Science & Technology
Last year, DHS made a broad agency announcement soliciting proposals for so-called Wearable Intelligent Nuclear Detection, or WIND, technology. Employees would wear the products to ensure nuclear devices weren't secretly being transported in areas like marine vessels, metro systems, or other public areas, according to DHS.
DHS was specifically searching for "advanced technology demonstrations," which are for "mature prototype capable of providing reliable performance measurements in a challenging and realistic, albeit simulated, operational environment," the BAA said. Awards were for roughly $4 million to $5 million.
DHS' Domestic Nuclear Detection Office, whose mission is to protect the U.S. from nuclear devices, was specifically searching for a modular wearable system that could sense, localize and identify nuclear particles, including gamma rays and neutrons.
Using a series of special hails and chirps the humans and birds are able to communicate - honeyguide birds lead the way to hidden beehives, where the Yao people share the spoils with their avian friends.
It's a beautiful mutualistic relationship that's been known for more than 500 years - but now, for the first time, a team of researchers from the UK and South Africa have shown that the honeyguide birds and humans are actually communicating both ways in order to get the most benefit out of their collaboration.
While it's not uncommon for us to be able to communicate with pet birds and other domesticated animals, it's incredibly rare for humans to be able to 'speak' to wild animals - and even rarer for them to be able to speak back voluntarily.
Even more impressive, no one's ever trained these birds. They're choosing to collaborate with the humans on their own.
The U.S. Food and Drug Administration (FDA) announced on Tuesday that venetoclax was approved for prescription outside of human trials for patients with chronic lymphotic leukemia (CLL).
Venetoclax, which overwhelms the BCL-2 protein that is vital to cancer cell survival, was developed in Melbourne in the 1980s after researchers at the Walter and Eliza Hall Institute of Medical Research (WEHI) discovered the importance of BCL-2.
WEHI's head of clinical translation, Professor Andrew Roberts, said that 80 of 116 participants in a human trial of the drug in Melbourne have displayed a positive response.
Comment: It is worth those suffering from cancer to try and beat the disease by changing to a ketogenic diet instead of investing in costly prescription medication which can cause terrible side effects. Many sufferers of cancer have reported drastic changes after changing to a keto lifestyle:
- Ketogenic diet beats chemotherapy for almost all cancers says Dr Thomas Seyfried
- Starving cancer with a ketogenic diet and compressed oxygen: Dominic D'Agostino at TED
- Ketogenic diet, calorie restriction and hyperbaric treatment offer hope for non-toxic cancer treatment and alleviation of multiple health issues
- Woman with brain cancer uses high fat, low carb ketogenic diet to battle deadly ailment
- Low-carb ketogenic diet can combat brain cancer, says scientist Adrienne Scheck
- Baby born with brain tumors had 20 seizures daily until ketogenic diet helped
Scientists at the University of Texas say they are challenging the assumption that humans have evolved to have monogamous relationships.
The team's research has put forward the "mate-switching-hypothesis" which says humans have evolved to keep testing their relationships and looking for better long-term options.
The senior author of the research, Dr David Buss, told the Sunday Times: "Lifelong monogamy does not characterise the primary mating patterns of humans.
"Breaking up with one partner and mating with another may more accurately characterise the common, perhaps the primary, mating strategy of humans."
Comment: Original headline: "Women are 'genetically programmed to have affairs'". Who writes these things? If this statement were true, all women would have affairs. They all don't, obviously. As usual, mainstream science gives us some interesting data, but leaves out all the actual humanity. 'Evolved for' doesn't imply that it we should behave in certain ways, nor does it mean we cannot do otherwise. After all, we also 'evolved for' the ability to choose our own behavior based on considerations other than what our gonads tell us to do.
The findings of the experiment-based survey conducted by scientists from Moscow Institute of Physics and Technology (MIPT) and ITMO University were published in the ACS Photonics journal in late July.
The scientists have performed a series of experiments, studying the response of nanoparticles, made of conventional silicone, to the intense and short laser pulse. They found that if affected by the laser the plasma inside the particles displays an ultrafast reaction.
The silicon particle, thereby, acts as an nonlinear antenna at the speed of about 250 Gb/s processing optical data at the speed far exceeding the one that could be achieved by the means of conventional silicon electronics.
