No clue why this channel doesn't have many views, as a teen Comp. Sci student, though I don't understand everything talked about, seeing IBM's trajectory for where they want to take quantum computing is simply fascinating
Their goal is to figure out error correction. Currently, we have error mitigation, which really limits sizes (number of gates), but once we have error correction it'll be more straightforward to add more gates, and that is what their goal is for 2029 (to figure out error correction)
If the original roadmap to have 1,386+ qubits by the end of 2024 couldn't even be met, how can the proposal that you'll have 10k, 15k gates with 156qubits by the end of 2028 hold any merit. We'll be watching another one of these videos in 2028 where IBM will be at 6k gates and 156qubits with a new roadmap mapping out similar unrealistic goals into the 2030's.
I think you're being very careless with your comments. Developing any kind of novel micro chip is already at the cutting edge of technological innovation. Doing so for a quantum micro chip is orders of magnitude more complex as the qubits couple with the surroundings (and degrade) so need to be isolated, introducing a whole host of issues. The IBM tech is based on solid state quantum chips - the sort that employs a lot of the technology needed to make regular chips - which need cryogenic cooling to minimise coupling between the qubits and the surrounding solid state lattice. In other words: building quantum chips is extremely, extremely difficult, requiring a great deal of technical skill and innovation. All engineering companies have to create R&D roadmaps to plan out their future. If a company is constantly hitting the milestones on the roadmap, they're not pushing themselves to dream of bigger goals.
@@klmn2000 There's a difference between realistic goals; and setting absurd goals to sweeten up your shareholders. Look at Elon musk for an example. To your comment about how difficult quantum technology is, I would say 'no fucking shit'.
@@DJSolistica You sound like someone with zero experience in semiconductor R&D. Perhaps you think you know something about tech by reading about the exploits of Elon or about AI, but you seem like the sort of person who just likes to highlight the negatives rather than see positives and contribute to solutions. IBM's share price is not going to move on a Quantum roadmap as most investors have as much clue as you about what that means. To repeat: companies that want to do big things have serious aspirational goals. IBM can certainly achieve these goals. All they need are the right people and the right budget. Some players on quantum photonics are talking about even more lofty goals and one company has received $500 million to date for a 1 million qubit design. Another thing you have to consider with this key technology is that a lot of the best advances are hidden in deep black defense research labs and it is highly likely IBMs roadmap has already been surpassed by some entity years ago.
@@klmn2000 Ok so we have myself, a nobody that has no clue what he's talking about. And then we have you, a minor graduate in dark tech research and knows what a roadmap is. got it. carry on.
this is technology looking for problems/puzzles ... @Austin.Kinnear come forward with the problems worth digging into, you 'll be in this space sooner or later
I would think material science applications could be useful here. Imagine iterating through simulated compounds to find a room-temperature superconductor. Having a phone that lasts for months without a recharge. Imagine replacing refrigerants in your AC with highly efficient simulated solid state materials. Computer chips that emit less waste heat. MRAM with densities like DRAM. Imagine a battery so energy dense you could run a robot like "spot" (Boston Dynamics) for a day without it needing to recharge.
Amazing the quiskit sdk, so basically you can download the tools, program and send it to the quantum computer to run. 10 free minutes per month or 100 usd additional minute. I will give it a try, at least do the quantum hello world.
buy stock in IBM or Honeywell?!?! or Google?!? or a startup?!?! WHO IS GOING TO WIN QUANTUM SUPREMACY. Need to follow through on this roadmap and show use cases in the real world each technology will enable. Visual infographics help a lot !
@@DrFancyDegreeno no money in quantum computing There is not a single application which would be better on a quantum computer than on a normal computer
As a student who recently did Full-Stack quantum as a uni course, I have mixed feelings about Qiskit v1.0. It's great that it's stable, but whyyyy did the deprecation have to happen in my year 😂😮💨😭😭😭
make farming more efficiency, like vertical farming, to save space on the planet. i looked today, very much space am a farm. so lets save space for more life , new farming, teleportation, levitations. om. Hare Krishna Swaminarayan I do love Bella Hadid I do love Gigi Hadid we am Hindu heterosex fertile love la creme de la creme life style in love into positive ininity hyper Hedonism love
No clue why this channel doesn't have many views, as a teen Comp. Sci student, though I don't understand everything talked about, seeing IBM's trajectory for where they want to take quantum computing is simply fascinating
Because it's for a very specific type of person, and you are among those types of persons.
@@wrijas true
I find semiconductor tech more interesting, Quantum computing is in a very small niche that consumers will never see
Because there only are three or four really useful quantum algorithms?
Same, I'm a Robotics Engineering Freshman, and this stuff is fascinating.
the jump from 2028 to 2029 is insane
They're eyeing exponential growth
If they figure out photonic interconnects then it is possible.
Their goal is to figure out error correction. Currently, we have error mitigation, which really limits sizes (number of gates), but once we have error correction it'll be more straightforward to add more gates, and that is what their goal is for 2029 (to figure out error correction)
Yeah
Why the lingo changed from increasing qubits to gates, compared to previously published roadmap? genuinely interested to know, can someone explain?
IBM is amazing! I love them ❤
If the original roadmap to have 1,386+ qubits by the end of 2024 couldn't even be met, how can the proposal that you'll have 10k, 15k gates with 156qubits by the end of 2028 hold any merit.
We'll be watching another one of these videos in 2028 where IBM will be at 6k gates and 156qubits with a new roadmap mapping out similar unrealistic goals into the 2030's.
Government be like: "Hey, stop it. We want that. Pretend it didn't work! You can just continue later."
