Maventell

Science is the bridge from curiosity to discovery, leading from uncertainty to clarity. — #Maventell

[Maventell @maventells]

"Quantum Computation" will be the first technology that allows useful tasks to be performed in collaboration between parallel universes.

— David Deutsch

The "Many-Worlds Interpretation" theory in quantum physics suggests that the universe splits every time a quantum event happens with multiple possible outcomes. Each outcome occurs in a separate "branch" of reality—a parallel universe.

♦️ Example Scenario
Let us explain the power of quantum computing using a fundamental real-world problem.

♦️ Classical Computing
Assume we have an unsorted list of 100 integers (1...100). We want to find a particular item from this list (let's say 24).

In classical computing, you would typically go through each item, checking whether the item you're at is the one you're looking for (24).

This procedure is a linear search operation with O(N) time complexity, requiring up to 99 attempts to locate the item.

♦️ Quantum Computing
However, in quantum computing, you can use Grover's algorithm to perform the exact search but with a time complexity of O(√N​), requiring 10 attempts to locate the item.

The efficiency comes from the unique property of qubits being in superposition, which can represent multiple states at the same time. As a result, the algorithm can simultaneously explore multiple possibilities.

So, quantum computing achieved quadratic (99 to 10) improvement in the time it takes to solve the problem.

#QuantumComputing #quantum #QuantumSupremacy #Algorithms

[Maventell @maventells]

@engineers_feed Then it’s a choice of death from either the smoke or germs 🤔

[Maventell @maventells]

Ouy kiel nca munhsa nktih?

This mumbo-jumbo question will probably take some time for you to process and comprehend.

But GPT-4 resolves and interprets it in a fraction of a second.

[Maventell @maventells]

@ScienceGuys_ I’d just applaud whoever thought sending this rocket to save the Earth 🤦

[Maventell @maventells]

@gdb Not even comparable to the feeling when you get rid of a duplicate/redundant piece of code 🤓

[Maventell @maventells]

X should introduce a mute button for posts following this template:

[service/product] is [superlative adjective]

If you don't [use/know] it, you're falling behind.

Here are [number] [features/use cases] of [service/product] you don't want to miss.

[Maventell @maventells]

@oledoteth This post would have been more useful if you also presented evidence/reason to support your point.

Otherwise, the post feels like an attempt to farm engagement, prompting people to join the conversation either to agree or disagree.

[Andrew Côté @Andercot]

It's pretty straight forward - OpenAI spontaneously emits @sama and @gdb, producing a short-lived @miramurati that converts to an @eshear via @bradlightcap decay.

@sama and @gdb undergo @satyanadella-catalyzed fusion with @MSFTResearch in a temporary bound state.

Since @eshear is a gluon he can mediate color-charge exchanges among board members: the @hlntnr exchange with @LHSummers preserves DC charge, and @TashaMcCauley exchange with @btaylor preserves SV-charge.

@adamdangelo is his own antiparticle and so remains in place, but traveling backwards in time.

The first half now plays out in reverse-time: the @MSFTResearch superposition collapses, @bradlightcap is re-absorbed along with @sama and @gdb into a new stable bound state.

The slight mass difference between exchanged board members adds 501(c) KeV of energy, causing net acceleration of the OpenAI ensemble.

[Maventell @maventells]

@DuMy_2008 @engineers_feed 🤦‍♂️

[Massimo @Rainmaker1973]

Exemplary representation of the Ohm's law

[Maventell @maventells]

Today’s summary on OpenAI end:

❤️

❤️❤️❤️

😔

[Maventell @maventells]

@engineers_feed Won’t work on me. Nothing except cold water can wake me up if I am sleepy 😝

I think the brain will adapt to and ignore it after a while.

[Maventell @maventells]

@satyanadella is an exceptional leader who can adeptly transform a challenging situation into an outright success.

His move of maintaining Microsoft’s partnership with OpenAI and bringing @sama and @gdb onboard is a strategic masterpiece.

He “hit two birds with one stone”.

As opposed to widespread expectations of a decline in Microsoft’s stock on Monday, Nadella skillfully turned potentially devastating developments into an advantage for the company.

[Satya Nadella @satyanadella]

We remain committed to our partnership with OpenAI and have confidence in our product roadmap, our ability to continue to innovate with everything we announced at Microsoft Ignite, and in continuing to support our customers and partners. We look forward to getting to know Emmett Shear and OAI's new leadership team and working with them. And we’re extremely excited to share the news that Sam Altman and Greg Brockman, together with colleagues, will be joining Microsoft to lead a new advanced AI research team. We look forward to moving quickly to provide them with the resources needed for their success.

[Maventell @maventells]

The AI Competition Ahead 2024

👉 SamAI vs OpenAI
or
👉 IlyAI vs OpenAI

[Maventell @maventells]

Sam Altman is probably not as bothered of his departure from OpenAI as the “hype attracted” X users.

[Maventell @maventells]

@JuminKamki @corralesofweb3 @oelberdomingos @LinusEkenstam @radAILabs Isn’t that the case for humans too.

As humans, we also learn from observations and past experiences, which serve as our training data. Our ability to generate ideas and reason is based on this training data.

[Maventell @maventells]

The current state of GOT and Computer Vision isn't just a result of brute computing power. They are sophisticated algorithms that can learn, adapt, and make decisions in complex scenarios, mimicking cognitive functions.

It's also important to note that AGI doesn't necessarily need to possess consciousness or self-awareness like humans do.

The key here is not sentience, but the level of complexity, adaptability, and efficiency AI brings to tasks that were previously thought to require human intelligence.

[Maventell @maventells]

The starting point was indeed to emulate the human brain.

However, our understanding of the brain's workings still remains incomplete. The pursuit of AGI has evolved beyond mere replication of the human brain towards achieving superintelligence.

The effort is more focused on surpassing human capabilities in any feasible manner.

In certain domains, AI has already exceeded human performance, and given the remarkable progress in the past year, we can’t rule out the possibility of AI surpassing the general intelligence of humans.

[Maventell @maventells]

@engineers_feed But which infinity are these 🤔

This infinity 👉 1, 2, 3, …
Or this infinity 👉 2, 4, 6, …
Or this infinity 👉 0 …. 1

[Maventell @maventells]

@PhysInHistory His intuition occasionally guided him down the wrong path, a mistake he later acknowledged as his biggest.

However, this error became the foundation for modern scientists.

[Maventell @maventells]

Albert Einstein, one of the most brilliant minds in physics, once referred to a particular moment in his career as "my biggest blunder."

What Einstein once considered a mistake turned out to be a dramatic insight for future scientific discoveries.

He was talking about introducing the cosmological constant, which he added to his equations of general relativity.

Einstein made this adjustment to ensure his equations would describe a universe that was static or unchanging because that was the prevailing belief about the universe at the time.

However, when astronomer Edwin Hubble observed that galaxies were moving away from us, it became clear that the universe was expanding.

This revelation meant that Einstein's original equations before he added the cosmological constant, were correct.

The universe was not static after all!

Einstein openly admitted this error, showcasing not only his integrity but also the self-correcting nature of science.

Ironically, modern cosmology has found a place for a force akin to Einstein's cosmological constant in dark energy, accelerating the universe's expansion.

What Einstein once considered a significant mistake turned out to be an insightful foreshadowing of future scientific discoveries.