In focus of nano science and quantum technology
Extremely thin transistors bring future energy-efficient chips a step closer
Atomically thin semiconductors can be scaled down to dimensions relevant for future microchips without losing performance, according to a new study published in Nature Nanotechnology. The finding removes a key obstacle to the use of two-dimensional semiconductors in next-generation electronics and could pave the way for more powerful and energy-efficient computing technologies.
A Swedish strategy for quantum technology now in place
On 18 August, the Swedish government unveiled Sweden’s first national strategy for quantum technology. The strategy identifies WACQT, Chalmers NextLabs, and Chalmers’ research infrastructures as national strengths in the field, while emphasizing the need for stronger national coordination in quantum technology, fully aligned with the Swedish Center for Quantum Technology that Chalmers is establishing together with five other universities.
New porous diamond structure created from carbon
In a collaboration between three Swedish universities, researchers have developed a new carbon material with a three-dimensional structure. The material, known as diamondiyne, can be described as a porous form of diamond in which the carbon atoms form a tetrahedral framework.
SmallTalks seminar series
SmallTalks is a seminar series that takes place every other Monday on campus about ongoing nanoresearch. Everyone is welcome to participate on campus or via Zoom.
Chalmers' overarching research areas in nano science and quantum technology
Quantum Technology
There is an urge for novel technologies that require powerful computers and very sensitive measurements for their development and implementation.
Chalmers is building Sweden’s first quantum computer, along with the theoretical development of quantum algorithms and their implementation for massive simulations. Additional research efforts encompass emerging quantum materials for quantum technologies, quantum sensing, and quantum optics with focus on strong-coupling phenomena.
Nano for Health
Long-standing challenges in the health sector are the development of sensitive and fast diagnostic tools and continuous development and invention of therapeutics.
We have diverse activities, such as in the RNA-based therapeutics and vaccines area, which is about to lead to a paradigm shift in pharma-industry and we contribute to new inventions in bioimaging techniques, in drug release and in functionalization of implants and bio-active materials, based on the analysis of bio-chemical compositions and by developing biomolecular toolboxes.
Nano for Energy and Sustainability
Fully renewable, sustainable energy and energy storage are among the most important global societal challenges for a sustainable future.
We have diverse activities in catalysis research relating to fuel efficiency, synthetic and solar fuels, as well as fuel cells. We also research solar energy technologies, such as solar cells, thermoelectric materials, batteries, hydrogen sensors and innovative molecular technologies for energy storage.
Nano for Information and Communication Technology
Devices with higher-speed, increased density and lower energy consumption are moving targets within ICT.
We address these areas in our research, and we also explore devices and materials that can offer increased functionality, involving for example novel 2D quantum materials, membrane-based devices, spintronics and nanophotonics.
Nano and Quantum Materials
Multifunctional materials that are environmentally safe and can be produced in a scalable and cost-efficient manner are paramount for a wide range of technologies.
Our researchers develop and employ theoretical modelling, synthesis, nanofabrication, and high-resolution materials characterization techniques. We thereby engage in advancing the understanding and functionality of nanomaterials and the ability to engineer them.
Profiles in nano research
More than 60 principal investigators (PIs) are affiliated to the Nano Area of Advance, enabling excellent, interdisciplinary research in the large area of Nano.
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Coordinates research on the unique chemical and physical phenomena that occur at very small dimensions and promotes the development of technologies that utilise these phenomena, for example in electronics, biotechnology, and energy technology.
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Are you interested in studying at Chalmers?
Chalmers University of Technology offers two-year master's programmes taught entirely in English. Each programme comprises 120 credits, equivalent in scope to 120 ECTS credits. Upon successful completion, students are awarded a Master of Science (MSc) degree. The application period is Mid-October – Mid-January.