I think you're being very careless with your comments. Developing any kind of novel micro chip is already at the cutting edge of technological innovation. Doing so for a quantum micro chip is orders of magnitude more complex as the qubits couple with the surroundings (and degrade) so need to be isolated, introducing a whole host of issues. The IBM tech is based on solid state quantum chips - the sort that employs a lot of the technology needed to make regular chips - which need cryogenic cooling to minimise coupling between the qubits and the surrounding solid state lattice. In other words: building quantum chips is extremely, extremely difficult, requiring a great deal of technical skill and innovation. All engineering companies have to create R&D roadmaps to plan out their future. If a company is constantly hitting the milestones on the roadmap, they're not pushing themselves to dream of bigger goals.
@@klmn2000 There's a difference between realistic goals; and setting absurd goals to sweeten up your shareholders. Look at Elon musk for an example.
To your comment about how difficult quantum technology is, I would say 'no fucking shit'.
@@DJSolistica You sound like someone with zero experience in semiconductor R&D. Perhaps you think you know something about tech by reading about the exploits of Elon or about AI, but you seem like the sort of person who just likes to highlight the negatives rather than see positives and contribute to solutions. IBM's share price is not going to move on a Quantum roadmap as most investors have as much clue as you about what that means. To repeat: companies that want to do big things have serious aspirational goals. IBM can certainly achieve these goals. All they need are the right people and the right budget. Some players on quantum photonics are talking about even more lofty goals and one company has received $500 million to date for a 1 million qubit design. Another thing you have to consider with this key technology is that a lot of the best advances are hidden in deep black defense research labs and it is highly likely IBMs roadmap has already been surpassed by some entity years ago.
@@klmn2000 Ok so we have myself, a nobody that has no clue what he's talking about. And then we have you, a minor graduate in dark tech research and knows what a roadmap is.
got it.
carry on.
IBM is the future.
Can any recommend groups to learn and make projects.
This is the new tech bubble to rides on and get rich, guys get on the train.
Can any recommend groups to learn and make projects.
Intriguing to say the least
How can I break into this space as an undergraduate computer science student
@JackSalzman seems about right
Ai
@@Breadbrowser trained on what
this is technology looking for problems/puzzles ... @Austin.Kinnear come forward with the problems worth digging into, you 'll be in this space sooner or later
@@scaffus text but I find training on midi files and making llms make music to be more interesting
Thanks! This is the future of computing and I look forward to working with you all.
Cool.
So how can we help speed up that roadmap?
How can I join
I would think material science applications could be useful here.
Imagine iterating through simulated compounds to find a room-temperature superconductor.
Having a phone that lasts for months without a recharge.
Imagine replacing refrigerants in your AC with highly efficient simulated solid state materials.
Computer chips that emit less waste heat.
MRAM with densities like DRAM.
Imagine a battery so energy dense you could run a robot like "spot" (Boston Dynamics) for a day without it needing to recharge.
It'll change medicine too!
Amazing the quiskit sdk, so basically you can download the tools, program and send it to the quantum computer to run. 10 free minutes per month or 100 usd additional minute.
I will give it a try, at least do the quantum hello world.
Here after watching Google’s Willow launch
I must invest this ❤❤❤
buy stock in IBM or Honeywell?!?! or Google?!? or a startup?!?! WHO IS GOING TO WIN QUANTUM SUPREMACY. Need to follow through on this roadmap and show use cases in the real world each technology will enable. Visual infographics help a lot !
Doesnt matter there is no money anyway
@@DerMatheman No money in any of those companies? Confused by that O.o
@@DrFancyDegreeno no money in quantum computing
There is not a single application which would be better on a quantum computer than on a normal computer
@DerMatheman are you trolling that poor man?
@@Letsflipingooo98 no name me a single algorithm that works better on a quantum computer
will there be quantum game design?
when will there be GPTq?
This is so exciting!!
Thank you so much Mr. Jerry Chow.
soo excited for whats to come
So excited for the future
otw belajar wkkw
Praktek kak
yeah, yeah and I'll just go ahead and ask the most important quesiton: will it be able to run Crysis?
Love it😊
Sippp.... Orang Indonesia mana nih
Thank you so much Mr. Jerry Chow, I may give your organisation some submitting ideas as a Doctor of Philosophy, with respect.
These are my/our quantum computing techs from the 1970s and early 80s, to 2000+ qubits (?). What are added or updates now?
This is exciting!
just wanna sayyyy,,, wow 😮 wowww
God bless quantum entanglement.
This is so fricking cool
Their plan is pretty optimistic
Very slow progress
we got quantum computers before GTA VI
im exited
we are acclerating
I'm looking forward to the Wombat era in 2034
As a student who recently did Full-Stack quantum as a uni course, I have mixed feelings about Qiskit v1.0. It's great that it's stable, but whyyyy did the deprecation have to happen in my year 😂😮💨😭😭😭
PR
Brute force Bitcoin wallets
Excited and totally clueless at the same time 🙉
We need Qbits CPUs for consumers. NOW lol
R U AI Good Sir? Also, the music, lol.
That means true quantum computer year 2050 we are achive successful
IBM is deleted because not necessary more powerfull in computer, every big problem is resolve.
So you failed with your first road map gotcha
data
Future trillion dollar company?
make farming more efficiency, like vertical farming, to save space on the planet. i looked today, very much space am a farm. so lets save space for more life , new farming, teleportation, levitations. om. Hare Krishna Swaminarayan
I do love Bella Hadid I do love Gigi Hadid
we am Hindu
heterosex fertile love la creme de la creme life style in love into positive ininity
hyper Hedonism love
what are you on and can I have some
That’s very true
king terry? are you back?
@@IllD. the chosen one?