Quantum Computing Master’s Graduate Reaching New Heights in a “New World”!

  Qualified actuarial scientist, Ms Amira Mahomed Abbas graduated cum laude with an MSc in Physics, specialising in Quantum Computing. After matriculating at Eden College in Durban, Abbas enrolled at the University of Cape Town where she completed an Actuarial Science degree before being appointed to a position in the financial sector. She passed all

The future of finance is quantum

  For any industry that uses large amounts of data to accelerate real-time business intelligence, quantum computing is a game changer. For the banking sector, a computational speedup could be the much-needed solution to complex financial problems that are only getting more problematic. This is exactly where Amira Abbas comes in: with an undergraduate degree

Brain Matters: UKZN Researchers Review Evidence on Quantum Effects in the Brain

A review undertaken by researchers at UKZN’s Centre for Quantum Technology, published in the AVS Quantum Science journal as an editor’s pick, examines evidence on the role of quantum effects in neural processes in the brain, noting that this knowledge could be useful in determining how we think about our own consciousness. PhD candidate in

UKZN hosts Webinar on Fake News, Lockdown and Unintended Consequences

            UKZN alumnus and former Constitutional Court Judge Zakeria “Zak” Yacoob delivered a webinar entitled Fake News, Lockdown and Unintended Consequences to more than 250 participants on the Zoom platform. In his presentation, Yacoob said the government should treat Ministers in the same way as poor people. ‘Let us punish

Dramatic Rise in COVID-19 Infections Expected in SA Later this Year – Top Scientist

  It is improbable South Africa will be able to prevent the exponential spread of COVID-19 with the full impact of the disease likely to hit the country only later this year, says renowned UKZN Epidemiologist, Professor Salim Abdool Karim. Speaking during a data@breakfast Zoom presentation, Abdool Karim – also Director of CAPRISA and Chair

What creates consciousness? (SAFM – The Focal Point Podcast)

Betony Adams unpacks quantum research that might add to the discussion of what creates consciousness, she will also tell us more about theories that appear to indicate the role of quantum effects in the brain’s structural mechanisms and how progress made in the wider field of quantum biology might be relevant to the specific case

SA scientists on breaking the Covid-19 code

  Durban – A team of world renowned scientists based at the University of KwaZulu-Natal has launched a fundraising campaign to support the analysis of Covid-19 data – which could provide vital research and insight on the spread of the virus across both South Africa and globally as the world battles to contain the devastating

Quantum Research Chair Appointed as New Director of National Institute for Theoretical and Computational Science

    Professor Francesco Petruccione, the South African Research Chair for Quantum Information Processing and Communication (QIPC) and founder of UKZN’s Centre for Quantum Technology, has been appointed the interim Director of the National Institute for Theoretical and Computational Science (NITheCS) as of the first of April. Speaking of his appointment, Petruccione said, ‘Today, amidst

Open Data Analysis in Epidemiology Helps Control Outbreaks

  Pro Vice-Chancellor of Big Data and Informatics and South African Research Chair in Quantum Information Processing and Communication at UKZN, Professor Francesco Petruccione recently hosted a breakfast seminar titled COVID-19 Genomics and Epidemiology. The seminar was presented by renowned UKZN bioinformatician, epidemiologist and Director of KRISP, Professor Tulio de Oliveira. The presentation highlighted the

Will Africa miss the next computational revolution?

One may argue that the future of quantum computing is rather uncertain. Its success rests heavily on the development of large-scale quantum devices that can perform universal computation. That being said, the allure of potential quantum computing applications has enticed many researchers to develop quantum algorithms, some of which can be run on the noisy