Beyond Synthetic Biology: The Coming Age of Synthetic Biology

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The idea of synthetic biology has long been a dream for many scientists, but the ability to build biological systems with the same level of engineering precision as computers has been a long way off.

How Climate Change Could Release Deadly Ancient Pathogens

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Climate change is increasing the risk of a global pandemic that could kill millions, according to the World Health Organization.

Bioreactors: An Introduction (DIY)

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Bioreactors are the method used for growing bacteria and other microorganisms like yeast, mold, fungi, bacteria, algae, and many more to be used as food and medical pills.

How a Space Elevator Could Work

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A space elevator is a proposal that suggests a way to lift large amounts of material into space. A space elevator is a proposed method of lifting material into space.

Robotics Based on Biology: The Future Of Robotics

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The future of robotics is technology based on biology. Robots will be advanced enough to mimic the brain's structure, and will be able to emulate behavior.

How Quantum Physics and Biology Interact: A Simple Explanation

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The concept of quantum physics is a little bit of a mystery to the general public. But quantum physics and biology really are two sides of the same coin.

Big Data in Healthcare: Why it will Transform Patient Care

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In the last few years, there has been rapid growth in the use of big data in healthcare and the results have been tremendous.

How Hyper-Adaptive Algorithms are Destroying the Web

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Algorithms and what they do are often mentioned in the context of how they distort the world, how they make us uncomfortable.

Asteroid Mining: The Next Big Thing?

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The next few years will see the first commercially viable asteroids mined for resources. I’m not talking about the giant, space rocks that you see in the movies that can destroy entire cities.

“Deep Sea Exploration” and the Ocean’s Future

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Maintaining the health of our oceans is critical for the future of human civilization. Recently, the United States has been committed to the idea of deep sea exploration.

Humanus Universalis: What is Humanus Universalis?

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Humanus Universalis is a Latin phrase meaning Universal Man, which is used as an expression of humanism. It is also used to describe the ideal human or a person who is good in every way.

Terraforming Venus: The Extraterrestrial Solution to our Climate Crisis

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Venus' closest approach to Earth in 2004, at a distance of 108,000 km, represented the second most favorable opportunity to analyze the planet's atmosphere in more than a decade.

The Pneumatic Network: The Pre-Electric Postal Network

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The Pneumatic Network: The pre-electric postal network was a system of pneumatic mail delivery in operation from 1847 to 1851. It was the first network of its kind in the world, and the first time a postal system was completely mechanized, using pneumatic tubes.

Transhumanism: The Future of Humanity, Technology, and you

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The term “transhumanism" was coined by the science fiction author and futurist, Dr. Julian Huxley, in his 1956 book, “The Doors of Perception.” “Transhumanism” defines the collective human aspiration to become more than human. The term also includes the sciences and technologies that are in the process of making that dream a reality

Biosensors: An Introduction to the Future of Medical Technologies

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Biosensors are devices, used in biotechnology and medical research to detect and measure the presence of chemicals or substances. Biosensors are used in a variety of fields, including medical research, environmental monitoring, food safety, and in the detection of chemicals and allergens in the environment.

AI-Based Democracy: A New Way to Govern

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We have become accustomed to the idea of a democratic government that represents the will of the people. But what if that government is a machine?

How Quantum Computing will Change Everything

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Quantum Computing is a new computing paradigm in which quantum bits (qubits) can be in superposition of both 0 and 1, meaning that the qubit can be both a 0 and a 1 at the same time. Quantum computers can solve problems that classical computers can’t solve. They’re also hard to build. But since IBM created a quantum computer in the early 1980s, the race to build one has been on. What does this mean for us? It means that we could be living in a world where everything will be a tangled mess of quantum entanglement and quantum computation.

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