The advancement was made by biological engineers at Massachusetts Institute of Technology (MIT), using the genome-editing system CRISPR. The system consists of a DNA-cutting enzyme called Cas9 and a short RNA strand. The strand guides the enzyme to a specific area of the genome, directing Cas9 where to make its cut.
Although CRISPR is well known for its gene editing capabilities, the MIT team managed to use it for memory storage - the first that can record the duration and intensity of events in human cells. Such memories include events such as inflammation.
To encode the memories, the scientists designed guide strands that recognize the DNA that encodes the very same guide strand. It's a concept they refer to as "self-targeting guide RNA."
Plain sheets of glass aren't much better. They shatter easily and let a lot of energy leak into or out of a building.
But engineers have recently figured out how to find the best of both worlds by making see-through wood.
The team, led by materials scientist Liangbing Hu at the University of Maryland, developed a patented process to turn wood translucent, make it more durable, and lend it incredible strength.
Engineers at the University of Washington have developed an innovative way of communicating that would allow medical aids such as contact lenses and brain implants to send signals to smartphones.
The new tech, called "interscatter communication," works by converting Bluetooth signals into Wi-Fi signals, the engineers wrote in a paper that will be presented Aug. 22 at the Association for Computing Machinery's Special Interest Group on Data Communication conference in Brazil.
"Instead of generating Wi-Fi signals on your own, our technology creates Wi-Fi by using Bluetooth transmissions from nearby mobile devices such as smartwatches," study co-author Vamsi Talla, a research associate in the Department of Computer Science and Engineering at the University of Washington, said in a statement.
Interscatter communication is based on an existing method of communication called backscatter, which lets devices exchange information by reflecting back existing signals. "Interscatter" works essentially the same way, but the difference is that it allows for inter-technology communication — in other words, it allows Bluetooth signals and Wi-Fi signals to talk to each other.
Comment: See also:
- What's Wi-Fi doing to us? Experiment finds that shrubs die when placed next to wireless routers
- Study: Laptops with WiFi can Cause Sperm Damage
- WiFi detrimental to health, New Zealand study suggests
- WiFi to kill millions, with its effects being cumulative over generations
- DECT Cordless Phones (and WiFi) Causes Heart Irregularities
- Radiation From Cell Phones and WiFi Are Making People Sick -- Are We All at Risk?
- Cell Phones, EMF Negatively Altering Important Regions of the Brain

The Crab Nebula, shown here in this image from NASA’s Hubble Space Telescope, is the expanding cloud of gas and dust left after a massive star exploded as a supernova in 1054. Supernovae propel a star’s innards back into space while creating new radioactive isotopes such as iron-60. Credit: NASA, ESA, J. Hester and A. Loll
So perhaps you wouldn't be surprised that over the course of Earth's history, our planet has also been affected by one of the most cataclysmic events the universe has to offer: the explosion of a supergiant star in a Type II supernova event. After the collapse of the star's core, the outgoing shock wave blows the star to pieces, both releasing and creating a host of elements. One of those is iron-60. While most of the iron in the universe is iron-56, a stable atom made up of 26 protons and 30 neutrons, iron-60 has four additional neutrons that make it an unstable radioactive isotope.
If a supernova occurs sufficiently close to our Solar System, it's possible for some of the ejecta to make its way all the way to Earth. How might we detect these stellar shards? One way would be to look for traces of unique isotopes that could only have been produced by the explosion. A team of German scientists did just that. In a paper published earlier this month in the Proceedings of the National Academy of Sciences, they report the detection of iron-60 in biologically produced nanocrystals of magnetite in two sediment cores drilled from the Pacific Ocean.
The Outer Space Treaty is the product of mankind's bid to reach the stars. Enacted in 1967, the UN resolution set the standard for conduct in space, essentially warning nations to never claim sovereignty over the Moon or stockpile nuclear weapons on future space stations.
"States Parties to the Treaty undertake not to place in orbit around the earth any objects carrying nuclear weapons or any other kinds of weapons of mass destruction, install such weapons on celestial bodies, or station such weapons in outer space in any other manner," Article IV of the treaty reads.













Comment: It probably beats the dying canary.