Empa researcher Inge Herrmann and her team are developing a solution in collaboration with modelling expert Marco Lattuada from the Adolphe Merkle Institute and doctors from the Harvard Medical School. The idea for the treatment is the magnetic purification of blood. _Empa
Experiments performed by ETH scientists have shown that it is remarkably easy for protein-like, two-dimensional structures – amyloids – to form from basic building blocks. This discovery supports the researchers’ hypothesis that primal life could have evolved from amyloids such as these. _Fabio Bergamin ETH Zurich
Berkeley Lab, UC Berkeley researchers developing new tools to capture chemotherapy drugs before they circulate throughout the body. – Feature Story Glenn Roberts Jr. – LBNL
Scientists at TU Wien (Vienna) have now developed a new concept: By combining highly specialised new materials, they have managed to combine high temperature photovoltaics with an electrochemical cell. Ultraviolet light can be directly used to pump oxygen ions through a solid oxide electrolyte. The energy of the UV light is stored chemically. In the future, this method could also be used to split water into hydrogen and oxygen.__TU Wien
Scientists at the U.S. Department of Energy’s Lawrence Berkeley National Laboratory (Berkeley Lab) and UC Berkeley have found a simple new way to produce nanoscale wires that can serve as tiny, tunable lasers.__LBNL
Researchers have discovered the two-step process that activates an essential human enzyme, called Suv39h1, which is responsible for organizing large portions of the DNA found in every living cell.
Princeton University – Research news • February 18, 2016 • By Tien Nguyen, Department of Chemistry
New microfluidic device may speed up DNA insertion in bacteria, the first step in genetic engineering
News release • MIT News Office • February 19, 2016 • By Jennifer Chu
Three technologies — a computational tool to improve power grid planning, a process to create biofuel from kelp and a hybrid device that makes hydrogen and stores energy — are being developed by Pacific Northwest National Laboratory and its partners under new projects just announced by the Department of Energy’s Advanced Research Projects Agency-Energy, or ARPA-E._PNNL
Scientists from EPFL and Nestlé have developed a new method that can “see” inside dispersed cubosomes (dispersed cubic liquid crystalline phases) with unprecedented detail. The breakthrough can help to improve their design significantly for better drug or nutrient delivery._EPFL
Scientists at Queen’s University have made a major breakthrough by making a porous liquid – with the potential for a massive range of new technologies including ‘carbon capture’._Queen’s University Belfast
In addition to providing a potential answer to longstanding questions surrounding lunar fire fountains, the findings also serve as more evidence that some volatile reservoirs in the Moon’s interior share a common origin with reservoirs in the Earth, the researchers say._Carnegie Science
Μπορεί να το αναπνέουμε κάθε λεπτό, αλλά στο διάστημα δεν βρίσκεται σχεδόν καθόλου μοριακό οξυγόνο. Το 1998, η NASA εκτόξευσε δορυφόρο με την προσδοκία ότι θα έβρισκε αρκετή ποσότητα οξυγόνου, κάτι το οποίο δεν συνέβει και οι επιστήμονες θεωρώντας ότι είχε υποστεί βλάβη στα όργανα μέτρησης, τον κατεύθυναν πίσω στην γή.
– Συνδυάζοντας βιοσυμβατές φωτοευαίσθητες νανοσυρμάτινες συστοιχίες με επιλε-γμένους πληθυσμούς βακτηριδίων, το νέο σύστημα τεχνητής φωτοσύνθεσης καθίσταται διπλά επωφελές για το περιβάλλον: ηλιακά τροφοδοτούμενη »πράσινη» χημεία, με χρήση απομονωμένου διοξειδίου του άνθρακα.
– Berkeley Lab Researchers Perform Solar-powered Green Chemistry with Captured CO2