Latest Articles for Laser Technology

A new gas target design boosts electron beam quality for laser-plasma accelerators.

The FEBE beam line at CLARA will support advanced research with high-energy electron beams.

A new method enhances precision in measuring quantum states using ultracold atoms.

A new laser amplifier design offers high energy and stability for various applications.

Examining how laser pulses influence magnetism and domain wall behavior.

Examining how circular dichroism affects electron scattering in hydrogen atoms.

XFELs harness high-energy gamma rays for groundbreaking particle physics studies.

Scientists explore the unique properties of alkaline-earth ions for precision measurements.

Aluminum chloride (AlCl) shows potential for laser cooling in advanced physics studies.

Research reveals a new method for high-frequency entangled photon pairs.

Study reveals lower neutron production in ionized vanadium than expected.

Researchers speed up protons through innovative laser and plasma methods, impacting science and medicine.

A look into how laser pulses affect magnetization in ferromagnetic materials.

New methods enhance control over chemical reactions using shaped laser pulses.

Researchers develop low-noise quantum-dot lasers integrated on silicon for various applications.

Exploring unique states of light through strong laser interactions with materials.

Researchers successfully cool fermionic calcium monodeuteride using laser techniques.

Researchers improve green light production with innovative Kerr microresonators.

Examining how laser pulses change solid materials and their properties.

This study reveals insights into ultrafast electronic processes using advanced techniques.

Researchers reveal how light controls losses in Fermi gases, enhancing quantum study.

This new method simplifies laser integration across various materials, enhancing performance in photonics.

A new method improves atom array setups for quantum computing.

Research improves electron beam quality using laser wakefield acceleration methods.

Research improves measurement techniques in strong field ionization for attosecond science.

A look at using Rydberg atoms for electric field measurement methods.

Innovative laser links improve communication for small satellites in low Earth orbit.

Researching how lasers and particles create electromagnetic showers for future physics experiments.

Research shows how sound waves in gases can change laser technology.

A study on optimizing initial pulse shapes for better laser compression.

Research reveals insights into light amplification in Free Electron Lasers.

Learn how Rydberg atoms are shaping the future of quantum computing.

Quantum dot lasers offer unique properties for advanced optical communications.

Semiconductor disk lasers offer efficiency and versatility for diverse applications.

Researchers investigate the potential of collective spins in improving atomic sensors.

Exploring new methods for controlling optical frequency combs using color-Kerr-induced synchronization.

Research on ultrafast lasers reveals new techniques for far-UV generation.

Research uncovers key properties of aluminum monofluoride for cooling and trapping experiments.

Researchers enhance atom trapping methods using light for better efficiency.

Researchers improve techniques for loading single atoms into optical cavities using light.