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Carl Williams
@carlwilliams
39
Freelance writer covering a broad range of science and technology, from astrophysics and nanotechnology, to climate change and quantum computing
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Ottawa, Canada
Website
https://gluons2galaxies.com
Created
2017-08-21 23:06
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carlwilliams
geology
8y
On the origins of the Earth’s crust
By investigating some of the oldest rocks on earth, scientists gain deeper insights into the origins of the continental crust. By studying four-billion-year-old rocks, geologists gain a better understanding
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carlwilliams
science
8y
Lighting the way to harvest water from air
A low-cost method for collecting water from the atmosphere could be used to provide potable water to dry, inland regions. Commonly available salts and sunlight can harvest water vapor from the air to provide
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carlwilliams
science
8y
Another piece of the geological puzzle
Scientists have discovered a missing ingredient in the composition of the continental crust, providing deeper insights into Earth’s geological history. By analyzing rock samples from Western Australia,
carlwilliams
science
8y
One step closer to advanced magnetic materials
By gaining deeper insights into how magnetic materials couple together, scientists have paved the way for advanced magnetic devices. Scientists from China and Japan have investigated the boundary between
carlwilliams
artificial
8y
Harnessing artificial intelligence for diagnosis
Scientists have used artificial intelligence to develop a tool for interpreting biomedical images that could help doctors diagnose diseases. A tool that uses the power of neural networks to aid the
carlwilliams
science
8y
Mixing at the nanoscale
Scientists have used nanosized droplets to create tiny reaction vessels, offering a new way to carry out microscale chemical reactions. Scientists from South Korea have created droplets with a nanoparticle
carlwilliams
science
8y
Adding backbone to flexible batteries with a spine
Scientists have developed a flexible and rechargeable lithium battery with a capacity similar to that of conventional rigid batteries. Scientists have designed a flexible battery that mimics the spine
carlwilliams
science
8y
How to measure ultrafast processes
By combining two optical measurement techniques, scientists could pave the way for better performing solar cells and faster computer chips. Scientists have developed a technique for capturing the ultrafast
carlwilliams
memory
8y
The latest spin on memory technologies
By using the magnetic properties of spinning electrons, researchers have enhanced the speed and capacity of memory technologies. Scientists have developed an innovative technique that could lead to faster,
carlwilliams
2d
8y
No barrier to applications for a remarkable 2D material
An innovative technique for growing large, uniform sheets of single-layer molybdenum disulfide could lead to a new range of flexible electronic and optoelectronic devices. Mass production of large, uniform
carlwilliams
quantum
8y
Blueprint for a functioning quantum computer
Scientists have created a new design for a quantum computer chip that can be made using current manufacturing techniques. Researchers have created a blueprint for a functioning quantum computer based on
carlwilliams
science
8y
New catalyst in a class of its own
Scientists have developed an innovative technique for making better performing catalysts, paving the way for their use in energy technologies. A new class of materials that outperform conventional catalysts
carlwilliams
medical
8y
New biochip promises faster, cheaper disease detection
Scientists have developed a tiny sensor that holds the promise for faster, cheaper and more accurate disease detection. A technique that can detect miniscule amounts of biomolecules without using complex
carlwilliams
climate
8y
Tracking methane levels over Siberia
By monitoring methane emissions over Siberia, scientists gain a better understanding of how they have changed over the past few decades. Like carbon dioxide, methane is an important greenhouse gas that
carlwilliams
science
8y
Thanks for the porous memories
Scientists have created porous materials able to change their dimensions, and could find use in a wide range of applications. Scientists have used light to change the shape and size of polymer films containing
carlwilliams
science
8y
Beyond the Standard Model
By investigating the existence of exotic particles called axions, scientists could shed further light on the nature of dark matter. Japanese scientists are exploring the existence of hypothetical particles
carlwilliams
science
8y
A wave of new applications
By controlling the behaviour of sound waves, scientists have opened the door to new devices for use in sensing technologies Scientists have developed a method that uses pulses of light to control the
carlwilliams
brain
8y
Connecting the dots to unlock brain structure
Mapping genetic influences on connections between neural networks could lead to a better understanding of brain organization and behaviour. A review of recent developments in statistical methods has
carlwilliams
underwater
8y
A clearer future for underwater exploration
An optical communication system could revolutionize underwater exploration and discovery. A system that simultaneously transmits ultrahigh-definition live video and receives feedback signals offers greatly
carlwilliams
solar
8y
A new order in solar cells
By modifying the crystal structure of a key component, scientists have significantly improved the efficiency of a low-cost solar cell. Scientists have developed an innovative technique for altering the
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