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Businesses

Companies That Don't Understand Engineers Don't Respect Engineers 371

An anonymous reader writes Following up on a recent experiment into the status of software engineers versus managers, Jon Evans writes that the easiest way to find out which companies don't respect their engineers is to learn which companies simply don't understand them. "Engineers are treated as less-than-equal because we are often viewed as idiot savants. We may speak the magic language of machines, the thinking goes, but we aren't business people, so we aren't qualified to make the most important decisions. ... Whereas in fact any engineer worth her salt will tell you that she makes business decisions daily–albeit on the micro not macro level–because she has to in order to get the job done. Exactly how long should this database field be? And of what datatype? How and where should it be validated? How do we handle all of the edge cases? These are in fact business decisions, and we make them, because we're at the proverbial coal face, and it would take forever to run every single one of them by the product people and sometimes they wouldn't even understand the technical factors involved. ... It might have made some sense to treat them as separate-but-slightly-inferior when technology was not at the heart of almost every business, but not any more."

Comment Re:Punishes fans? (Score 1) 216

shouldn't the organizer of the event -any event- get to choose if it can be broadcast or not, since aren't they in control of the copyright of the recording????

Well, yes, they do. They are. The NFL is the organizer of the event, and controls the copyright of the recording. It's their rule that the game can't be broadcast locally if it isn't sold out, nobody else's. Who else did you think it might be?

Science

New Process Promises Ammonia From Air, Water, and Sunlight 117

The synthesis of ammonia is one of the globe's most significant industrial applications of chemistry. PhysOrg reports the publication in the August issue of Science (sadly, article is paywalled) the description of a low-energy process to syntheize ammonia for fertilizer using just air, water, and sunlight, by zapping with electricity water bubbling through a matrix of iron oxide, and sodium and potassium hyroxide. Electricity isn't free, though — "Low energy" in this case means two-thirds the energy cost of the long-in-use Haber-Bosch process. Researcher Stuart Licht is getting some of the energy to run this reaction from a high-efficiency solar cell he's created, which creates hydrogen as a byproduct. Along with the elimination of the need to produce hydrogen from natural gas, the overall emissions are reduced quite significantly. The whole process also takes place at milder conditions, not requiring 450C and 200 times atmospheric pressure as the Haber-Bosch process does. ... But even with Licht's method, [University of Bristol electrochemistry professor David] Fermin points out that we are far away from being able to replicate nature's efficiency at converting nitrogen from the air to useful chemicals, which is done by nitrogen-fixing bacteria. "What is truly remarkable is that nature does it incredibly efficiently at low-temperature," Fermin added. And yet, if something more efficient can replace the Haber-Bosch process, it would lower the energy input of the production of one of the worlds most important chemicals and lead to a notable reduction in global CO2 emissions.
The Military

Long-Wave Radar Can Take the Stealth From Stealth Technology 275

AbrasiveCat (999190) writes "In the continuing game of cat and mouse between offensive and defensive technologies of war, the technology of radar stealth may have been matched by new multiple frequency radar systems. U.S Naval Institute News reports the Chinese and Russians may be developing such systems. The present radar systems use high frequency waves for accurately locating an incoming target. Stealth aircraft are designed to adsorb or reflect these waves away from the receiver. It turns out longer wave radars can see the stealth aircraft. The longer wave radar lacks the precision of the high frequency radar, but when the two are combined, as the Russians, Chinese (and U.S.) are doing, you can produce accurate targeting radar. The F117 may have been in a golden age for stealth technology, it will be interesting to see if the F35 arrives too late to be effective against other countries with advanced radar systems."

Comment Re:Formal specifications are pretty useless for th (Score 1) 180

Formal language specification isn't meant to be perused with a cup of coffee in one hand. It's primary purpose is that you can use it to prove that your implementation of the language does what the language specs say it's supposed to do. Your "informal (but exact) specification" doesn't do "a much better job" at that. It can't do that job at all.

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