How to Persevere When Facing a Work Grind
It’s called “work” for a reason. Most days we’re able to “work” through it and find enjoyment in what we do. But occasionally we’re faced with a grind that saps our strength and threatens to derail us.
It’s called “work” for a reason. Most days we’re able to “work” through it and find enjoyment in what we do. But occasionally we’re faced with a grind that saps our strength and threatens to derail us.
Promoting a “flat hierarchy” with fewer layers of managers might sound modern and progressive. It promises agility, equality, and empowerment.
This illustration featuring earthquake simulation data from the San Francisco Bay Area shows how seismic energy is shaped and directed by local geology, and how buildings and infrastructure respond to intense ground shaking.
Simulations still can’t predict precisely when an earthquake will happen. Still, with the incredible processing power of modern exascale supercomputers, they can now predict how they will happen and how much damage they will likely cause.
At Ramirez & Co., a midsize business with decades of wins, leadership thought its biggest challenges were competitors, technology, and the market. Close, but no cigar.
In my Labor Day article, “Celebrating Our Frontline Scapegoats,” I observed that of the seven wastes, the one most people recognize is defects.
Organizations today face a problem that’s both simple and enormous: They operate in a world that moves faster than the systems used to track it.
Guangwen Zhou, a SUNY distinguished professor at the Thomas J. Watson College of Engineering and Applied Science and deputy director of Binghamton University's Materials Science and Engineering program, is co-author on a new study in Nature that could lead to greener and faster metal production.
Most metals found in nature are actually in their oxide forms.
After a couple of heart attacks, I’ve learned to eat much healthier. But finding snacks can be challenging once you remove Doritos and Cheetos from the equation.
Productivity looks good on paper. It’s measurable, visible, and in many organizations, it’s worshipped. But here’s the problem: Productivity isn’t the same as progress.
NIST researcher Kamran Sayrafian developed a computational model of the lungs with different levels of excess fluid. The long-term goal is to develop a device that could alert the patient or medical provider when it detects pulmonary edema in the user’s lungs.
A few years ago, I heard on the news that many people were being hospitalized with a condition of excess fluid in the lungs, called pulmonary edema.
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