Fermilab

America’s particle physics and accelerator laboratory. Working to solve the mysteries of matter, energy, space, and time. @Energy #NatLab. Bison and bosons.

[Fermilab @Fermilab]

Construction of the @LBNFacility is entering its next phase, marking a major step forward for @DUNEScience.
https://t.co/ihnp9BLuaG

[Fermilab @Fermilab]

At the heart of every star, a process called fusion is taking place, and that's what makes stars shine.

Fusion powers stars for millions or billions of years. Now imagine if we could harness the power of the stars. 🔋

[Argonne National Lab @argonne]

Tiny particles can point to big mysteries. With contributions from Argonne, the @Fermilab Muon g-2 experiment has set the world's most stringent direct limit on the muon's electric dipole moment, a property that could reveal new physics if detected: https://t.co/7Hc2DR9GP1

[Fermilab @Fermilab]

Fermilab is leveraging super intelligence, also known as AI, to accelerate chip design. These efforts drive innovation in industries such as space exploration, medical imaging and autonomous vehicles.

[Fermilab @Fermilab]

Time is something with which we have tremendous experience, but a detailed and scientific definition of time and how it works eludes even the most educated of minds.
https://t.co/m3dpHXUor6

[Fermilab @Fermilab]

As Fermilab builds components for its powerful new linear accelerator, engineers are driving innovation by using a collaborative robot to automate the assembly of superconducting cavities, sharply reducing the risk of errors in a cleanroom environment.
https://t.co/sw0sOGL5G2

[Fermilab @Fermilab]

Fermilab's MAGNet Environment Simulator test platform will support cutting-edge research aimed at enabling the powerful magnets needed for future fusion energy systems.
https://t.co/UOBgKIQAqz

[ORNL Energy Science @ORNLEnergy]

@ORNL, Fermilab, and the Midwest Energy Efficiency Alliance signed a memorandum of understanding to develop a phased retrofit strategy for Fermilab Village, a 114-building campus that includes housing, laboratories, offices and support facilities. https://t.co/uFKiZRjjv6

[Fermilab @Fermilab]

Recently, Fermilab received two new awards as part of the @energy's Genesis Mission. The Fermilab-led awards will expand the lab's critical role in the Genesis Mission by developing custom microelectronics and advancing quantum information science.
https://t.co/VsOwZFrG3I

[Fermilab @Fermilab]

The @SQMSCenter director provides perspective on the first six years of a DOE National Quantum Information Science Research Center: https://t.co/l9TjX82Ahs

[Fermilab @Fermilab]

The Muon g-2 collaboration recently announced a new measurement of a property of the muon called the electric dipole moment. This result shows that if a muon EDM exists, it must be smaller than what the Muon #gminus2 experiment can currently detect.
https://t.co/4iujKj5Z4F

[Fermilab @Fermilab]

Students from @uiowa are building and testing components to help detect ghostlike particles called neutrinos.

@DUNEscience will be the world’s most advanced and comprehensive experiment dedicated to understanding neutrinos.

https://t.co/QceYkAJT6e
@LBNFacility

[PurdueECE @PurdueECE]

Can AI cut microchip design time from months to minutes?

Purdue ECE researchers are helping answer that question! They're part of a @Fermilab-led project developing chips that can withstand extreme conditions for quantum computing, fusion energy and more.
https://t.co/SNue2YCXGi

[UC San Diego School of Physical Sciences @UCSDPhySci]

Congrats to @Fermilab on its Genesis Mission @ENERGY award. The project, AXESS, will further custom microelectronics design by using #SuperIntelligence to develop chips that can function in extreme environments. @UCSDPhysics prof @jmgduarte is co-PI. https://t.co/AD8SBXdY1O

[Fermilab @Fermilab]

Fermilab’s Chris Polly was one of nine recipients of the prestigious Ernest Orlando Lawrence Award for exceptional contributions to research and development supporting @energy's missions in science, energy and national security.
https://t.co/ikZ4wmNNqw

[Fermilab Education Office @FermilabEd]

Quantum systems are very fragile, for future applications it is important to make long-lived, sturdy quantum systems. Fermilab scientists use advanced material characterization techniques and theoretical models to study qubits to build the next generation of quantum processors.

[Fermilab @Fermilab]

Fermilab's MAGNet Environment Simulator test platform will support cutting-edge research aimed at enabling the powerful magnets needed for future fusion energy systems.
https://t.co/PUxoOEpODL

[Fermilab @Fermilab]

What technologies will be needed to turn the progress in fusion science into a practical future?

Tomorrow, join us to explore the future of fusion with “Fusion: The Promise, the Progress and the Path Ahead.”

🔗 Register at https://t.co/QAoHznin6q

[Fermilab @Fermilab]

Quantum computing is becoming a revolutionary tool for scientific discovery.
https://t.co/6iB4PIGfcL

[Fermilab @Fermilab]

Fermilab is among the initial partners in Microsoft Quantum's newly established quantum research center. ⚛️ The center will feature a quantum hardware makerspace, where researchers can develop new approaches to hands-on quantum training.
https://t.co/LDTG40SgWh