Quantum Computing Will Be Bigger Than AI! What You Need To Know!

Summary

The video script delves into the emerging realm of quantum computing, highlighting its potential to surpass AI's impact on markets and cryptos. It explains how quantum computers' qubits enable exponentially more computational power, posing risks to encryption and cybersecurity. While detailing the quantum race between the U.S. and China, the script emphasizes the urgency for companies and cryptos to adopt quantum-resistant technologies. It predicts a 'qay' event, where quantum computers crack encryption, triggering a scramble for quantum-proofing solutions, with cybersecurity firms and quantum-resistant cryptos poised to benefit immensely.

Takeaways

• 👾 The AI narrative has boosted stock markets and AI-related cryptocurrencies, but the next big thing seems to be quantum computing.
• 🔢 Regular computers use binary code (0s and 1s), while quantum computers use qubits that can be 0 and 1 simultaneously, making them exponentially more powerful.
• 🔐 Quantum computers pose a threat to encryption, potentially cracking codes used for emails, bank accounts, cryptocurrency wallets, and the internet itself.
• 🇨🇳 China has been leading the quantum computing race, with massive funding and advancements like quantum communication lines and stable, high-qubit quantum computers.
• 🇺🇸 The US and its allies have been lagging behind but are now increasing efforts and funding for quantum computing and quantum-resistant technologies.
• ⚠️ Experts predict that quantum computers may achieve the ability to break encryption (known as 'Q-day') as soon as 2025, or it may have already happened.
• 🛡️ Companies and institutions are scrambling to quantum-proof their encryption, with cybersecurity firms and quantum-resistant crypto projects likely to benefit.
• 💰 The quantum computing craze could be highly profitable, as every company and institution will need quantum-resistant technology urgently.
• 🌐 Quantum computing is not a competitor to regular computing but excels at complex mathematical calculations and models.
• 🔭 While a 'ChatGPT moment' for quantum computing may not look like ChatGPT, the craze will likely be reactive rather than proactive, driven by encryption breaches.

Q & A

What is the main topic discussed in the video script?

The main topic discussed in the video script is quantum computing, its potential impact, and its comparison to the developments in the field of artificial intelligence (AI).

How do regular computers and quantum computers differ in terms of data processing?

Regular computers operate on binary code, which consists of combinations of 1s and 0s. In contrast, quantum computers use qubits, which can represent both 1 and 0 simultaneously, allowing for exponentially more powerful computations.

Why is quantum computing considered important, particularly in the context of encryption and cybersecurity?

Quantum computers have the potential to break many forms of encryption that secure digital technologies, including emails, phones, computers, bank accounts, and even cryptocurrencies. This makes quantum computing a significant threat to existing cybersecurity measures.

How does the script describe the current state of the quantum computing race between the United States and China?

According to the script, China appears to be leading the quantum computing race, with more funding, collaboration, and advancements in developing stable and powerful quantum computers. The script suggests that the US is lagging behind due to factors like the competitive nature of its free market economy and lower funding compared to China.

What is the significance of the term 'Q-day' or 'Qay' mentioned in the script?

The term 'Q-day' or 'Qay' refers to the day when a quantum computer officially cracks and breaks existing encryption methods. The script suggests that experts believe this could happen as soon as 2025, and some speculate that it may have already occurred.

What are the potential investment opportunities or areas that could benefit from the quantum computing craze, according to the script?

The script suggests that cybersecurity companies and quantum-resistant cryptocurrency projects are likely to benefit the most from the quantum computing craze, as there will be a scramble to quantum-proof encryption and implement quantum-resistant technologies.

How does the script compare the potential impact of quantum computing to that of artificial intelligence (AI)?

The script suggests that while the AI narrative has been dominating the market and capturing attention, quantum computing could potentially offer even bigger returns and have a more profound impact, as every company will need to implement quantum-resistant technologies once quantum computing becomes advanced enough to break encryption.

What is the purpose of mentioning Nancy Pelosi's alleged insider trading related to a cybersecurity company?

The script mentions Nancy Pelosi's alleged insider trading involving call options on a cybersecurity company as an example of potential insider knowledge or speculation about the impending quantum computing craze and its implications for cybersecurity companies.

What is the significance of the script mentioning an 'off-the-radar small cap quantum-resistant cryptocurrency' reviewed for members?

The script hints at an undisclosed quantum-resistant cryptocurrency project that was reviewed for members of the Coin Bureau Club, suggesting that such projects could potentially benefit from the quantum computing craze and the need for quantum-resistant cryptography.

