kcg
Joined 15 years ago
Joined 15 years ago
But, if an arriving aircraft is still on the runway, a controller can clear a departing aircraft for takeoff if there will be adequate separation when the departing aircraft starts takeoff roll (i.e., the arriving aircraft will be clear of the runway at that point).
[1] 7110.65 3-9-5 Anticipating Separation
Just to keep stating this: I'm not at all defending the AUS controller here. A squeeze play like this in low visibility is needlessly reckless.
[1] https://www.faa.gov/air_traffic/publications/atpubs/atc_html...
The FAA says that, specifically the 7110.65 which governs ATC rules and procedures. In a radar environment it allows for departures when the arriving aircraft is 2+ miles from the runway, and there will be at least 3 miles of separation within 1 min of takeoff. A separate rule requires that the departing aircraft is at least 6000ft down the runway and airborne before the arrival crosses the runway threshold.
If there is a departing plane rolling up to the hold short line and confirmed ready for immediate takeoff, there is possibly time to get them out and maintain separation. If it's low visibility, the departing plane is rolling slowly and not confirmed ready, then it's a bad bad idea.
A different regulation (applicable only to radar environments, which AUS is) allows for a departure if an arriving aircraft is 2+ miles away from the runway, as long as there is at least 3 miles of separation within 1 min after takeoff.
All that being said -- it is possible to execute a squeeze play like this if everything is perfect, but you need the departure to go IMMEDIATELY. Trying this in low visibility was extremely reckless and incompetent.
See: https://www.nasdaqtrader.com/content/MarketRegulation/LULD_F...
Source: spent several years working in the loan and high yield space at a well-known fund.
The 3060 Ti was already NVIDIA's mining efficiency leader (per W and per $). I think the 3060 would be in the same ballpark, if not better, which I assume is why NVIDIA is doing this.
Presumably they will do nothing to the existing cards (in part because it would solve very little if you could just use old drivers to get the unthrottled MH/s).
You might be asking instead about the following scenario, though, where a single share is borrowed and sold short multiple times:
Person A borrows from Person C and sells to Person B
Person D borrows from Person B and sells it to Person E
Well, the covering of the shorts doesn't have to happen in an atomic transaction; there are thousands to millions of trades of a single ticker every day. Just as a single share can create a chain of multiple shorts (borrows and sales), a single share can cover multiple shorts too through a chain of trades.
False -- if you're going to spread information about financial nuances across this thread, you should look it up first. Go read the SEC filings for GME (SEC EDGAR is your friend), there has been no additional issuance since GME took off. Nor would it be realistically possible given the volatility.
That's only true if you force all shorts to be covered at once without a chain of trades. That's not how it happens.
Person A covers their short by buying a share from Person B and returning to Person C. Person D then buys that share from Person C and returns to Person E to cover their short. That's 2 short shares covered with a single underlying share and no failure to deliver.
Yes, the SEC does track failure to deliver, but >100% short interest does not mean there is naked shorting nor does it imply there will be failure to deliver.