thought to be illegal, but recent reports suggest a secret cloning industry might be operating. For example, the CEO of a cloning company claims to have created at least 20 human clones, including a girl named Eve, who was born in 2002 and is now 22 years old.
Cloning is only banned in 46 of the 195 countries worldwide. Some countries allow animal cloning, and many celebrities have cloned their pets. Scientists have even created a tiny clone of a cancer patient to test how their body would react to certain treatments. This shows that human cloning is closer to reality than we might think.
In conclusion, our understanding of science and technology is changing rapidly, from tiny nanobots fighting cancer to cloning and nuclear-powered batteries. These advancements have the potential to change our world in ways we can hardly imagine.
Thank you for reading, and let’s continue to learn and grow in our understanding of science!
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