The Syntellect Hypothesis: Five Paradigms of the Mind’s Evolution, Book Trailer, more info: www.ecstadelic.net
Read more
I am not surprised at all by this finding given the other issues with pollution such as cancer from carcinogens, asthma, sinus infections, etc.
Air pollution is a known culprit in lung and heart disease. Fine particulate matter, tiny particles, 1/30th the width of a human hair, are released into the air by power plants, factories, cars and trucks. These fine particles somehow invade the body’s defenses and do the most damage. Air quality is worst in urban areas with increased traffic. New research points out that air pollution negatively affects brain and cognitive development in young children and teenagers.
Moreover, Jennifer Weuve, an assistant professor of internal medicine at Rush Medical College, found that older women who had been exposed to high levels of the pollution experienced greater cognitive decline compared with other women their age (Archives of Internal Medicine, 2012). Other studies cite black carbon in the form of soot as a cause of cognitive decline in an aging population for both men and women. Simply put: Dirty air messes up the brain.
In a new study conducted by a research team at Umeå University in Sweden, the correlation between exposure to air pollution in residential areas and children’ and adolescents’ psychiatric health was studied. The results show that air pollution increased the need for prescribed psychiatric medication for a mental illness. “The results can mean that a decreased concentration of air pollution, first and foremost traffic-related air pollution, may reduce psychiatric disorders in children and adolescents,” says lead researcher Anna Oudin, the Unit for Occupational and Environmental Medicine at the Department of Public Health and Clinical Medicine.
Read more
SAN FRANCISCO (AP) — Suppose your smartphone is clever enough to grasp your physical surroundings — the room’s size, the location of doors and windows and the presence of other people. What could it do with that info?
We’re about to get our first look. On Thursday, Lenovo will give consumers their first chance to buy a phone featuring Google’s 3-year-old Project Tango, an attempt to imbue machines with a better understanding about what’s around them.
Location tracking through GPS and cell towers tells apps where you are, but not much more. Tango uses software and sensors to track motions and size up the contours of rooms, empowering Lenovo’s new phone to map building interiors. That’s a crucial building block of a promising new frontier in “augmented reality,” or the digital projection of lifelike images and data into a real-life environment.
Read more
Nice.
In a pair of firsts, researchers at Case Western Reserve University and Massachusetts Institute of Technology have shown that the drug candidate phenanthriplatin can be more effective than an approved drug in vivo, and that a plant-virus-based carrier successfully delivers a drug in vivo.
Triple-negative breast cancer tumors of mice treated with the phenanthriplatin –carrying nanoparticles were four times smaller than those treated either with cisplatin, a common and related chemotherapy drug, or free phenanthriplatin injected intravenously into circulation.
The scientists believe the work, reported in the journal ACS Nano, is a promising step toward clinical trials.
Read more
Nice!
Scientists can now identify the exact location of a single atom in a silicon crystal, a discovery that is key for greater accuracy in tomorrow’s silicon based quantum computers.
It’s now possible to track and see individual phosphorus atoms in a silicon crystal allowing confirmation of quantum computing capability, but which also has use in nano detection devices.
Quantum computing has the potential for enormous processing power in the future. Current laptops have transistors that use a binary code, an on-or-off state (bits). But tomorrow’s quantum computers will use quantum bits ‘qubits’, which have multiple states.
How do organisms without brains make decisions? Most of life is brainless and the vast majority of organisms on Earth lack neurons altogether. Plants, fungi and bacteria must all cope with the same problem as humans — to make the best choices in a complex and ever-changing world or risk dying — without the help of a simple nervous system in many cases.
A team of researchers from New Jersey Institute of Technology (NJIT), the University of Sydney, the University of Sheffield and the University of Leeds recently studied this problem in the unicellular slime mold, Physarum polycephalum, a single-cell organism that can grow to several square meters in size. This giant cell, which typically lives in shady, cool and moist areas of temperate forests, spreads out to search its environment like an amoeba, extending oozy tendrils along the forest floor in search of its prey of fungi, bacteria and decaying vegetable matter.
Neither plant, animal nor fungus, P. polycephalum has become an unlikely candidate for studies of cognition, due to its spectacular problem-solving abilities. In recent studies, Physarum has been shown to solve labyrinth mazes, make complicated trade-offs, anticipate periodic events, remember where it has been, construct transport networks that have similar efficiency to those designed by human engineers and even make irrational decisions — a capability that has long been viewed as a by-product of brain circuitry.
Read more
Very nice; researchers have now discovered a method for viewing deep brain imaging through using NIR light at wavelengths of 1600–1870nm Very big deal especially for patients with things like Giloblastoma Multiforme (GBM), and other neuro disorders and diseases.
I remember when my two aunts suffered from GBM, and many doctors could not get iimaging view in some areas of my aunts brains which would have been beneficial in understanding how ingrain the GBM was in their brain cells. So, hopefully this finding will help others in getting better answers to diseases like GBM and in turn better treatment as well developed.
Near-IR light at wavelengths of 1600–1870nm offers the best transmittance for deep brain imaging.