What is the overall tone or message conveyed by the script regarding the quantum computing craze?

The overall tone of the script is one of anticipation and urgency, suggesting that the quantum computing craze is imminent and will likely lead to a scramble for implementing quantum-resistant technologies across various industries, with significant investment opportunities and potential profits for those positioned in the right areas.

Outlines

00:00

🤖 Quantum Computing: The Next Big Narrative

This paragraph introduces the idea that while the AI narrative has been dominating the tech industry, the next big narrative appears to be Quantum Computing. It explains that Quantum Computing startups have been raising significant funds, and the industry is on the brink of a breakthrough moment similar to ChatGPT. The paragraph sets up the topic by stating that it will cover what Quantum Computing is, why it's important, and how it could offer even bigger returns than AI.

05:02

🧮 Understanding Quantum Computing

This paragraph delves into explaining how regular computers work with binary code and how quantum computers work with qubits (quantum bits). It highlights the key difference that qubits can represent both 1 and 0 simultaneously, making quantum computers exponentially more powerful than regular computers. The paragraph also discusses the challenges in building quantum computers due to the instability of qubits and provides an analogy comparing qubits to spinning plates. It clarifies that quantum computers are not direct competitors to regular computers but can excel at specific complex mathematical calculations and models.

10:03

🔐 Quantum Computing and Encryption

This paragraph discusses the importance of Quantum Computing in relation to encryption. It explains how quantum computers could potentially crack various forms of encryption used for securing digital technologies, including email, phones, computers, bank accounts, and even the internet itself. It also uses Bitcoin wallets as an example to illustrate how quantum computers could theoretically crack private keys by using public keys. The paragraph highlights the potential threat quantum computers pose to encryption and the efforts being made by various entities, including banks and governments, to develop quantum-resistant encryption and technologies.

15:03

🌐 The Quantum Computing Race

This paragraph focuses on the ongoing race between the US and China in the development of Quantum Computing technology. It provides a timeline of significant milestones achieved by both countries, such as China's establishment of quantum communication lines and the US achieving quantum supremacy. The paragraph discusses China's advancements in quantum computing, including its stable 176-qubit quantum computer, and the efforts of the US and its allies to catch up through increased funding and collaboration. It also mentions the potential consequences of quantum computers cracking encryption, known as Q-day or Qay.

20:06

📈 Profiting from the Quantum Computing Craze

This paragraph explores the potential impact and profitability of the Quantum Computing craze. It suggests that the craze is likely to come soon, not as an exciting retail application but as a reactive scramble to quantum-proof encryption. The paragraph predicts that cybersecurity companies and quantum-resistant cryptocurrency projects could benefit the most from this catalyst. It also mentions the possibility of a headline about a significant encryption breach by a quantum computer, which could trigger a frantic rush to implement quantum-resistant technologies. The paragraph encourages viewers to take advantage of the opportunities presented by the quantum computing craze.

Keywords

💡Quantum Computing

Quantum Computing refers to the use of quantum-mechanical phenomena such as superposition and entanglement to perform computations. It allows for exponentially faster processing of certain types of complex calculations compared to classical computers. The video discusses quantum computing as a potential next big trend after AI, highlighting its ability to crack modern encryption methods, a concept referred to as 'Q-day'.

💡Cubits

Cubits (or qubits) are the fundamental units of information in quantum computers, analogous to classical binary bits (0 and 1) in regular computers. However, cubits can exist as both 0 and 1 simultaneously due to quantum superposition, allowing quantum computers to process exponentially more information with each additional cubit. The video explains how the power of quantum computers grows with the number of cubits.

💡Encryption

Encryption is the process of encoding data to prevent unauthorized access. The video highlights that quantum computers pose a significant threat to modern encryption methods like public-key cryptography used in emails, banking, and cryptocurrencies. Their ability to quickly guess private keys from public keys could lead to a catastrophic breach of encrypted systems, an event dubbed 'Q-day'.

💡Q-day

Q-day, or Quantum Day, refers to the hypothetical future event when a quantum computer successfully cracks modern encryption methods, rendering them obsolete. The video suggests that Q-day could arrive as early as 2025, prompting a scramble to implement quantum-resistant encryption across various industries and technologies.

💡Quantum Supremacy

Quantum supremacy is the point at which a quantum computer can outperform the world's best classical supercomputer on a specific task. The video cites examples of Google and China claiming quantum supremacy in solving complex mathematical problems exponentially faster than classical computers.

