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Trump signs executive orders to speed up the development of quantum computers by 2028

Trump signs executive orders to speed up the development of quantum computers by 2028

Trump Signs Executive Orders on Quantum Computing

On June 22, 2026, President Donald Trump took a significant step to secure American leadership in the realm of global technology and national security by signing two executive orders aimed at accelerating the development of a quantum computer by 2028.

The orders, formalized during a White House event with technology executives and cabinet members, seek to unify and enhance the fragmented quantum research efforts across the country.

The intention is to bridge theoretical physics and practical applications, allowing the U.S. to stay ahead of international rivals like China. The White House suggests that advances made could reshape fields such as cryptography, artificial intelligence, and advanced manufacturing.

The first executive order, labeled EO 14411 on “Quantum Innovation,” aims to create a cohesive strategy that aligns federal agencies, like the Departments of Energy, Defense, and Commerce, along with the intelligence community.

This order outlines a mandate to create a high-powered quantum computer designed for scientific exploration within two years, which is seen as a pivotal starting point for more robust commercial models.

Officials stressed that while these initial models may not stack up against the long-term goals of tech giants such as IBM, Google, or Microsoft, the primary focus is to mitigate risks associated with foundational quantum technologies, pushing breakthroughs in areas like biopharmaceuticals and clean energy.

Moreover, the orders enhance military capabilities, allowing the Pentagon to use quantum mechanics for strategic benefits. There’s a firm deadline set for autumn 2028 to develop three new types of quantum sensors.

This is intriguing because of the unique challenges that come with quantum particles, which are highly sensitive to external factors. The administration is attempting to turn this sensitivity into an asset, using quantum sensors to detect hidden structures or movements that standard radar and sonar might miss, likely transforming electronic warfare and intelligence efforts.

The second executive order tackles the potential risks quantum computing poses to classical encryption. A sufficiently powerful quantum machine could easily breach the current protections around sensitive federal data. This has led the administration to impose strict timelines for updating cryptographic measures.

Federal agencies and contractors are required to shift their systems to post-quantum cryptography by December 31, 2031. Additionally, key systems must upgrade their security protocols by the end of 2030.

To support these ambitious advancements, the administration promises robust financial backing. The executive orders build on a recently introduced $2 billion initiative from the Department of Commerce aimed at advancing research and development.

This funding will distribute capital across nine notable domestic quantum firms, ensuring that funds are directed toward resolving engineering challenges related to qubit scaling and material optimization.

During the signing ceremony, President Trump emphasized the initiative’s economic implications, linking it to domestic job creation in the tech sector. He stated that this extensive federal investment would not only create thousands of well-paying jobs but also maintain a strategic edge against international competitors.

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