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Sep 13, 2019

LAMY 2000 Fountain pen

Posted by in category: futurism

The LAMY 2000 has been writing design history since 1966. As a timeless classic it is still one of the most modern writing instruments today. Made of fibreglass polycarbonate, exclusive woods or matt stainless steel. The LAMY 2000 is available as a piston.

NameLAMY 2000 Fountain penLAMY SloganThe modern classic. Short DescriptionPiston operated filling system / Made of fibreglass polycarbonate, exclusive woods or matt stainless steel. / 14 ct. gold nib, platinum coated / ink: bottles LAMY T 51 or T 52DescriptionThe LAMY 2000 has been writing design history since 1966. As a timeless classic it is still one of the most modern writing instruments today. Made of fibreglass polycarbonate, exclusive woods or matt stainless steel. The LAMY 2000 is available as a pistonLAMY Product Family2000Configurable Custom SKUNoLAMY custom SKUNoLAMY OffsetNoLAMY CategoryFountain penLAMY Delivery time02-MarLAMY AwardsNoLAMY SpecialnoLAMY Width88888LAMY Length88888LAMY Height88888LAMY DesignerGerd A. MullerLAMY MaterialNoLAMY SurfaceNo.

Sep 13, 2019

Slime: How Algae Created Us, Plague Us, and Just Might Save Us

Posted by in categories: energy, food

“No organisms are more important to life as we know it than algae. In Slime, Ruth Kassinger gives this under-appreciated group its due. The result is engaging, occasionally icky, and deeply informative.”

Elizabeth Kolbert, New York Times-bestselling author of the Pulitzer Prize-winner The Sixth Extinction

“A book full of delights and surprises. Algae are the hidden rulers of our world, giving us oxygen, food, and energy. This is a beautiful evocation of the many ways that our past and future are entangled in their emerald strands.”

Sep 13, 2019

Solving the Schrödinger equation with deep learning

Posted by in categories: information science, particle physics, quantum physics, robotics/AI

The code used below is on GitHub.

In this project, we’ll be solving a problem familiar to any physics undergrad — using the Schrödinger equation to find the quantum ground state of a particle in a 1-dimensional box with a potential. However, we’re going to tackle this old standby with a new method: deep learning. Specifically, we’ll use the TensorFlow package to set up a neural network and then train it on random potential functions and their numerically calculated solutions.

Why reinvent the wheel (ground state)? Sure, it’s fun to see a new tool added to the physics problem-solving toolkit, and I needed the practice with TensorFlow. But there’s a far more compelling answer. We know basically everything there is to know about this topic already. The neural network, however, doesn’t know any physics. Crudely speaking, it just finds patterns. Suppose we examine the relative strength of connections between input neurons and output. The structure therein could give us some insight into how the universe “thinks” about this problem. Later, we can apply deep learning to a physics problem where the underlying theory is unknown. By looking at the innards of that neural network, we might learn something new about fundamental physical principles that would otherwise remain obscured from our view. Therein lies the true power of this approach: peering into the mind of the universe itself.

Sep 13, 2019

This AI can pass a 12th-grade standardized science test

Posted by in categories: education, robotics/AI, science

But no, it’s not as smart as a high school student.

Sep 13, 2019

Hacking at Quantum Speed with Shor’s Algorithm

Posted by in categories: cybercrime/malcode, encryption, information science, quantum physics

X.x.


Classical computers struggle to crack modern encryption. But quantum computers using Shor’s Algorithm make short work of RSA cryptography. Find out how.

Sep 13, 2019

The new genetics of intelligence

Posted by in categories: biotech/medical, genetics

Recent genome-wide association studies have catapulted the search for genes underlying human intelligence into a new era. Genome-wide polygenic scores promise to transform research on individual differences in intelligence, but not without societal and ethical implications, as the authors discuss in this Review.

Sep 13, 2019

More than 500 Intelligence Genes Discovered

Posted by in categories: economics, education, genetics

Are humans born with “intelligence” genes, or is human intelligence determined by environmental factors, such as economic status or easy access to education?

When a team of researchers set out to answer this question, they discovered that more than 500 genes were associated with intelligence. The results, published in Nature Genetics, indicate that intelligence is much more complex than previously thought.

Continue reading “More than 500 Intelligence Genes Discovered” »

Sep 13, 2019

Cryotechnology in Diagnosing and Treating Lung Diseases

Posted by in categories: biotech/medical, health

http://webservices.ovid.com/mrws/1.0”>* Division of Pulmonary, Allergy, Critical Care and Sleep Medicine.

http://webservices.ovid.com/mrws/1.0”>†Division of Cardiothoracic Surgery, Section of Thoracic and Foregut Surgery, University of Minnesota, Minneapolis, MN

Disclosure: There is no conflict of interest or other disclosures.

Sep 13, 2019

Meet the pioneers running Kyrgyzstan’s all-woman space agency

Posted by in category: space

In a country where women are seen first and foremost as wives and mothers, Kyrgyzstan’s all-female space agency defies expectations. Aged between 18 and 24, the eight-woman team are building a one-kilo satellite that will be the country’s first foray into the cosmos as an independent state. Based in Bishkek, they told The Calvert Journal what this project means for them— and thousands of girls like them.

Sep 13, 2019

New gene therapy helps stroke patients develop new neurons

Posted by in categories: biotech/medical, neuroscience

Ischemic stroke is a condition in which parts of the brain lose their blood supply, causing nerve damage. Once brain tissue suffers irreparable harm, the patient will experience irreversible disability or death, depending on the extent of neuronal loss. However, glial cells surrounding the neurons are activated by the injury and multiply. Now, scientists have found out how to insert genes into glial cells to convert them into neurons, thus filling in for some of the lost functioning cells to improve motor functions.

There are about 86 billion neurons in the brain, but billions of them can be lost with one moderate-sized stroke. About 800,000 new strokes occur each year in the US alone. The need is to regenerate new brain cells to replace the ones that die, at least partially. This is the only known way to restore motor functions that have been impaired or destroyed by a stroke or other brain injury.

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