2D Materials News

Latest Articles

• University of Birmingham Engineers Develop High-Speed Vibrational Method for Sustainable Graphene Manufacturing

  Published: Apr 28, 2026

  Section: Technology

  A research team led by Dr. Jason Stafford has unveiled a vibrational exfoliation technique that produces 2D materials ten times faster than current industrial standards. The proces...

• Tsinghua University Engineers Develop Laser Optothermal Nanobomb To Repair Nanodefects In Two Dimensional Semiconductors

  Published: Apr 9, 2026

  Section: Research

  A research team led by Professors Benfeng Bai and Hong Bo Sun has introduced a novel all optical method called Laser Optothermal Nanobomb to eliminate nanobubbles in van der Waals...

• Nanotechnology Breakthrough Boosts MXene Conductivity 160-Fold Through Precision Atomic Surface Ordering

  Published: Apr 4, 2026

  Section: Research

  Researchers have pioneered a cleaner synthesis method using molten salts and iodine to create ultra-thin MXene materials with perfectly arranged atomic structures. This advancement...

• South Korean Research Team Unlocks Lithium-Air Battery Potential Using Atomic-Level Defect Control in Two-Dimensional Catalysts

  Published: Apr 1, 2026

  Section: Science & Tech

  A joint research initiative led by the Korea Institute of Science and Technology has developed a high-efficiency catalyst using tungsten diselenide to overcome the performance bott...

• Engineers Discover Deep Mathematical Link Between Graphene Electron Waves and Specially Patterned Magnetic Spin Waves

  Published: Mar 9, 2026

  Section: Research

  Researchers at the University of Illinois have demonstrated that magnetic "spin waves" in a thin film with a hexagonal hole pattern obey the same mathematical equations as electron...

• Penn State researchers develop microscopic 2D thermometers for direct on-chip processor monitoring

  Published: Mar 6, 2026

  Section: Science & Tech

  A research team led by Penn State has created a microscopic temperature sensor using ultra-thin 2D materials that can be embedded directly onto computer chips. These thermometers,...

• Researchers discover that twisting atomically thin magnetic crystals creates giant topological patterns for low power computing

  Published: Mar 2, 2026

  Section: Business & Economy

  Scientists have found that a slight rotational shift between layers of 2D magnetic crystals generates magnetic skyrmions far larger than the underlying crystal pattern. This discov...