Bitcoin

Bitcoin’s Doomsday Maker

Government intervention, poor usability, high network fees – which one of these poses the most significant threat to Bitcoin? The answer may be none of them.

Although the Bitcoin network is incredibly secure under the current condition of computers, there’s an even greater threat looming overhead. Quantum computers could render Bitcoin’s security systems obsolete and decimate the once-dominant cryptocurrency.

What is Quantum Computing?

Simply put, a quantum computer is a supercomputer held at near absolute zero temperatures (-459.67degF). The subatomic particles of the processor in the computer act in ways that aren’t possible under normal conditions at this temperature.

Contrary to popular belief, quantum computers aren’t necessarily faster than traditional ones. Unfortunately, quantum computers won’t speed up your Netflix stream.

But the quantum anomalies that occur at freezing temperatures do enable them to perform calculations that are theoretically impossible for ordinary computers to execute in an acceptable time frame. These calculations can be used to simulate molecules, protein folding, or logistics optimization.

But how does a quantum computer do this?

Inside a Quantum Computer. Credit: IBM Research

Superpositioning and Entanglement

Quantum computers possess two properties that allow them to do complex calculations efficiently. The first is superpositioning.

Traditional computers store information as a series of 0’s and 1’s. Quantum computers, on the other hand, store their data using a set of qubits – superpositions of 0 and 1. Qubits can exist in two states simultaneously.

When you connect these qubits together in a system the number of states increases exponentially. One qubit can have two states, while two qubits can have four, four, eight, and so forth. The equation directly determines the number of states:

# of states = 2ⁿ where “n” is the number of qubits.

The second property of quantum computers is entanglement. Two qubits can be entangled together and the result is that the value of one qubit will also be measured. All superpositioned qubits in a quantum computer can be entangled to give you all possible states.

How Does Quantum Computing Affect Bitcoin?

Quantum computers excel at cryptographic calculations. This is a serious threat to Bitcoin and other cryptocurrency. We need to first understand how Bitcoin connects the public keys and private keys.

A Quick Bitcoin Refresher

Every Bitcoin wallet has both a private and public key. Your public key is your wallet address, which you use to receive funds. It’s generated from your private key. Your private key is the password you use to send funds.

To send money, especially bitcoins, you must sign every transaction with an elliptic curve signing scheme. This scheme proves to others that you own the private key without having to broadcast what it is. This scheme makes it easy to create a public key using a private one, while reverse engineering is almost impossible.

That may change soon, though, with quantum computers.

Quantum Calculations

A common misconception: One quantum computer could provide enough hashing power to perform a 51% attack on the Bitcoin network.

The reality: ASIC miners are, and will be for at least ten years, much more efficient at mining than quantum computers. There’s little to no risk of a quantum computer sabotaging the Bitcoin network through a 51% attack. Quantum computers’ ability to degrade the network’s private keys is the real threat.

The inefficiencies of modern computers keep private keys that elliptic-curve signatures generate relatively secure. It would be a waste of time and resources to try brute force to guess private keys.

A traditional computer would need to perform 2^128 or 340,282,366,920,938,463,463,374,607,431,768,211,456 basic operations to derive a Bitcoin private key from a public address.

However, using Shor’s algorithm, a significantly large quantum computer needs just 128^3 or 2,097,152 operations to figure out a private key. This is a significant reduction in the number of key relationships, which makes it possible to figure out a private key.

How Screwed is Bitcoin?

The good news: Bitcoin should be fine. It is still years away that quantum computers are capable of calculating Bitcoin’s key relationships. Solutions aren’t always as simple as they seem.

One-time Addresses

The simplest but not practical solution is to use each Bitcoin address only once. Your public address will only be visible from the moment you initiate a transaction until it enters a block. However, people rarely change their addresses with every transaction.

Signature Algorithm Change

The recommended solution is to change Bitcoin’s public key algorithm from elliptic curve signatures to an algorithm that’s quantum resistant.

Lamport signatures are a common suggestion for the replacement. These signatures are much larger than their elliptic curve counterparts, though (about 169 times larger). This size difference hinders scalability, even with the implementation of the Lightning Network.

Additionally, Lamport signature keys still have a limited amount of use before you’d need to create a new key pair. You may only need to use one of these keys.

With any modification to the public key algorithm you would also have to soft fork Bitcoin. All users should then transfer their funds to this new address type. Any funds that are left behind could be stolen.

New Cryptocurrency

Some teams have quantum resistance in mind when they build their cryptocurrency.

IOTA, for example, uses one-time Winternitz signatures to create key pairs. This strategy makes addresses inaccessible almost immediately after funds are sent. It leaves your address vulnerable to quantum attack for only a few seconds.

The Nexus team advertises their 3D-blockchain as the “first truly quantum-resistant blockchain.” It updates and obscures your keys after every transaction with a scheme the team calls “signature chains.”

Another project, Hcash applies BLISS signatures to prevent quantum computing.

The Future of Quantum Computing & Resistance

These projects are not the only ones fighting against quantum computing. Although you may not hear much about quantum resistance as it relates to other projects, they are still working on it. Ethereum, for one, has proposals that would enable different types of signature algorithms for each user.

