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Nature Chemistry

Atomic force microscopy
Biology

The mechanism behind molecular network formation revealed

Pranjal Malewar

There’s a lower chance the molecules will stay connected.

Abstract virus cells and DNA strands
Science

How did the first cell membranes come to exist?

Pranjal Malewar

On the origin of life.

molecular structure
Science

New catalyst produces methane out of carbon dioxide and water

Ashwini Sakharkar

A study opens up new ways to produce important chemical compounds.

The innovative research builds on Tour’s 2020 development of waste disposal and upcycling applications using flash Joule heating.
Technology

New synthesis technique promises faster, more sustainable manufacturing

Amit Malewar

The method could transform the synthesis of high-quality solid-state materials.

Christine Kriebisch and Prof. Job Boekhoven investigate how the first life evolved.
Chemistry

Mechanism that gave the first molecules their stability

Amit Malewar

A mechanism that could have enabled the first RNA molecules to stabilize in the primordial soup.

Synthetic cells
Biology

New synthetic, self-assembling cells made from DNA

Pranjal Malewar

Artificial cells that act like living cells.

Graphic representation of the liquid/air interface in a sodium chloride solutio
Chemistry

Water molecules at the surface of salt water are organized differently

Amit Malewar

Water molecule discovery contradicts textbook models.

Image showing A CityU research team achieved a significant breakthrough by inventing a new class of near-infrared-activated photo-oxidants.
Technology

CityU’s cutting-edge photo-oxidation therapy for cancer

Dr. Prajakta Banik

Near-infrared light targets biomolecules in cancer treatment.

Image showing chemistry
Chemistry

Scientists use quantum devices to slow chemical reactions by a factor of 100 billion

Amit Malewar

What happens in nature in femtoseconds observed in milliseconds?

Samuel Perrett
Biology

Making molecules dance to our tune

Pranjal Malewar

A new era in understanding the reactions of protein molecules fundamental for life.

The cages of the host network of bipyramid particles
Nanotechnology

Nanoparticles can be used to create fire-ice structures

Vidya Nagalwade

Engineers could use the structure to manipulate light in new ways.

Image showing experiments in a chemistry lab
Science

Scientists uncover a key chemical structure in pigment molecule

Amit Malewar

Newly revealed properties of melanin ‘ingredient’ could advance bioelectronics.

Image showing plastic waste
Technology

Recycling previously unrecyclable plastic

Ashwini Sakharkar

A way to recycle PVC that does not require heat.

the rapid motions of solvent molecules
Science

Scientists captured the rapid motions of solvent molecules in light-driven electron transfer

Amit Malewar

Role of solvent molecules in light-driven electron transfer revealed.

New bioactive chemicals could be used as anti-cancer drugs
Health

New bioactive chemicals could be used as anti-cancer drugs

Pranjal Malewar

Products found in nature – such as plants, bacteria, and marine organisms - have more three-dimensional shapes than synthetic molecules and higher oxygen and...

Image: Pixabay
Chemistry

A next-generation plastic that can be recycled again and again

Amit Malewar

Plastic pollution has increased in the past few decades. No doubt, plastic has several valuable uses- we have become addicted to single-use or disposable...

a, The lighter elements are now at the bottom and the filling of the electron shells occurs upwards. Just like the traditional representation, many properties (for example, atomic number) increase across the table as one proceeds from left to right, but in the inverted version, the same properties now increase as one moves from the bottom to the top, which is the way that most graphs are plotted. Also like the conventional table, the lanthanides and actinides still sit uncomfortably in an isolated block. b, In principle, this could be overcome by inverting the ‘long form’ of the table but, like the conventional long form, it is probably too elongated to be very useful to most chemists.
Science

Should the Periodic Table be upside down?

Editorial Team

Could turning the periodic table on its head make some important aspects easier to understand and enthuse more people to study chemistry? This question is...

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