Jim Lillie

Jim Lillie

Jim began writing for newspapers and designing for publishing companies at a time when both industries were just beginning to make the switch from manual to digital platforms. Jim lives in Boulder, Colorado with his teenage son.

The discovery could provide an eco-friendly method for supplying residential customers with affordable electricity.

Bioscience engineers from KU Leuven recently came up with a solar panel they placed on a lawn in front of the Center for Surface Chemistry and Catalysis. While the device appeared to be a typical solar panel, it also was attached to a flask of water that indicated when hydrogen bubbles were escaping. It only took a couple of seconds for the first bubbles to show up on the surface.

The panel wound up using moisture in the atmosphere to create hydrogen gas. Following 10 years of development, the panel was capable of making 250 liters every day. 20 such panels could produce enough electricity to provide heat for a whole family for the length of one winter.

Saturday, 16 March 2019 00:00

Researchers Confirm: Sleep Is Good for You

Does it seem a waste of valuable time to spend a third of life sleeping? If humans are so much more advanced than other animals, why do we require such a sizable period of downtime every day? Haven't we, by now, come up with an efficient way to substitute for the benefits of sleep without actually having to spend all those hours in the Land of Nod?

Researchers at Bar-Ilan University in Israel recently published a study in the journal Nature Communications that indicates new and interesting ways in which sleep and sleep disturbances may impact aging, brain performance, and a variety of brain disorders.

By looking at 3D time-lapse images in live zebrafish, the researchers narrowed down sleep to a single chromosome view and also came up with the ground-breaking discovery that each individual neuron needs sleep in order to conduct "nuclear maintenance".

Thursday, 14 March 2019 00:00

This Needle Knows Its Way Around Your Body

While hollow needles and syringes have been delivering medication for more than 100 years, their precise placement and operation depends upon the skills of the person using them. Even when those are top-notch, it can be something of a challenge to successfully deliver medicine to highly sensitive areas such as the back of the human eye.

Recently, researchers from Brigham and Women's Hospital came up with a sophisticated injecting device for tissue-targeting (called an i2T2) that picks up on modulations in resistance so as to safely and properly deliver medicine in preclinical trials.

Page 1 of 224
Home Jim Lillie

Newsletter Signup

Live support

Available Monday - Friday, 9 AM - 5 PM EST

Connect with us

Netributor Main Offices