With high-powered quantum computers still many years away, most projects will have ample time to strengthen their defenses. You can rest assured that Bitcoin will be around for the long haul.

Bitcoin

Unlock Huge Potential with the Next Big Best Cryptos to Buy in 2025

Disclaimer: This is a Press Release provided by a third party who is responsible for the content. Please conduct your own research before taking any action based on the content.

Crypto’s heating up again, and serious community members know that when the market buzzes like this, it’s not the time to snooze. Layer 1 blockchains are flexing, DeFi’s tightening its grip, and asset tokenization is making serious waves in traditional finance circles. Smart participants aren’t just looking at Bitcoin anymore—they’re hunting for the next big best crypto to buy before the next bull run stamps its mark on 2025.

Qubetics ($TICS) is standing tall in that crowd. Where older chains got stuck on clunky apps and fragmented assets, Qubetics is building something bigger: a Real World Asset Tokenization Marketplace that could completely change how businesses, professionals, and even everyday buyers handle real-world ownership. That’s why Qubetics, Celestia, Stellar, Tron, and Toncoin deserve a serious look as the next big best crypto to buy.

1. Qubetics ($TICS) – Powering the Future of Real-World Asset Tokenization

The financial system is long overdue for a major facelift, and Qubetics is rolling out the blueprints. Its Real World Asset Tokenization Marketplace lets users turn real-world assets—think property, fine art, or even intellectual property—into blockchain-verified, tradable digital assets. Now imagine a real estate agent in Miami tokenizing luxury condos for international buyers. Or an artist in Toronto minting exclusive limited-edition collections directly to a global audience.

Qubetics’ platform isn’t just about tokenization—it’s built for compliance, real-world audits, and secure legal frameworks. That’s critical for North American businesses where regulation can’t be brushed off. Professionals, businesses, and solo entrepreneurs can finally access liquidity, transparency, and markets that used to be chained behind layers of paperwork.

Crypto Presale and ROI Predictions

And the numbers? Absolutely bonkers. Qubetics’ crypto presale is in its 32nd stage, having sold more than 510 million $TICS tokens to over 25,400 holders, raising north of $16.5 million. Current stage price? A super-accessible $0.2093 per token.

Analysts are mapping serious upside here. Hit $1 post-presale? That’s 377% ROI. Swing to $5? 2,288%. Touch $6? 2,766%. Crush $10-$15 after the mainnet goes live and buyers are staring down a ridiculous 4,677%-7,066% return. Those are the kind of numbers that could turn early backers into major players.

Why did this coin make it to this list? Qubetics’ focus on real-world utility and unmatched tokenization tech make it an obvious pick for the next big best crypto to buy.

2. Celestia (TIA) – The Modular Blockchain Standard

Celestia’s modular blockchain vision is quietly shaking up how developers build dApps. Instead of fighting over monolithic chains, Celestia’s rollup-focused design lets new blockchains deploy like plug-and-play apps—simple, flexible, and lightweight.

Projects in Silicon Valley are already jumping on the Celestia train. DeFi protocols, gaming startups, and even enterprise data firms are rolling out their own custom chains atop Celestia. In real terms? A fintech company in New York could build a private, high-speed blockchain for their payment app without touching Ethereum’s messy congestion.

Celestia’s scalability, security, and flexibility are exactly what builders have been begging for—and it’s delivering without the drama.

Why did this coin make it to this list? Celestia’s modular architecture and booming dev adoption make it a no-brainer as a next big best crypto to buy.

3. Stellar (XLM) – Dominating the Global Payments Space

Stellar’s not resting on its “remittance coin” reputation anymore. Over the last year, Stellar’s partnership with MoneyGram and Circle’s USDC expansion on the network has turned it into a global payments juggernaut.

For example, a freelance graphic designer in Austin can now receive USDC payments over Stellar’s blockchain almost instantly from clients in Berlin, Tokyo, or Toronto—and cash out at a local MoneyGram kiosk if needed. No delays, no crazy fees.

Transaction volumes are climbing. Daily active wallets are trending up. And the speed and costs make Stellar’s chain almost impossible to beat for cross-border value transfer.

Why did this coin make it to this list? Stellar’s real-world financial impact and unmatched payment speed make it one of the smartest next big best cryptos to buy.

4. Tron (TRX) – The Stablecoin Powerhouse

Tron’s getting a second wind thanks to its absolute chokehold on stablecoin transactions. It now processes more USDT transactions than Ethereum—and it’s not even close.

In real-world terms, this means small businesses in New York, Miami, and Vancouver are paying freelancers and suppliers overseas using Tron’s network because it’s fast, dirt-cheap, and crazy reliable. It’s the kind of quiet but deadly advantage that few realize until the transaction fees start slashing profits.

And Tron’s partnerships, like the massive blockchain gaming initiatives and emerging DeFi integrations, are extending its use cases way beyond just Tether payments.

Why did this coin make it to this list? Tron’s stablecoin supremacy and growing adoption lock it firmly into the conversation for next big best crypto to buy.

