• Research
  • Consulting
  • Software
  • Blog
  • Mentoring
  • About
  • QuantaLumin

Hi, I’m Henry, a Theoretical Quantum Physicist who has built a New System for Science

I research time-reversal symmetry breaking in superconductors. I’ve created a new scientific system which hosts websites and organisational tools for scientists, as well as mentoring and teaching of STEM subjects. I’m part of a Science and Design collaboration on YouTube.

  • Founder, QuantaLumin
  • PhD Researcher; Time-Reversal Symmetry-Breaking in Superconductors, University of Kent
  • Mentor and Tutor; GCSE, A-Levels and University; TutorLumin

PhD Thesis: Theories of Time-Reversal Symmetry Breaking in Superconductors

Masters Thesis: Quantum Discord in a Majorana-based Device as a Characterisation of Non-Local Correlations

  • About
  • CV
  • Thesis

Research

I research the theoretical physics of superconductivity –a macroscopic quantum phenomenon.

I also work on topological quasiparticles which are an interesting approach to realising quantum computing.

I’m interested in pushing the philosophical boundaries of science through my research.

Collaboration Portal

I work with researchers and students using QuantaLumin, a collaborative platform to facilitate work in science.

Publications

Coming soon…

  • Showcase
  • Portal
  • Publications

Mentoring

I mentor and tutor in STEM on my platform, establishing a long-term thought-process which adds to students’ typical learning.

Notes

I’m developing a blog to verbalise science using the cutting edge knowledge and the language of modern physics.

The Scientific Revolution

I’m part of a Science and Design collaboration documenting the scientific revolution, and the impact it’s having on our world. Join us on YouTube!

  • Mentoring
  • Notes
  • YouTube

Operating system

Computers are fragmenting us and making it harder to think, so I built a new operating system to facilitate collaboration and clarity of thought.

Quantum Simulation

I wrote a Python object, which generalises tensors in an object-oriented manner. These TreeTensors are part of my Quantum Tensor Tree library, which can be used to simulate

  • Crystals
  • Superconductors
  • Cells in Biological Systems

Consultations

Coming soon…

  • OS
  • Software
  • Consulting

Source Code

The Markdown we wrote for this page is displayed below. We then generated the HTML using a static site generator and our in-house code. Your browser then uses our Style Sheets and some Javascript to beautifully render the HTML. Please click the button to restore the page.

Restore Page
---
title: "Henry Sheehy"
draft: false
hidefig: true
date: 2023-01-01T08:00:00-07:00
params:
  style:
    theme:
      header: 'fixed right'
sections:
- section: "banner style1 orient-right content-align-center squeeze fullscreen onload-figure-fade-in"
  img: "profile.jpg"
- section: "banner style1 orient-left content-align-center squeeze-top fullscreen onscroll-figure-fade-in"
  img: "CuO_2_lattice.png"
- section: "banner style1 orient-right content-align-center squeeze fullscreen onscroll-figure-fade-in"
  img: "smoke.jpg"
- section: "banner  style1 orient-left content-align-center squeeze fullscreen onscroll-figure-fade-in"
  img: "luminos.png"
---

```carousel

## Hi, I'm Henry, a Theoretical Quantum Physicist who has built a New System for Science

I [research](#research) time-reversal symmetry breaking in superconductors.
I've created a new scientific system which hosts [websites and organisational tools for scientists](https://quantalumin.com/), as well as [mentoring and teaching](#mentoring) of STEM subjects.
I'm part of a Science and Design collaboration on [YouTube](https://www.youtube.com/@QuantaLumin).


[About](/about)

- **Founder**, [QuantaLumin](https://quantalumin.com)
- **PhD Researcher**; *Time-Reversal Symmetry-Breaking in Superconductors*, [University of Kent](https://www.kent.ac.uk/graduate-researcher-college/people/3979/sheehy-henry)
- **Mentor and Tutor**; GCSE, A-Levels and University; [TutorLumin](https://tutorlumin.co.uk)

[CV](/cv)

## [PhD Thesis: Theories of Time-Reversal Symmetry Breaking in Superconductors](/thesis)
## [Masters Thesis: Quantum Discord in a Majorana-based Device as a Characterisation of Non-Local Correlations](/masters)

[Thesis](/thesis)

## PhD Thesis

My thesis introduces a new framework for developing microscopic theories of
superconductors, and extracting experimental results from them.

I apply the framework to construct two novel theories of superconductors
breaking time-reversal symmetry.

Coming soon...

```

---

```carousel

# Research

I research the theoretical physics of **superconductivity** --a macroscopic quantum phenomenon.

I also work on **topological quasiparticles** which are an interesting approach
to realising quantum computing.

I'm interested in pushing the philosophical boundaries of science through my research.

[](/images/research/CuO_2_lattice.png "Simulation of unconventional superconductors")

[Showcase](/research)

# Collaboration Portal

I work with researchers and students using
[QuantaLumin](https://quantalumin.com), a collaborative platform to facilitate work in science.

[Portal](https://members.quantalumin.com)

# Publications

Coming soon...

[Publications](#publication)


```

---

```carousel

# Mentoring

I mentor and tutor in STEM on my [platform](https://tutorlumin.co.uk),
establishing a long-term thought-process which adds to students' typical learning.

[Mentoring](https://tutorlumin.co.uk)

# Notes

I'm developing a [blog](/blog) to verbalise science using the cutting edge knowledge and the language of modern physics.

[Notes](/notes)

# The Scientific Revolution

I'm part of a Science and Design collaboration documenting the scientific revolution,
and the impact it's having on our world. Join us on [YouTube](https://www.youtube.com/@QuantaLumin "QuantaLumin")!

[YouTube](https://www.youtube.com/@QuantaLumin "QuantaLumin")

```

---

```carousel

# Operating system

Computers are fragmenting us and making it harder to think, so I built a new
[operating system](/software/os) to facilitate collaboration and
clarity of thought.

[OS](/software/os)

# Quantum Simulation

I wrote a Python object, which generalises tensors in an
object-oriented manner. These `TreeTensors` are part of 
my [*Quantum Tensor Tree*](https://code.henrysheehy.com) library, which can be used to
simulate
- Crystals
- Superconductors
- Cells in Biological Systems

[Software](/software)

# Consultations

Coming soon...

[Consulting](/consulting)

```
Restore Page Scroll to top
    • YouTube
    • Instagram
    • QuantaLumin
© Henry Sheehy & QuantaLumin 2024–2025
View copyright notice