💡Post-Quantum Cryptography

Post-quantum cryptography refers to the study and development of cryptographic algorithms that are designed to be secure against attacks by quantum computers. As highlighted in the video, major tech companies like Apple and financial institutions are already implementing post-quantum cryptographic upgrades to future-proof their systems against the threat of quantum computing.

💡Quantum Race

The quantum race refers to the competition between nations, particularly the United States and China, to achieve significant milestones and breakthroughs in quantum computing technology. The video discusses how China appears to be leading this race, with substantial funding and advancements in areas like quantum communication lines and stable, high-cubit quantum computers.

💡Quantum Resistant Cryptocurrency

Quantum resistant cryptocurrencies are digital currencies that employ post-quantum cryptographic techniques to protect their encryption from being cracked by powerful quantum computers in the future. The video mentions cryptocurrencies like Algorand as examples of projects already working towards quantum resistance, and suggests that quantum-resistant crypto projects could significantly benefit from the quantum computing narrative.

💡Cubit Stability

Cubit stability refers to the ability of a quantum computer to maintain the coherence and integrity of its qubits (cubits) over time. The video highlights that while increasing the number of cubits exponentially increases a quantum computer's power, it also makes them more unstable and prone to errors. China's quantum computers are noted for their high cubit stability compared to their Western counterparts.

💡Quantum Computing R&D

Quantum Computing R&D, or Research and Development, refers to the significant investments and funding being poured into advancing quantum computing technology by various nations and companies. The video contrasts the substantial funding allocated by China ($10 billion in 2018, estimated $20 billion annually currently) with the comparatively smaller investments made by the United States.

Highlights

The AI narrative has taken stock market, indices and AI-related cryptos to new, all-time highs, leading to the question of what the next big narrative will be.

The answer seems to be Quantum Computing, as Quantum Computing startups have been raising hundreds of millions of dollars from VCs, and the industry is reportedly on the brink of a 'chat GPT moment'.

Regular computers run on binary code consisting of ones and zeros, while quantum computers consist of qubits that can be a one and a zero at the same time.

The amount of information that a quantum computer can produce grows exponentially with the number of qubits, making quantum computers exponentially more powerful.

Quantum computers are very difficult to build because qubits are inherently unstable and become even more unstable as their number increases.

Quantum computers are not competitors to regular computers, as there are only a small handful of functions that quantum computers can do better, such as very complex math calculations and models.

All digital technologies and processes are secured by code that could be cracked by a quantum computer, including emails, phones, computers, bank accounts, and even the internet itself.

Quantum computers could even crack a cryptocurrency wallet and steal all its coins and tokens, making it a hot topic in the crypto industry.

The day that a quantum computer officially cracks encryption is known as 'Q-day', and it is predicted to come as soon as 2025 by some Quantum Computing experts.

China and its allies have been advancing in Quantum Computing, while the US and its allies have been lagging for over a decade.

China is reportedly spending as much as $20 billion on Quantum Computing R&D every year, as part of its five-year Quantum Computing plan.

In 2022, Chinese companies reportedly began leveraging quantum computers as part of their operations, a terrifying prospect considering their ties to the Chinese Communist Party (CCP).

China's 176-qubit quantum computer is reportedly very stable, even more stable than IBM's 433-qubit quantum computer, due to the way stability is measured from the first qubit.

The quantum computing craze is likely to come soon, rather than later, but it will be reactive rather than proactive, as a scramble to quantum-proof encryption occurs.

Cybersecurity companies and quantum-resistant crypto projects are likely to profit the most from this catalyst, as companies will need to quickly quantum-proof their encryption.