5. Toncoin (TON) – Powering Telegram’s Web3 Expansion

Toncoin’s comeback story could fill a Netflix mini-series. After regulatory hurdles derailed its original plans, it’s back—leaner, meaner, and plugged directly into Telegram’s 800 million+ user base.

Now, users can send crypto directly through Telegram chats, with Toncoin serving as the network’s financial backbone. It’s simple, it’s fast, and it’s baked into one of the most popular messaging apps on the planet.

From small businesses in LA handling cross-border transactions to artists selling NFTs directly to fans, Toncoin’s seamless payment rails could spark a crypto adoption explosion inside a platform folks are already addicted to.

Why did this coin make it to this list? Toncoin’s massive audience reach and slick integration into everyday messaging habits make it a heavy hitter among the next big best crypto to buy.

Final Thoughts

The next big crypto wave won’t wait around for latecomers. Qubetics, Celestia, Stellar, Tron, and Toncoin are all locking down their lanes now, solving real problems with real-world users. Sitting back could mean missing out on the biggest plays of 2025. Those making moves today might just be the ones celebrating when the rest of the world wakes up.

Join the Qubetics presale today and secure massive ROI as the presale progresses- don’t miss out on this life-changing opportunity.

For More Information:

Qubetics: https://qubetics.com

Presale: https://buy.qubetics.com/

Telegram: https://t.me/qubetics

Twitter: https://x.com/qubetics

FAQs

How is Qubetics changing the crypto market?

Qubetics is leading real-world asset tokenization, making physical assets tradable on-chain.

How much has Qubetics raised during its crypto presale?

Qubetics has raised over $16.5 million from 25,400+ holders so far.

Why is Celestia important for the next generation of blockchains?

Celestia’s modular architecture lets projects deploy customized blockchains quickly and securely.

What makes Stellar a top crypto for real-world use?

Stellar enables fast, cheap, global payments, backed by major partnerships like MoneyGram.

How is Toncoin linked to Telegram’s expansion?

Toncoin powers peer-to-peer crypto transactions inside Telegram, making crypto transfers as easy as texting.

Disclaimer: This is a Press Release provided by a third party who is responsible for the content. Please conduct your own research before taking any action based on the content.

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Bitcoin

Green Bitcoin? Over 52% of Mining Now Uses Sustainable Energy

The latest Cambridge Centre for Alternative Finance report confirms the United States and Canada dominate global bitcoin mining, collectively controlling over 80% of reported activity. Bitcoin mining is now 52.4% reliant on sustainable energy, with hydropower (23.4%) and wind (15.4%) as leading sources. North America Dominance According to the latest Cambridge Centre for Alternative Finance [……
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Bitcoin

FTX claims: Creditors in Russia, China, Ukraine among those temporarily unable to participate

FTX creditors in several countries, China, Russia and Ukraine included, unable to participate in claims. The FTX bankruptcy estate is however said to be evaluating options. The FTX estate has begun its creditor repayments that could see more than $16 billion go to eligible creditors across the globe. However, as FTX creditor Sunil Kavuri noted…

FTX creditors in several countries, China, Russia and Ukraine included, unable to participate in claims.
The FTX bankruptcy estate is however said to be evaluating options.

The FTX estate has begun its creditor repayments that could see more than $16 billion go to eligible creditors across the globe.

However, as FTX creditor Sunil Kavuri noted in a post on X on Feb. 21, the bankrupt crypto exchange is temporarily unable to process distributions to creditors in multiple countries.

In the post Sunil shared, FTX creditors in several countries, including Russia, China, Ukraine, Nigeria and Egypt are currently unable to participate in the distributions.

FTX Claims

A lot of claims are from Jurisdictions not eligible for FTX distributions at the moment which include:

Russia, China, Egypt, Nigeria, Ukraine

FTX is reviewing options

China is the largest with 8% of customers pic.twitter.com/Ts1iToqhAL

— Sunil (FTX Creditor Champion) (@sunil_trades) February 21, 2025

What happens next?

This ineligibility cuts across five regions, with China accounting for the largest share of customers at 8%. Per some user commentary, some Chinese users have reported “disputed status” claims, which Sunil says is also part of the temporarily unavailable distributions.

Notably, the FTX estate is reportedly evaluating its options

FTX announced the commencement of the initial distributions to the group of customers dubbed “Convenience Classes.” This group, in FTX’s Chapter 11 reorganization plan, are those with claims under $50,000. In its announcement on February 18, 2025, FTX said customers would receive their distributions within 1-3 business days.

According to the collapsed exchange’s bankruptcy estate, customers who miss this initial distribution will have to wait until May 30, 2025.

“The next record date for Convenience Claims that have become allowed since the initial record date and have not received their distribution is set for April 11, 2025. The Next Distribution is expected to commence on May 30, 2025,” they posted on X.

FTX imploded in November 2022, with founder & CEO Sam Bankman-Fried later arrested and charged. He was found guilty in November 2023 and sentenced to 25 years for defrauding customers and investors.