Dr Justin Hodgkiss

Dr Justin Hodgkiss

Principal Investigator

Phone: 04 463 6983

Postal Address:

School of Chemical & Physical Sciences
Victoria University of Wellington
PO Box 600
Wellington 6140

Dr Justin Hodgkiss is a senior lecturer in Physical Chemistry at Victoria University of Wellington and a Rutherford Discovery Fellow. Justin completed his BSc (hons) in chemistry at the University of Otago in 2000, and his Ph.D. as a Fulbright Scholar at the Massachusetts Institute of Technology in 2006. Following his Ph.D., he carried out post-doctoral research in the Cavendish laboratory at the University of Cambridge. Justin’s research program is focused on the development of molecular electronic materials for low-cost printable electronics – primarily solar cells. Recently, he has used laser spectroscopy to develop a detailed understanding of the physics of photocurrent generation in polymer solar cells and elucidate how power conversion efficiencies can be markedly improved. A second research focus is on DNA aptasensors. Through collaboration with biologists, Justin’s group are creating ultrasensitive and highly specific colorimetric and electronic sensors for biological targets, including hormones.

 

 

Associated Content

Oct
18

MI Investigators successful in MBIE Endeavour Round 2016 & Smart Ideas

12 of our Investigators were successful in MBIE 2016 Endeavour Round.

MacDiarmid Investigators are involved in both ‘Smart Ideas’ and ‘Research Programmes’. 

Nov
16

Pitch on a Peak – NZ tech investments

New Zealand hosted a major event in the technology investment world this month, with the Asian Business Angels Forum 2015 taking place in Queenstown (October 14-16). The forum drew over 150 angel investors from around the world. A centrepiece was ‘Pitch on a Peak’ – a showcase of NZ tech investment opportunities ranging from early […]

Sep
21

Electronic devices assembled by protein building blocks

Electronic devices assembled by protein building blocks Hodgkiss, Gerrard, Plank, et al Natural proteins have evolved amino acid sequences that adhere to each other with exceptional strength and specificity. In a highlight publication this month,1 a team of biologists, chemists, and physicists exploited such sequences to encode the assembly of electronic devices from hybrid materials. […]

Aug
07

The Energy Revolution is happening now……

Watch THE ENERGY REVOLUTION by Justin Hodgkiss and Luke Liu and get an overview of the global and local energy situation. Learn about the rapid advances in solar and carbon capture technologies – the installed solar energy capacity worldwide is doubling every 22 months, but despite leading the science, New Zealand is a late adopter. […]

Oct
30

Detecting Oestrogen in the Environment

A team of researchers at Victoria University of Wellington have developed a novel sensor that can detect tiny amounts of the hormone oestrogen in environmental samples. Ken McNatty from the School of Biological Sciences is interested in ways of detecting environmental contaminants. “Currently we don’t have sensitive methods of detecting environmental contaminants, so my interest […]

Jul
01

Bright future for solar ahead

Expect to see a solar PV panel on the north-facing surface of every building in the future. The rapidly falling cost of converting sunlight into electricity means it’s just a matter of time before solar power generation is part of the structure of new buildings. At the same time, the development of new photovoltaic materials […]

May
16

MacDiarmid Institute Refunded: Thank you and congratulations

With the news that we have been successful in gaining funding through to the end of 2020 I get to be a bit self-indulgent this week and focus on thanking people for their participation and support during the past year or so as we developed the strategy for the bid. Many people have played very […]

Feb
04

Nanocamp 2014 in Review

By Associate Professor Michele Governale From the 15th to the 17th of January SCPS hosted the 6th edition of Nanocamp, a week-long science camp sponsored by The MacDiarmid Institute for students starting their last year of high school in 2014. The selection process to be admitted to Nanocamp is extremely competitive, with the best science students in the country […]

Jul
10

Public Lecture Series: The Energy Revolution

The age of fossil fuels is coming to an end.  Global warming from their burning is undeniable.  But when will tomorrow begin? Will there be a long transition period, with a mish-mash of renewables while we learn to harness the sun’s energy efficiently, as plants have been doing for 3.5 billion years?  Is there even enough sunlight […]

Powering up

A SURPRISING DISCOVERY is set to accelerate the global search for better solar materials. Total darkness. A large black table sprouts mirrors like some kind of extra-terrestrial mushroom farm. Orange laser light bounces from one mirror to the next, hits a small square of plastic and disappears into a black box. The laser has just […]

Energy, Emulating Leaves and an Emmy Nomination

  Professor Daniel Nocera thinks that if the world behaved more like scientists, there’d be less war – everyone would see themselves as the part of the world, rather than individual countries. Nocera’s long and illustrious career has seen him work with many promising young scientists who now work in laboratories around the world creating […]

Improving Effciency

When Justin Hodgkiss accepted his Fulbright fellowship from Alan MacDiarmid in 2001, he didn’t expect to join a research institute named in honour of the late Nobel laureate within less than a decade. In fact, he didn’t even expect to return to New Zealand, at least not as a scientist. “Back then,” he says, “I […]

New Principal Investigators

  Following the call for applications for new Principal Investigator positions in the MacDiarmid Institute 7 appointments were made to commence on 01 January 2010. They are: Martin Allen Martin in based at the University of Canterbury. His research interests are: The physical properties and device applications of metal oxide semiconduc­tors (in particular the oxides […]