507 karma · joined September 16, 2010
I think the only way out of this for companies - and governments - is to build AGIs and put them in charge.
I realize this will sound radical today, but we are getting closer and closer.
If we can carve a path where the AGIs see us as similar to parents, and we "teach" them similar to our kids, I can see how this could all work out (writing about this elsewhere).
My two cents.
This resonated: https://twitter.com/FutureJurvetson/status/14004853611977973...
This also: “Grief, I’ve learned, is really just love. It’s all the love you want to give, but cannot. All that unspent love gathers up in the corners of your eyes, the lump in your throat, and in that hollow part of your chest. Grief is just love with no place to go.” - Jamie Anderson
Remember, as painful as it is, "this too shall pass"
All the best to all of you out there. You have my love.
There should be counsellors / therapists who understand and can help.
Intelligence is the capacity to acquire and apply knowledge. Knowledge is acquired when it is represented in a system. Action is the application of knowledge. Thus, all systems in which actions occur are intelligent.
The potential for intelligent behavior is determined by the existence of a goal, the opportunities to acquire and apply knowledge that are relevant to the goal, the resources available to acquire and apply knowledge, and the capacity of the knowledge representation to express truths. With the exception of the goal, adjusting these constraints scales intelligence.
Intelligence requires a goal to determine action selection. No actions occur in systems without goals, and therefore such systems are not intelligent. The goal of a system does not influence the scale of intelligence of the system (which can be thought of as the magnitude of a vector), but only its purpose (which can be thought of as the direction of the same vector).
Opportunities to acquire knowledge range from stones falling on levers (the force exerted on the lever – from the perspective of the lever) to humans touching hot elements (nerve impulses from the sensory system – from the perspective of the human mind). No observation is fundamentally superior. Representations of observations (as knowledge) determine potential applications.
Opportunities to apply knowledge exist when it is possible for a system to perform an action. At the beginning of a game of chess, each player has many opportunities to apply knowledge. After the losing player has made his/her final move, the player has no further opportunities to apply his/her knowledge. Opportunities to acquire or apply knowledge which are not relevant to the goal do not influence the potential for intelligent behavior because they will not influence action and will not be applied, respectively.
Resources to acquire and apply knowledge make action possible. The resources available to apply the laws of nature are typically presumed infinite (mathematical models preserve truth and the laws of nature conserve energy, but just as mathematical models require resources for the completion of proofs, it can be assumed that the laws of nature may require resources). This differs from the limited resources available to computers and human minds.
Knowledge representations range from the experience of observations (the force exerted on the lever and the nerve impulse) to stored, abstract concepts (mathematical models written on paper and memories in a mind). All knowledge can be expressed as truths. Knowledge representations express truths with respect to the perspectives defined by their grammars. Knowledge representations with wider perspectives (fewer assumptions) are subject to fewer biases, and are therefore more expressive.
The degree to which an intelligent system observes itself determines its level of consciousness. Most humans are not capable of independently observing which of their neurons are firing at a given moment, or the location of the electrons traveling through their electronic devices. The availability of such observations would result in a higher state of consciousness. Perfect observation would allow a system to be completely aware (although attempting to observe all of a system at the same time, including its state of observing itself, is an infinite set), resulting in the highest possible state of consciousness. Intelligent systems that are conscious of their action selection are able to optimize this process, subject to the capacity of their knowledge representation to express truths.
-link recommendations and anti-recommendations (things you likely wouldn't have seen, but lots of other people have read)
-a map of the Internet showing clusters of news sites that are frequented by the same groups of people
-make the web page visitation data available to everyone (anonymized, of course)
"share-based compensation expense related to pre-2011 restricted stock units (RSUs) was not recognized in advance of the initial public offering, and as a result of the initial public offering during the second quarter, the company recognized $1.3 billion of share-based compensation and related payroll tax expenses"
and
"Excluding share-based compensation and related payroll tax expenses, non-GAAP income from operations for the second quarter was $515 million, compared to $477 million for the second quarter of 2011."
I didn't see cap tables or information about the round being funded, beyond the amount to be raised.
I assume most people would want to (at least) know more about the current round before investing. For example, how can I determine how much of the company I would (indirectly) own?
The PM/engineer divide feels uncomfortable to me, but I have limited experience with these roles, so it's likely simply for lack of knowledge. I hope someone can clarify this for me.
If you're suggesting that the tool isn't useful or to be encouraged (as you seem to suggest in earlier posts), I'm interested in better understanding your rationale.
As far as I can tell, you have only critiqued possible ways that CodeMatch could be used, not CodeMatch itself.
"Programmers would still need to search for methods to call. You can use CodeMatch to write snippets that call methods and CodeMatch can also auto-import libraries (or insert the classes/methods inline)."
You can use CodeMatch to write snippets that call methods and CodeMatch can also auto-import libraries (or insert the classes/methods inline).
Of course, this isn't featured in the video.
We're also building a feature to allow users to define groups and share snippets with groups.
I'd like to think that I would have the same trust in my attendees if I were him. Not a big deal, but a special moment that I'll never forget :)
Mandatory arbitration (prior to trial) might also be an interesting alternative, especially with the burden of proof on the plaintiff.