Transcripts

the AI narrative has taken stock market

indices and AI related cryptos to new

all-time highs so this begs the question

of what the next big narrative is going

to be well the answer seems to be

Quantum Computing you see while everyone

has been focused on the AI narrative

Quantum Computing startups have been

raising hundreds of millions of dollars

from VCS and the industry is reportedly

on the brink of a chat GPT moment that's

why today we're going to tell you

everything you need to know about

Quantum Computing including what it is

why it's important and how it could

offer even bigger returns than AI will

stay

tuned okay so to understand what Quantum

Computing is you first need to

understand how regular computers work

every single computer runs on something

called binary code as the name in

implies binary code consists of two

numbers one and zero different

combinations of ones and zeros represent

different bits of information for

example 0 1

00001 represents the letter A the other

letters and their binary code

combinations can be seen here now

believe it or not but literally

everything a computer does all the

applications functions processes Etc are

fundamentally based on a very long and

complex combination of ones and zeros if

you want to see how that's even possible

then we strongly suggest watching videos

about the Redstone computers that people

have made in Minecraft basically the

game introduced items that can function

like ones and zeros and Minecraft nerds

managed to build literal in-game

computers from this primitive nerds eh

now whereas regular computers ultimately

consist of bits of ones and zeros

quantum computers consists of cubits

bits of information that can be a one

and a zero at the same time obviously

this is even more difficult to wrap your

head around and exactly how this is done

is outside the scope of this video that

said though the easiest way to

understand cubits is to comp compare

them to bits so suppose you have two

bits a one and a zero what you have is

two bits of information in total however

if you have two qits you have four bits

of information in total this is possible

because there are four possible

combinations of the one and the zero 1

one 0 0 0 1 and 1 0 put simply the

amount of information that a quantum

computer can produce grows exponentially

with the number of cubits in this case

it would take four 2bit computers to

create the same number of outputs as a 2

Cubit quantum computer this makes

quantum computers exponentially more

powerful so to put things into

perspective the most powerful quantum

computer consists of over 1,000 cubits a

threshold that was only surpassed last

late last year despite Quantum Computing

being around since the late '90s this

quantum computer can produce an amount

of information equal to one with

301 zeros behind it now as I just hinted

quantum computers are very difficult to

build this is because cubits are

inherently unstable and they become even

more unstable as you increase their

number one way to think about this is to

imagine each Cubit as a spinning plate

on a pole an appropriate analogy given

their nature for those unfamiliar with

plate spinning it's a popular circus act

which consists of well spinning a plate

at the top of a pole for the plate to

keep spinning you must move the pole

just right now imagine putting another

spinning plate on top of the first one

that's what building a quantum computer

is like apparently anyway it's important

to note that quantum computers are

technically not competitors to regular

computers that's because there are only

a small handful of functions that

quantum computers can do better than

their regular counterparts namely very

complex maths calculations and models

other functions like for instance

watching this YouTube video are not

something that a quantum computer could

do better if you don't understand why

this is look no further than the devices

that you use every day this video is

practically the same whether you watch

it on an old iPad or a brand new gaming

PC graphics not withstanding and by the

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life now if quantum computers aren't

