Virtual Reality (VR) is a digital technology that simulates immersive and interactive real or imagined environments. The potential of using VR in education is immense as it promises to revolutionize the sector by offering unique methods and environments for learning.

Benefits of VR in Education:

1. Enhancing Visualization: Complex concepts that are difficult to visualize from a 2-dimensional perspective can be better understood using VR. For example, science students can examine complex molecular structures in 3D, walk through virtual ‘cells’ and even perform surgeries in simulated environments.

2. Immersive Learning: VR delivers real or lifelike experiences that keep students intensely engaged in their learning processes. This interactivity can result in higher concentration and retention levels compared to traditional teaching methods.

3. Inclusion and Accessibility: Students with learning disabilities or physical disabilities who may find the traditional classroom setting restrictive could benefit from VR. They can learn at their own pace in an environment adapted to their learning needs.

4. Distance Education: VR technology can transcend geographical barriers, providing quality education to remote areas. Students can join virtual classrooms, conduct science experiments in virtual labs, or explore places worldwide without leaving their homes.

Limitations of VR in Education:

1. Cost: Developing and acquiring VR equipment and content can be expensive. Smaller institutions might find it financially demanding to introduce and maintain this technology.

2. Technical Issues: As a relatively new technology, VR has technical issues that need ironing out. These include issues with motion sickness, eye strain, lack of quality content, and users needing time to familiarize themselves with the equipment.

3. Dependence on Electricity and Internet: VR technology requires constant electricity and high-speed internet services for effective operations. This could be a limitation in regions where access to these amenities is unreliable.

Despite these limitations, the potentials of VR in education are vast. As the technology matures and becomes more affordable, its application could become commonplace in classrooms, providing interactive and immersive learning experiences. Schools could offer virtual field trips, project simulations, and role-playing exercises. In higher education, virtual reality could play a crucial role in medical, engineering, and architecture courses, giving students practical, hands-on experience.

In conclusion, while VR technology is still in its development phase, its benefits far outweigh its challenges. By making learning more engaging, accessible, and fun, VR has the potential to overhaul traditional educational methods and redefine teaching and learning for the 21st century. It will take a collaborative effort among educators, technologists, and policymakers to ensure that this technology is accessible and beneficial to all students.