Saturday, January 30, 2016

1/29/2016 — Large Northwest Pacific Earthquake — M7.2 strikes Kamchatka Russia | Dutchsinse

1/29/2016 — Large Northwest Pacific Earthquake — M7.2 strikes Kamchatka Russia | Dutchsinse

1/29/2016 — LARGE NORTHWEST PACIFIC EARTHQUAKE — M7.2 STRIKES KAMCHATKA RUSSIA

A large (and rather deep) M7.2 earthquake has struck the Northwest Pacific in the Russian Kamchatka / Kuril islands region located North of Japan, West of Alaska.

Originally began as M7.3, now revised down by 0.1  .

large m7.3 earthquake jan 29 2016

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The depth of the earthquake was measured at 161km , which is EXACTLY 100.0 miles .

In the past, when we see deep movement below the Northwest Pacific, we usually see follow up shallower larger activity to the West Southwest from the locations North of Japan.

The day(s) before the large Nepal earthquake last year, we saw a series of deep earthquakes occur in North Japan / Kamchatka Russia.  A warning was issued in the days leading up to the Nepal earthquake which killed thousands of people.

We have seen this develop several times, deep events in the NW Pacific , causing shallow large earthquakes along the Himalayan range.

Keep watch in adjacent areas to the West, Southwest, and East for possible compensation movement.

It is worthy to note that we just saw a large earthquake in Alaska less than 1 week ago, measuring in at M7.2 as well.  It should be obvious that the Pacific is in a state of flux yet again (due to deep movement below the plate).

alaska russia earthquakes jan 2016
Above: Over the past 7 days up to Jan 29. 2016, we now see two separate M7.2 earthquakes have struck the North Pacific spanning several thousand miles distance. Proof that seismic pressure is transferring over vast distances over a short amount of time.

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If we look at the past 7 days of M5.0 and greater earthquakes around the Pacific, you can clearly the see area to the South gave way with large swarms of M5.0+ events, and the area to the North compensated with two large single events.

past 7 days m5.0 and greater jan 29 2016
Above: Past 7 days of M5.0+ earthquakes up to Jan. 29, 2016 11pm CT – Clearly the area to the South moved heavily over the past several days. The area to the North compensated with two large releases (so far). The area on the Eastern side of the Pacific must be under heavy stress — which just caused two back to back M5.0 earthquakes off the coast of California.

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Information on this earthquake in Kamchatka from the USGS:

M7.2 – 91km N of Yelizovo, Russia

http://earthquake.usgs.gov/earthquakes/eventpage/us20004vvx#scientific_origin

Magnitude 7.2 mww
Location/uncertainty 54.007 °N 158.506 °E± 6.2 km
Depth/uncertainty 161.0 km± 4.0
Origin Time
Number of Stations
Number of Phases 168
Minimum Distance 110.09 km (0.99°)
Travel Time Residual 0.79 sec
Azimuthal Gap 18°
FE Region KAMCHATKA PENINSULA, RUSSIA (217)

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~A.

Friday, January 29, 2016

4D printing could be first step toward a medical breakthrough | Inhabitat - Green Design, Innovation, Architecture, Green Building

4D printing could be first step toward a medical breakthrough | Inhabitat - Green Design, Innovation, Architecture, Green Building
Why it's so important not to separate the arts and sciences....πŸŒ»πŸŒΊπŸŽ¨πŸ”ŒπŸ“€⛩
http://inhabitat.com/4d-printed-flowers-could-be-the-first-step-toward-a-medical-breakthrough/

4D printing could be first step toward a medical breakthrough | Inhabitat - Green Design, Innovation, Architecture, Green Building

We've written many, many times before about the promising uses of 3D printing when it comes to medicine — doctors are already using for everything from crafting low-cost prosthetics, to mending or even replacing broken bones, and even creating new drugs. But when it comes to replacing organs, there's one major problem 3D printed materials face — they just can't move or change shape over time in a way that mimics natural processes. That's why researchers at Harvard are beginning to test out "4D printing," a method of 3D printing objects that can be designed to shift and flex over time.

Jennifer Lewis and her team of researchers at the Wyss Institute for Biologically Inspired Engineering at Harvard have been using cellulose fibers from wood pulp to create glowing 3D printed flowers that bend and twist when placed in water. The secret to the flowers' shape? The fibers are mixed with a jelly-like substance called acrylamide hydrogel, which expands when wet. Because the fibers can be printed to line up in a specific direction, the gel expands lengthwise, but not sideways. Using mathematical models, the team is able to create crisscross designs, aligning the fibers so that the flowers bend in specific, predetermined shapes.

Related: MIT Unveils 4D-Printed Objects that 'Make Themselves'

This new printing method has some interesting implications for medical technology if it could be replicated with tissue cultures. This would make it easier to create, say, a 3D printed heart, because instead of having to print the entire structure in layers, the tissue could be printed in a flat sheet which would simply transform itself into the required shape. You can find more details of the Harvard study in the journal Nature Materials.

+ The Wyss Institute

Via New Scientist

Images via The Wyss Institute



~A.

Monday, January 25, 2016

Historic New England Magazine — Historic New England




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