really competitors to regular computers

you might be wondering why they're so

important and why the industry could

have more potential than AI one word

encryption All Digital Technologies and

processes are secured by code that could

be cracked by a quantum computer these

include your email your phone your

computer your bank account and even the

internet itself a quantum computer could

even crack a cryptocurrency wallet and

steal all its coins and tokens and this

is why it's been a Hot Topic in the

crypto industry for years albeit one

that fell off the radar until recently

in fact we can use Bitcoin as an example

of how a quantum computer could crack

into all the other forms of encryption

as a fun fact Bitcoin wallets use the

same kind of cryptography as emails the

kind in question is called public key

cryptography and it consists of two

things a private key and a public key

the public key of a Bitcoin wallet is

like your email address it's publicly

viewable and can be used to receive

emails or in this case receive BTC

the private key of a Bitcoin wallet

meanwhile is like the password for your

email address it's private and is

required in order to send emails or in

this case send BTC the key takeaway pun

very much intended is that the public

key effectively comes from the private

key in other words there is a link

between the two this means that it is

theoretically possible to get someone's

private Key by by using their public key

be it an email address or a Bitcoin

wallet address in the case of an email

address this would involve guessing all

the possible password combinations as

another fun fact the average password is

around 10 characters long the total

possible combinations of 10 character

passwords consisting of uppercase

letters lowercase letters numbers and

symbols is a number with 38 zeros in the

case of a Bitcoin wallet this would

likewise involve guessing all the

possible private key

combinations and the total possible

combinations of private keys on bitcoin

is a number with 78 zeros this means

that a quantum computer could crack your

email and your Bitcoin wallet without

breaking a sweat recall that the most

powerful one can process information up

to 301 Z now it goes without saying that

this is a very simplistic calculation it

would also be easier said than done

because quantum computers can only

operate for less than a second at a time

according to a 2022 paper the thing is

that Quantum Computing is evolving fast

as is the Potential Threat it poses

there have recently been reports of

multiple breakthroughs in the quantum

Computing industry related to everything

from more cubit to improved Cubit

stability in fact the world economic

Forum even noted Quantum Computing as

one of the biggest risks to watch in its

2024 Global risks report and that

reminds me if you've been keeping track

of our coverage of Central Bank digital

currencies you might recall that one of

the reasons why the US has been lagging

other countries on cbdcs is because it's

been working on making its digital

dollar Quantum resistant before it

launches and funnily enough JP Morgan

announced that it was working on a

Quantum resistant blockchain around the

same time I'll remind you that bank

accounts could also be cracked by a

quantum computer thankfully many of the

largest banks are making progress

towards Quantum proofing themselves and

if you're concerned about Bitcoin and

other cryptocurrencies well don't be

Quantum resistant in cryp for private

Keys could be easily introduced with a

soft fork in bitcoin's case and some

cryptocurrencies have already taken

steps towards Quantum resistance namely

algorand but back to the quantum

Computing developments besides all the

news about Quantum breakthroughs there's

been lots of news about Quantum related

funding Partnerships and protections

over the last year or so for starters

IBM Google and Microsoft formed a

postquantum coalition last September in

November a UK Quantum Computing company

announced that it had raised $100

million from Japan's SBI and earlier

this year JP Morgan led a $500 million

funding round into a us-based Quantum

Computing firm giving it a valuation of

over $5

billion that is AI level value ation and

what's interesting is that there

actually wasn't that much Quantum

related funding in 2023 it was 50% lower

in fact than usual and totaled around $2

billion a recent report revealed that

the crash in funding last year was due

to all the hype around Ai and it

predicted a significant recovery in

funding this year so far it looks like

this prediction is coming true but not

for the reasons that you'd think

just recently Apple announced that it

had made its iMessage feature Quantum

resistant the tech giant noted that this

was quote the most significant

cryptographic security upgrade in

iMessage history now I want you to take

a second to think about why Apple would

do this and while you're at it think

about why JP Morgan is suddenly

investing hundreds of millions of

dollars into Quantum security

and why big Tech Giants are starting to

form postquantum

coalitions logically they are concerned

about Quantum the real question

therefore is why now after all quantum

computers have been around for years and

the postquantum cryptography many of

these entities are implementing has

apparently been around since the

1980s well the answer is obvious when

you zoom out and look at Quantum

Computing through through a global lens

in short the US and its allies have been

lagging in Quantum Computing for over a

decade and can you guess who's been

advancing that's right China and its

allies in January last year China

reportedly managed to break Classical

encryption using its quantum computers

you know private Keys public keys this

seems to have been the Catalyst for the

sudden surge in Quantum Computing

interest from the US and its allies and

it looks like the funding is finally

starting to flow what's fascinating is

that the reason why the US is so behind

is believed to be due to the incentives

at play in free market economies as

we've seen with AI us companies are very

hesitant to share their secret source

with their

competitors in China however essentially

every company is affiliated with the

Chinese Communist party or CCP the

Practical outcome of this is forced

collaboration which is pushing China's

Quantum Computing industry ahead and

it's not just the environment either

it's also the money back in 2018 then US

president Donald Trump announced 1

billion dollar in funding for Quantum

Computing research and development the

year before however the CCP had spent no

less than $10 billion on Quantum

Computing R&D current estimates are that

China is spending as much as $20 billion

on Quantum Computing R&D every year this

increased funding is a part of the

five-year Quantum Computing plan

revealed back in

2021 and the craziest part of all this

funding is that it seems to be paying

off and the Quantum race is heating up

