This and similar criticisms of the F-35 are just silly. I can take any other aircraft in the U.S. inventory and put it in situations where it will lose engagements against other domestic or foreign aircraft and systems. Multi-role fighters like the F-35, Rafale, Viper, Hornet, and Gripen aren't meant to be dominant in any one specific area. They're meant to be flexible platforms that can be tailored for different operations and flight packages based on the needs of the mission at the time, and like most multi-role fighters, they each tend to be a little better at certain roles than others.
Additionally, most of these criticisms act as if the F-35 will be acting alone on these missions, and don't take into account the fact that other aircraft, radars, and offensive/defensive systems are meant to be utilized alongside the F-35. Such a micro view doesn't adequately account for the actual theater of war these aircraft will take part in.
Is the JSF program enormously expensive? Yes. Is it unnecessary? Maybe. However, expensive and unnecessary are separate issues from whether or not this is a capable aircraft, of which it empirically is. Does it have kinks to work out? Definitely, but this aircraft is still in testing phases, and like all other aircraft, it will go through iterations and variations. In time, as systems mature, bugs are fixed, and pilots become more experienced, we can be sure that the F-35 will at least be a capable tool to warfighters.
Argue the cost, argue the need, but making the argument that the folks at Lockheed all of a sudden forgot how to build capable fighter aircraft is absurd.
This is a gift to hackers, government snoops, and the like: access is now granted to anyone with the trivial ability to intercept SMS messages, spoof cell towers (Stingrays), or clone SIM cards.
This is one of the most honest and genuine observations I've ever heard; an observation that one can likely only fully appreciate in the face of mortality.
From the sound of it, the important issue in question is depression itself, and not so much the efficacy of SSRIs. If the causes surrounding the physiological roots of depression are unknown or incorrect, no medicinal approach will be able to accurately address the issue, thus always leaving room for the placebo argument.
Agreed. It would seem that unless your system is totally free of all forms of dependencies (including the human kind), arguing that patching is a bad idea simply because it shouldn't have to be patched in the first place is just poor advice.
While earthquake light does seem like one of the better explanations, the length of time it was observed (>30 min) would make it one of the longest observed earthquake light sightings.
Considering lava cools and darkens almost immediately under water, I'd imagine it would have to be an incredibly epic underwater eruption (and thus, detectible) for that much light to make its way through that much water and project itself onto the clouds above that location. Also, the light should diffuse as it makes its way through water, air, and onto the clouds above, so the seemingly neat circles of light don't seem to match up with a sea floor-based light source either.
Instead of hiding or modifying the image entirely at tiny random intervals, why not modify subsections of the image at all times, rolling the imperceptible modification around the image itself, so that at no time interval is there ever an unmodified image?
We use KeypassX (https://www.keepassx.org/) and store the encrypted password database inside BTSync (http://www.bittorrent.com/sync), hosted on a secure internal server within our office. Both KeypassX and BTSync are free.
Few pieces of military technology are so individually valuable to overall tactical and strategic capabilities that knowledge or possession of such technology would tip the scales one way or the other. An exception would be the nuclear bomb.
We may have embarrassingly given the Iranians a freebie, but their ability to dissect and understand it is far different from their ability to reproduce or manufacture it for any tangible military advantage.
Keep in mind, the global dominance of the U.S. Air Force isn't rooted in any one aircraft or technology, rather it comes from the massive network of supporting technologies (e.g. global radar networks, manufacturing technologies, communication and satellite tech, etc.) and personnel (e.g. intelligence agencies, engineers and scientists, pilots, etc.) that support such advanced aircraft.
Additionally, most of these criticisms act as if the F-35 will be acting alone on these missions, and don't take into account the fact that other aircraft, radars, and offensive/defensive systems are meant to be utilized alongside the F-35. Such a micro view doesn't adequately account for the actual theater of war these aircraft will take part in.
Is the JSF program enormously expensive? Yes. Is it unnecessary? Maybe. However, expensive and unnecessary are separate issues from whether or not this is a capable aircraft, of which it empirically is. Does it have kinks to work out? Definitely, but this aircraft is still in testing phases, and like all other aircraft, it will go through iterations and variations. In time, as systems mature, bugs are fixed, and pilots become more experienced, we can be sure that the F-35 will at least be a capable tool to warfighters.
Argue the cost, argue the need, but making the argument that the folks at Lockheed all of a sudden forgot how to build capable fighter aircraft is absurd.