Future of Nanotechnology is an active topic of discussion among researchers, futurists, industrialists, technologists, engineers as well as people of non-scientific backgrounds. Since nanotechnology covers a wide scope of applications, there’s a need for review of these applications and technology.
By Dhruv Tyagi
31 May 2018
The origin of the field of nanotechnology to a famous lecture given by visionary physicist Richard Feynman back in 1959, entitled “There’s Plenty of Room At The Bottom,” – although at the time, the talk was considered speculative.
By Thomas Hornigold
10 May 2018
Being able to control what happens at the nanoscale is important to many areas of nanotechnology. The ability to further manipulate colloidal size objects in nanotechnology has been growing in interest.
By Liam Critchley
4 May 2018
Recently, applications of nanotechnology are in the lime light in all the sectors including food and nutrition. Food nanotechnology is becoming new frontiers of this century.
By Saransh Wales Maurya
20 Apr 2018
Nanomedicine is defined as a combination of both science and the technology that utilizes nanoscale structured materials to diagnose, treat and prevent disease and traumatic injury.
By Benedette Cuffari
20 Apr 2018
Nanochemistry unites – unsurprisingly – nanoscience and chemistry. Nanochemists work from the atom up, with the aim of engineering nanosized materials.
By Kerry Taylor-Smith
18 Apr 2018
This article is on the applications of nanotechnology in transportation. Nanomaterials exhibit different chemical & physical properties, such as size distribution, surface area to volume ratio, various surface properties, shape, chemical composition & agglomeration state.
By Saransh Wales Maurya
12 Apr 2018
11 year old Gitanjali Rao developed “Thethys,” a 3D printed carbon nanotube structure capable of detecting lead in water faster than any other techniques.
By Benedette Cuffari
22 Jan 2018
The fixed hexagonal structure of graphene exhibits a fixed atomic arrangement. Within this structure exists the Diract point, which occurs as a result of the energy to movement relation in graphene existing in a linear fashion near the six individual corners of the hexagonal structure.
By Benedette Cuffari
22 Dec 2017
Cancer is often referred to as “smart,” and this term often refers to the ability of these cells to proliferate without purpose or restraint. The ability of cancer cells to develop multidrug resistance (MDR), a major problem that patients can face, making treatment against this disease even more elusive.
By Benedette Cuffari
21 Dec 2017