now from what we can tell it looks like

the quantum Computing race between the

US and China first started to heat up in

2017 this was when China announced that

it had established the first Quantum

communication line between Beijing and

Shanghai notably this communication line

is apparently impossible to hack in 2019

Google responded with its own update

noting it had achieved quote Quantum

Supremacy with its 54 Cubit quantum

computer it managed to find the solution

to a maths problem in 200 seconds that

it claims would have taken 10,000 years

for the most powerful regular computer

to solve two years later however China

solved the same maths problem using its

own quantum computer the difference was

that China's quantum computer did it 1

million times faster using a 66 Cubit

computer in between China had managed to

achieve Quantum communication via

satellites for the first time by the end

of 2021 China was using Quantum

resistant Satellite Communication to

protect its power grid from cyber

attacks the US power grid has since been

hit by multiple cyber attacks and there

has been speculation about the

possibility of a large scale Cyber

attack that would take down the entire

us grid on that note you should know

that the elites ran some Cyber attack

simulations not that long ago more about

those in the description I digress now

in 2022 Chinese companies reportedly

began leveraging quantum computers as

part of their own operations a

terrifying Prospect when you consider

their CCP ties less than a year later

there were reports of quantum computers

being made available for retail use

though these have been questioned last

year China revealed a

176 Cubit quantum computer as well as a

prototype for a

255 Cubit quantum computer that's

apparently still in the works now of

course this pales in comparison to the

over 1,000 Cubit quantum computer

revealed by a Californian company late

last year but there's one big caveat

you'll recall that cubits are inherently

unstable and they become even more

unstable as you add to their number

based on the information we could find

China's 176 Cubit quantum computer is

very stable even more stable in the 433

Cubit quantum computer developed by IBM

last year again this makes sense given

that IBM's computer has more cubits but

that's only half the story stability is

apparently measured from the first cubid

thereupon it's assessed how much more

unstable a quantum computer becomes with

each additional Cubit with two cubits

IBM's quantum computer has an error rate

of almost 4% conversely China's quantum

computer has an error rate of less than

1% with two cubits again it's safe to

say that this is an oversimplification

and I'll reiterate that we're not

Quantum Computing experts it's arguably

irrelevant however as both quantum

computers are more than capable of

cracking encryption as a fun fact the

day that a quantum computer officially

cracks encryption is known as qay and

Quantum Computing experts at least the

ones cited by Reuters believe it will

come as soon as

2025 some believe that qay has already

happened and that sensitive information

is already being leaked so this brings

me to the big question or rather two big

questions the first is when the quantum

Computing craze will come and the second

is how can you profit from it well I'll

start by saying that it's very unlikely

that Quantum computing's chat GPT moment

will look anything like chat GPT

assuming this moment does in fact come

this is again because quantum computers

are technically not competitors to

regular computers unless you're running

some Advanced mathematical models you

don't really need a quantum computer

this is presumably why there hasn't been

a push for retail quantum computers

though a few do exist what's more likely

to happen is that we're going to see a

headline in the coming months about how

a quantum computer managed to break the

encryption of a significant individual

or institution remember how experts are

are predicting this could happen as soon

as

2025 well it will probably be sooner

this is again because the pace of

quantum computer development has been

increasing faster than expected much

like AI this can again be seen by

looking at how Quantum Computing has

changed in the context of crypto back in

2019 it was estimated that it would take

20 to 30 years to crack a crypto wallet

by 2022 however these decades were

shortened to years and the more recent

developments seem to have shortened this

timeline even more when you combine this

with the fact that Tech giants like

apple are suddenly postquantum proofing

their Tech it certainly suggests that

qay is around the corner and this gives

two big answers to those two big

questions the first is that the quantum

Computing craze is likely to come soon

rather than later but it will be

reactive rather than proactive put

differently it won't be some exciting

retail application like chat GPT it will

instead be a scramble to Quantum proof

encryption and this ties into the second

answer and that's that cyber security

companies will likely profit the most

from this Catalyst if it occurs as it so

happens alleged Insider Trader Nancy

Pelosi recently purchased call option on

a cyber security company after Congress

was briefed on a potential national

security threat H probably nothing in

our estimation though it's possible that

Quantum resistant crypto projects will

benefit even more that's because once we

do get a headline about some bigwigs

encryption being broken you can bet that

the scramble to Quantum proof

cryptocurrencies will be even more

frantic than in The Wider economy and

and because cryptocurrencies can move

faster than regular companies can it's

likely that we'll get news of quantum

resistant Tech being rolled out much

faster in the crypto Market than in the

stock market as I mentioned earlier

there are already a few Quantum

resistant cryptos out there but the list

isn't long more importantly the lists

that currently exist don't actually seem

to include all the quantum resistant

cryptos that are available and it so

happens we recently reviewed an off- the

radar small cap Quantum resistant

cryptocurrency for our coin Bureau club

members and you can find out more about

that in the description now I can't

stress enough just how profitable the

quantum craze could be whereas most

companies can optimize their operations

with AI in the future every single

company is going to need Quantum

proofing the moment qay comes and they

will need it right away not in a few

months or years time so any companies or

crypto projects offering Quantum

resistant technology could go vertical

as a result although there is no

guarantee that qay will come anytime

soon I think we can all agree that the

conditions are there for it to happen

sooner rather than later let's just hope

we aren't affected

directly and that's all for today's

video folks so if you learned something

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