Computing & Semiconductors

August 13, 2026

By Jonathan Schramm

Quantum Computing Moves Closer to Portfolio Optimization

Quantum computing is often described as an entirely new form of computing that could solve problems otherwise intractable with traditional binary, silicon-based computing.So far, quantum computing...

July 14, 2026

By Jonathan Schramm

New AWS AI Hardware Company is Teaching AI to Think in Physics

By Jonathan Schramm

With the boom in AI, all the attention of investors regarding computing hardware has been focused on ultra-advanced chips, GPUs, and memory.However, to connect these components...

April 21, 2026

By Jonathan Schramm

Increasing Data Centers’ Efficiency With Better Power Conversion Chips

By Jonathan Schramm

With the boom in loud computing and AI data centers, the energy consumption of computing tasks is going through the roof, growing much quicker than the...

April 15, 2026

By Jonathan Schramm

Lattice-Based Cryptography: The Post-Quantum Pivot

By Jonathan Schramm

Advanced cryptography is the hidden security system supporting most of the modern digital world.It is how digital financial transactions are made secure, how the military can...

Weathered Bitcoin padlock chaining a glowing quantum energy matrix to represent QSB security.

April 10, 2026

By Daniel Martin

Quantum-Safe Bitcoin: Saving Your BTC Without a Fork

By Daniel Martin

Many experts fear that once these machines become powerful enough, they could break the digital signatures that prove you own your Bitcoin . If an attacker...

April 3, 2026

By Jonathan Schramm

Lace Lithography Replaces EUV Lithography With 10x Smaller Atom Beams

By Jonathan Schramm

Semiconductor lithography is the most important technology in support of the modern world, forming the basis of manufacturing for chips, memory, AI hardware, and all sorts...

A photorealistic widescreen image showing a grid of thin, golden laser beams projecting from a sleek ceiling-mounted device onto a glass desk in a modern interior, with a large window revealing the moon and satellite dishes in the background.

April 3, 2026

By Daniel Martin

Laser Communications: From Lunar Missions to 6G Home

By Daniel Martin

The way we share information is undergoing a quiet but massive transformation. For decades, we have relied on radio waves to send data through the air....

March 25, 2026

By Jonathan Schramm

Are Quantum Qubits Overrated? The Rational Physics Debate

By Jonathan Schramm

Quantum computers are both the most promising and the most confusing segment of innovation in computing. On one hand, quantum computers promise to perform calculations that...

Split-screen Canadian mountain lake showing clear vs blurry image quality comparison

March 18, 2026

By Daniel Martin

Managed Friction: How Platforms Shape User Behavior

By Daniel Martin

For more than a decade, the implicit bargain between YouTube and its users was simple: viewers provided attention, data, and tolerance for advertising, and in return...

March 16, 2026

By Jonathan Schramm

AMD: An AI Hardware Push to Challenge Nvidia’s Dominance

By Jonathan Schramm

As the AI boom keeps going, so does Nvidia’s fortunes in the stock market, making it the world’s largest company by market capitalization.But this was...

March 12, 2026

By Jonathan Schramm

Intel Ohio One: Betting on America’s New Silicon Heartland

By Jonathan Schramm

Intel’s Role In American Chip MakingA Tense Global ContextIn its competition with China, the USA has been using semiconductor and chip manufacturing as a weapon to...

February 26, 2026

By David Hamilton

Harvest Now Decrypt Later: The Quantum Threat Explained

By David Hamilton

The “Harvest Now, Decrypt Later” hacking strategy relies on the belief that the world is only a few years away from affordable quantum computing. These computers...

Glowing digital security shield with a lock over a global network map, representing quantum-safe cybersecurity, encrypted financial systems, and post-quantum data protection.

February 25, 2026

By Daniel Martin

Quantum-Safe Finance: Protecting Global Wealth in the Quantum Era

By Daniel Martin

The global financial system is built on a foundation of digital trust that is becoming architecturally obsolete. As quantum computing scales toward commercial viability, the encryption...

A photorealistic, high-dimensional geometric lattice structure glowing with iridescent light, centered within a digital HUD circle and circuit-board overlays. The background features a blurred nocturnal cityscape, representing the implementation of complex cryptographic standards in a global financial infrastructure.

February 25, 2026

By Daniel Martin

The NIST Standards: A Deep Dive into CRYSTALS-Kyber and Dilithium

By Daniel Martin

Series Navigation: Part 1 of 6 in The Quantum-Safe Finance HandbookAtoms for Algorithms: The Standardization of PQCFor decades, the global financial system has relied on RSA...

February 25, 2026

By Jonathan Schramm

Triplet Superconductivity and Quantum Qubits

By Jonathan Schramm

Most current prototypes of quantum computers are using superconducting materials to carry quantum computation, as these materials are able to keep quantum properties more stable, with...

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Computing & Semiconductors

Computing & Semiconductors

Quantum Computing Moves Closer to Portfolio Optimization

New AWS AI Hardware Company is Teaching AI to Think in Physics

Increasing Data Centers’ Efficiency With Better Power Conversion Chips

Lattice-Based Cryptography: The Post-Quantum Pivot

Quantum-Safe Bitcoin: Saving Your BTC Without a Fork

Lace Lithography Replaces EUV Lithography With 10x Smaller Atom Beams

Laser Communications: From Lunar Missions to 6G Home

Are Quantum Qubits Overrated? The Rational Physics Debate

Managed Friction: How Platforms Shape User Behavior

AMD: An AI Hardware Push to Challenge Nvidia’s Dominance

Intel Ohio One: Betting on America’s New Silicon Heartland

Harvest Now Decrypt Later: The Quantum Threat Explained

Quantum-Safe Finance: Protecting Global Wealth in the Quantum Era

The NIST Standards: A Deep Dive into CRYSTALS-Kyber and Dilithium

Triplet Superconductivity and Quantum Qubits