Hasta La Gadget!

Private health insurers will be required to cover up to eight home coronavirus tests per month for those on their plans.

Over the last year, US greenhouse emissions increased by 6.2 percent compared to 2020 levels, according to a new report from the Rhodium Group. The jump puts the country further behind meeting the reduction targets put forward by the Paris climate agreement. Under the deal, the US has pledged to reduce its greenhouse emissions between 50 percent and 52 percent below 2005 levels by 2030. As of last year, they were 17.4 percent below that benchmark. That’s a step back from the 22.2 percent reduction the country had achieved the year prior.

Behind the increase in overall emissions were corresponding jumps in pollution generated by the country’s transportation and power sectors. Compared to 2021, those sectors generated an additional 10 percent and 6.6 percent of greenhouse emissions. Driving those increases was a 17 percent increase in reliance on coal-generated power and more people driving after a pandemic-related downturn.

The report underscores how important is it is for the US to clean up its power grid and transportation sector. Another recent study found that wind and solar could meet 85 percent of the country’s current electricity needs. So much of whether the US will meet its Paris Agreement commitments will depend on if the country can mobilize investment as part of policies like President Biden’s Build Back Better Plan. The fate of the bill is uncertain, but what is clear is that the technology is there to enable a clean transition. Until recently, natural gas had never been more affordable, and yet it was still more expensive than renewable sources of energy. 

Rev. Al Sharpton delivered the eulogy at the funeral for Valentina Orellana Peralta, who was killed by police when a stray bullet pierced a department store dressing room.

Whenever someone asks “what’s the best microphone” the response is usually “well it depends what you’re recording.” Rode’s new VideoMic Go II, as the name suggests, wouldn’t be suitable for podcasting. Would it?

Very clearly, the VideoMic Go II was designed to sit atop a camera. That’s just a fact, but with USB and 3.5mm outputs and compatibility with Rode Connect – the company’s USB-friendly podcasting app – it turns out this lightweight, $99 mic could be more versatile than it first seems.

If you are looking for a mic for your DSLR, know that the VideoMic Go II has a cold shoe mount, the aforementioned 3.5mm out (which can also be used for monitoring) and it comes bundled with a Rycote shock mount and a windscreen in the box. There’s no secondary/safety/stereo recording here or on-mic gain control, but that’s normal for something in this price range.

Performance-wise, the sound is surprisingly rich for a mic of this size without sounding too “dead.” There’s no notable difference between the audio you get out of the USB port compared to the 3.5mm port bar a little variation in gain. When comparing it against Rode’s VideoMic Me and VideoMic NTG, the VideoMic Go II might well be my favorite of the bunch. It’s natural, focused with just the right amount of ambiance/sense of space.

Where the VideoMic Go II gets more interesting is how it performs in other use cases. When plugged into a computer and placed on a desk the VideoMic Go II sounds just as robust as far more expensive dynamic microphones. So much so it threw me for a moment.

Perhaps the best illustration of this is when I tested it against the $400 Shure SM7B and Rode’s own $99 NT USB Mini. Given that both of the Rodes in this test are condenser microphones and cost about the same, you might think those two would be the nearer match, but it turns out that the VideoMic Go II sounded much closer to the SM7B. This isn’t to say it’s as good as the SM7B (there’s a little more depth in the Shure and a touch more dynamic range perhaps) but given the disparity in price, it definitely wasn’t expected.

This similarity is further compounded when you consider that the different type of capsule – Rode’s condenser versus Shure’s dynamic – alone would typically give them a very different sound. You can hear all three microphones in the sample below. It starts with the Shure, then the VideoMic Go II and then the NT Mini. The transition between the first two is subtle, yet the last one is obvious. Oh, and the VideoMic Go II was about two inches further away from my mouth than the SM7B was.

Of course, this is just one test, in one scenario in one specific room. But for a quick comparison of what a $400 mic can do off the cuff compared to a $99 one, it’s a good starting point. Despite the lack of on-device controls, there are some configurable options via Rode Central. When connected to the app (mobile or desktop) you’ll have the option to tweak the gain level, apply a high pass filter / high-frequency boost and adjust the monitoring volume. It’s less convenient than physical on-mic controls, but still allows you some control over how it sounds or responds to different inputs. (If you’re wondering, the audio above starts with the SM7B and switches to the VideoMic Go II at “two condenser microphones”).

Given that Rode added compatibility for Connect, and the USB option makes it phone and tablet-friendly, suddenly the VideoMic Go II could very well be a good all-rounder for the price. A mic that has video chops but can also do double duty as a podcast mic (and, therefore an all-purpose computer mic) there appears to be a lot of bang for the veritable buck.

Of course, if you really do need something that records a safety channel, has physical variable gain controls or if XLR connectivity is a must, this isn’t the one to go for. But for most general creator uses? It finally might not entirely “depend on what you’re recording.”

Researchers in Finland say they’ve created a novel nasal spray treatment that can provide brief but effective protection from the coronavirus and its many variants, including Omicron. In a recent preliminary study of cells in a petri dish as well as mice, the nasal spray appeared to block the virus from infecting…

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